http://www.metalsdirectuk.com/acatalog/Tube.html

For featherweights you'd really want to be looking at the '71mm+ OD' section, so just follow that link.

For switches, it depends on what type you use. If you use the ones that Rex uses that have ON<OFF>ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as you could wire both motors together in parallel and then connect them to the switch as one unit. If you use the small black microswitches that have a little silver arm on them (often used as limit switches) you will need two of them - they could still be activated by one servo though, so only using one radio channel.

Rex's style toggle switches:
ON positions (effectively FWD<OFF>BACK) you would only need one as