Bit more complicated than that but still fairly simple.
You would need some kind of microprocessor, an Arduino would be perfect. You attach the Pot to the main shaft of the forks, either directly or by a timing belt. The belt would probably be better.
This then reads the position of the forks in real time and sends it to the Arduino. The pot has 1024 position in a full rotation so your forks will be accurate to 0.35 degrees!
Your position on the transmitter comes out the receiver and goes into the Arduino. It them compares the position on the TX to that of the Pot. If they don't match it sends a signal out to the Forks ESC which then makes adjustments until the two match.
The Arduino can process at up to 115200 cycles per second so the delay between the two would be so small that you would never spot it.
With this and the help of another pot you can set the centre on the transmitter, trim the pot with another micro-pot until the forks are flat on the ground and then off you go :-)


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) I've got two spare Victor 883s that I can bring along. Rated to 60A continuous and 120A bursts. 
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