Register To Comment
Page 1 of 2 12 LastLast
Results 1 to 10 of 14

Thread: Design ideas for F/W controller wanted

  1. #1
    Hi everyone,

    We here at Team Kronic are gonna start to build a featherweight Kronic and have been looking at controllers available. What I would like is a controller basically like the Roboteq but for featherweights, but I cannot find anything available in the marketplace (after a quick look, I may be wrong) so I have decided to design one from scratch myself.

    I want to make the functionality like the roboteq, serial port software upgradable, fast microprocessor control, various methods of operation, etc, but I am looking for input on any extras which you would like to see (any extra inputs/outputs, etc)

    What I would like are a load of ideas, things which the roboteers would like to see in a speed controller which currently are not available. This is your chance to influence a design which may become available to purchase (thats the plan)

    I am still at the initial design stage so any ideas will be considered and maybe put into place.

    Any help would be greatly appreciated.

    Regards,

    Dave Lang
    Team Kronic

  2. #2

  3. Nice one Paul. Anyone else?

    Dave

  4. #4
    Ive started the development of a speed controller for featherweights myself. Its already taken quite some time, but the design is not finished yet. Its an ambitions project
    I put my progress on the dutch forum: http://rw.bugs.nl/viewtopic.php?t=385
    http://rw.bugs.nl/viewtopic.php?t=385 It includes a list of features Ill translate:
    - +/- 40A (4-fets total)
    - Input voltage 6-24v
    - regenerative breaking
    - Current limiting, also on regenerative breaking
    - 4 RC-inputs, opticaly separated
    - 200mA Galvanicaly separated BEC.
    - 2 RC-switch (FET) outputs
    (In combination with an external relais it can be used as a remote kill)
    - RS485 bus for linking speedos (may include compatibility with kees-speedos)
    - led-indicator
    - expantion bus for extras like:
    ---- Gyro
    ---- Tacho-feedback
    ---- Super servo
    ---- external indicator leds (power, failsafe, etc.)

    The biggest problem Ive encountered is that there is a big demand for a speedocontroller thats better than the IBCs. Only everyone is expecting it to be cheaper aswell
    I deliberatly dont want to make a 2-channel speedo because I need 3 for a project of mine. You can always put 2 in a box if you have to

  5. #5
    Sounds like youre quite a way through the project. Im gonna have a try at a 2 channel controller because ive always wanted to do this since we started building robots, and now I have a team of people where I work who can help out with the development by providing me with support and ideas.

    Im not sure how much the IBC controller costs.

    What microprocessor are you using. Im thinking of using a PIC (PIC18F6520) as it has a good amount of flash and has separate RAM and EEPROM space so you can re-write the software on the fly (for upgrading etc)

    Thanks for all the info

    Dave

  6. #6

  7. #7




Register To Comment

Posting Permissions

  • You may not post new threads
  • You may not post replies
  • You may not post attachments
  • You may not edit your posts
  •