Linear Stewart Platform

Posted on 19/08/2011 by aggrav8d
Modified on: 13/09/2018
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All my projects & progress are available at marginallyclever.com. I wrote the software first for a rotary hexapod that used hobby servos.  I then rewrote the relevant sections for simpler linear action.The u-joints are TRAXXAS half-shafts cut down with a Dremel. There are 12 flanged bearings that allow the actuators to turn smoothly for yaw. pitch/roll: 50 degrees (could go higher but u-joints won't allow)yaw: 45 degreesheave: 100mmWeight does not include PCBs.This is part of a larger robot ...


Linear Stewart Platform

All my projects & progress are available at marginallyclever.com.

I wrote the software first for a rotary hexapod that used hobby servos.  I then rewrote the relevant sections for simpler linear action.

The u-joints are TRAXXAS half-shafts cut down with a Dremel. There are 12 flanged bearings that allow the actuators to turn smoothly for yaw.

  • pitch/roll: 50 degrees (could go higher but u-joints won't allow)
  • yaw: 45 degrees
  • heave: 100mm
  • Weight does not include PCBs.

This is part of a larger robot I am building. I challenge any of you to build an automatic tool changer for this machine.

6DOF movement. The basis for CNC machining or flight/driving simulators

  • Actuators / output devices: 6 firgelli L16P 100mm linear actuators
  • Control method: text interface via arduino terminal, serial connection to control software.
  • CPU: Arduino
  • Power source: 12v actuators, 5v Arduino
  • Programming language: C++
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