About this 3D model

[As seen on Hackaday!](http://hackaday.com/2013/09/18/stewart-platform-reinvents-the-wheel-so-you-dont-have-to/#comment-1060598). Stewart Platforms are the machines under flight simulators. They're also used in robotic surgery. They are normally only seen in universities because students have to build custom machines for their specific applications. I hope that having a free open hardware design will make life easier for engineers everywhere. If you need one and don't want to make it yourself, go to marignallyclever.com This robot is currently missing the java code to make it easy to run. Features: - Runs on GCODE - 1500g static holding force (worst case, tested to failure) - 20 degrees pitch & roll - 10 degrees yaw - +/-40mm heave, surge, & sway - Measures 165mm across the top, 230mm across the base, 190mm high at rest, ~230mm at center position - Weighs ~1650g. 150g less and it could carry a copy of itself! - +/- 0.125mm repeatability - Limit switches & homing (G28) Mounting holes on top plate have been planned for an extra 7th axis (full yaw rotation). [Arduino code, Bill of Materials, and assembly instructions on Github](https://github.com/MarginallyClever/RotaryStewartPlatform2) 2018-11-02: v2.1 replaced some laser cut parts with 3D printing now that I have a reliable printer. Support me through Patreon: https://www.patreon.com/imakerobots Or make a one time donation: https://www.paypal.me/imakerobots Every like, share, and subscribe helps! Blog: http://marginallyclever.com/ Instagram: https://www.instagram.com/imakerobots Facebook: https://www.facebook.com/MarginallyClever Twitter: https://twitter.com/aggrav8d Discord: https://discord.gg/Q5TZFmB