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OpenWhoop Parametric Micro Racing Multirotor Drone
di Glasswalker
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OpenWhoop is my attempt at my own "TinyWhoop Like" design for off the shelf common parts.
My goal was to make something easily tunable/tweakable via parameters, so I could adjust/dial it in as I crash it and total the frame.
Also allowing others to tune it to their parts/needs
It's heavily inspired by the "Whoopie" at: https://oscarliang.com/whoopee-micro-frame/ but was designed from scratch in OpenSCAD.
I also originally wanted to make a hex with it, so that's designed in. However I struggled to get a hex to fit into my target 110mm wheelbase for the local indoor fpv racing club rules, so I had to drop it to a quad. So the library supports both options.
Lastly, I wanted to move the camera out in front, as I had an idea for an integrated single part print, without add-on parts that could support variable angles for the FPV camera, and keep it out in front to keep the rotors out of the view.
Designed in OpenSCAD so all you need to do is open the config file, edit the
My goal was to make something easily tunable/tweakable via parameters, so I could adjust/dial it in as I crash it and total the frame.
Also allowing others to tune it to their parts/needs
It's heavily inspired by the "Whoopie" at: https://oscarliang.com/whoopee-micro-frame/ but was designed from scratch in OpenSCAD.
I also originally wanted to make a hex with it, so that's designed in. However I struggled to get a hex to fit into my target 110mm wheelbase for the local indoor fpv racing club rules, so I had to drop it to a quad. So the library supports both options.
Lastly, I wanted to move the camera out in front, as I had an idea for an integrated single part print, without add-on parts that could support variable angles for the FPV camera, and keep it out in front to keep the rotors out of the view.
Designed in OpenSCAD so all you need to do is open the config file, edit the
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