rotor riot 3d models

- Top Plate: 50%, Hexagonal, 2 Shells - Bottom and Middle plate: 50%, Hexagonal, 2 shells - Arms: 80%, Hexagonal, 4 Shells - Landing feet: 25%, Linear, 2 Shells Hardware: - X20: M3x25mm Screws - X20:M3 Lock-nuts - X16: M3x15mm Screws - X8: M3...

Parts Required: 5x M3x16mm bolts (preferentially hex head) 5x M3 washers 1x M3 brass heat-set insert 2x M5x12mm or M5x10mm bolts and washers (M5x10mm might be a bit short) (to attach mount to extrusion) 1x skateboard bearing (608 - no flange!) 1x...

RichMac would probably say it's a "hand-held rotor". His turbine uses the miniature 696 bearings which may be more effective than the 608 due to smaller friction radius, but I had only the 608 bearings at hand and just wanted to flirt with physics. ...

The original VTOL build walkthrough video not including conversion to TVBS: https://youtu.be/8DG942hFIpE And a basic Ardupilot setup video (no TVBS info here): https://youtu.be/4e3JP7eEZIU Pease follow the Ardupilot docs here for the initial...

Apparently the rotor stops in a position where it has, so to speak, a half-dead magnetic field (I think so, maybe I’m wrong) ... But in principle it works ... But sometimes you have to start by turning the rotor, and this is inconvenient, of course,...

> To use this thin air to move around the small Mars Helicopter uses very large rotor blades that spin extremely fast. Maybe the rover will take a video of the test flight(s) so we can see if those fast blades kick up a lot of dust & sand. If this...