Auto Credit Based on FauxRealest's DIY Drone
HOLD YAW FOR FLYING SAUCER MODE
Front - Green
Back - Red
Will angle forward automatically
Camera 1 - RC mode
Normal drones have computers which counteract the spin force. SimplePlanes does not.
This makes flying this drone difficult to master, but fun when you do
WARNING - Do NOT mirror this aircraft, the rotors are individually set.
My attempt at a quad-copter Drone
Roll/pitch are all controlled by propeller pitch, which is much more complicated then I could have ever expected.
Yaw is controlled by VTOL. future versions will be rotor-only drones.
Any comments/ratings/suggestions always appreciated and returned!
Specifications
General Characteristics
- Predecessor DIY Drone
- Successors 2 airplane(s)
- Created On iOS
- Wingspan 36.1ft (11.0m)
- Length 38.6ft (11.8m)
- Height 20.8ft (6.3m)
- Empty Weight 30,718lbs (13,933kg)
- Loaded Weight 34,292lbs (15,555kg)
Performance
- Power/Weight Ratio 0.393
- Horse Power/Weight Ratio 0.699
- Wing Loading 144.8lbs/ft2 (707.0kg/m2)
- Wing Area 236.8ft2 (22.0m2)
- Drag Points 21191
Parts
- Number of Parts 331
- Control Surfaces 0
- Performance Cost 1,524
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5,093 FauxRealestThanks for the rate @bigmachintosh1 !9.2 years ago
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5,093 FauxRealestHa, thanks for the rating @meawk :p @Thelady I used contradicting propeller pitch forces. The top provides constant lift, while the bottom props provide less lift when pitch is applied. Thanks for the rating!9.2 years ago
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30 TheladyDownloaded it, and wow! How does it turn, there's only VTOL for the yaw??9.2 years ago
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8,797 Meawki dont even need to download it9.2 years ago
