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Detach 1 before flying. Hover, pitch, roll, and yaw just like a real helicoptor! It will start to take off around 80% throttle. Sometimes it will break, rotors may fly off, but it very rarely happens. Just restart if it does. I have yet to see a helicopter on simple planes that actually uses the pitch of the rotors to create lift, so here it is!
Specifications
General Characteristics
- Created On Mac
- Wingspan 42.1ft (12.8m)
- Length 46.2ft (14.1m)
- Height 15.3ft (4.7m)
- Empty Weight 21,727lbs (9,855kg)
- Loaded Weight 25,659lbs (11,639kg)
Performance
- Power/Weight Ratio 3.152
- Wing Loading 79.9lbs/ft2 (389.9kg/m2)
- Wing Area 321.3ft2 (29.8m2)
- Drag Points 7699
Parts
- Number of Parts 189
- Control Surfaces 0
- Performance Cost 607
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9,952 NSStancikSure, I don't mind9.7 years ago
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5,698 AceOfSpadeGood job. Do you mind if I put a variant on here?9.7 years ago
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5,521 VerdnanLifts off and then goes out of control moments later. I like how you tied rotor pitch to the throttle instead of vtol.9.7 years ago
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50.4k StingrayI know how hard these are to implement, and you model at least gets airborn! (Note I recently posted a "Fixed H-3F Pelican" that uses variable lift from counter-rotating blades. To get it under control I went with RCS stabilizers since Rear propellers never worked out.)9.7 years ago
