AG1 to activate the main rotor. (Minimum speed 30mph.)
Probably the least maneuverable thing I've ever uploaded, but it's kinda fun. Unfortunately it doesn't autorotate, but instead uses XML editing to stretch the blades and cap the RPMs.
Specifications
General Characteristics
- Created On Windows
- Wingspan 11.2ft (3.4m)
- Length 23.8ft (7.3m)
- Height 14.3ft (4.4m)
- Empty Weight 2,967lbs (1,346kg)
- Loaded Weight 4,594lbs (2,083kg)
Performance
- Horse Power/Weight Ratio 0.652
- Wing Loading 62.9lbs/ft2 (307.0kg/m2)
- Wing Area 73.1ft2 (6.8m2)
- Drag Points 3350
Parts
- Number of Parts 51
- Control Surfaces 5
- Performance Cost 260
@AgDynamics https://www.simpleplanes.com/a/w39cnk/XVI-Autogyro-mk-1
@XVIindustries Thanks for the advice! I was actually planning on remaking this one tonight. I pulled apart @Authros Apache yesterday and figured out how to replicate the rotor controls. I tried them out in my Huey but it actually turned out less stable than my RCN-controlled version, so I'm planning to try them in this thing tonight. Or maybe I'll try another gyrocopter.
Just use wings in the rotator m8 they auto spin in the prop wash and create lift, @AgDynamics
@A5mod3us Thanks! I do wish it was more maneuverable, but without cyclic pitch control I don't think there's much to be done.
I also suspect that propellers don't generate lift, only thrust and drag. A real autogyro (and most helicopters) would be capable of 'gliding' with proper autorotation. If the devs are planning on implementing true helicopter parts, that'll need to be sorted out.
Well, landing is just about impossible, but aside from that, this is one of the best autogyros I've seen. Handles remarkable well in the air as well. Great job!