This is an experiment in (a) asymmetric design and (b) totally wild design. It comes with major difficulties in taking off and is obviously not inherently stable.
To take off:
1. Raise throttle to 50% and use rudder to stay in/near the center of the runway
2. Stay at 50% throttle until at 50mph,
3. Then raise throttle to 100% and climb at 5-10 degrees.
Autopilot at 100% throttle is really the ideal cruise setting.
Note: If you throttle up to 100% straight from 0%, the engines will begin producing a level of thrust which will overwhelm your flight controls. You do need =50mph before going to 100% thrust.
There is a gyro which is activated by Activation Group [8], but the difference of it on versus off is relatively insignificant, so use it at your own discretion.
Otherwise, enjoy!
Specifications
General Characteristics
- Created On iOS
- Wingspan 52.8ft (16.1m)
- Length 119.2ft (36.3m)
- Height 93.0ft (28.3m)
- Empty Weight 86,944lbs (39,437kg)
- Loaded Weight 111,247lbs (50,460kg)
Performance
- Power/Weight Ratio 1.212
- Wing Loading 22.7lbs/ft2 (111.0kg/m2)
- Wing Area 4,891.2ft2 (454.4m2)
- Drag Points 137340
Parts
- Number of Parts 135
- Control Surfaces 79
- Performance Cost 945