Tail doesn't look as accurate as the rest of the plane but this wasn't built to look pretty, just to test the effects of thrust vectoring in SimplePlanes. Doesn't work exactly as it does IRL but it greatly enhances maneuverability nevertheless. Can easily perform and recover from somersaults.
>inb4 "hurr durr the mig-29 didn't have thrust vectoring" the M variant did, learn to read.
Specifications
General Characteristics
- Created On iOS
- Wingspan 38.7ft (11.8m)
- Length 42.4ft (12.9m)
- Height 12.0ft (3.7m)
- Empty Weight 10,637lbs (4,824kg)
- Loaded Weight 22,423lbs (10,171kg)
Performance
- Power/Weight Ratio 3.006
- Wing Loading 55.0lbs/ft2 (268.8kg/m2)
- Wing Area 407.3ft2 (37.8m2)
- Drag Points 4235
Parts
- Number of Parts 39
- Control Surfaces 6
- Performance Cost 347
Basically you just put the engines on rotators, make the range of motion from 15-45°, and set it so that they are controlled by pitch. @bolt
How do you use thrust vectoring it helps flying and if you ask me you probably can lift the nose up in a stall
dude I used to experiment a lot with thrust vectoring. its impossible for m to not love this!!!!