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Experimental thrust vectoring craft
Specifications
General Characteristics
- Created On Android
- Wingspan 38.2ft (11.6m)
- Length 36.7ft (11.2m)
- Height 9.8ft (3.0m)
- Empty Weight 7,803lbs (3,539kg)
- Loaded Weight 10,941lbs (4,962kg)
Performance
- Power/Weight Ratio 2.464
- Wing Loading 33.9lbs/ft2 (165.4kg/m2)
- Wing Area 322.9ft2 (30.0m2)
- Drag Points 2709
Parts
- Number of Parts 57
- Control Surfaces 6
- Performance Cost 449
@Falco7 ok
@Falco7
no. Not yet, at least.
@ZeroWithSlashedO You on his Discord?
@Falco7
fellow GS fan? Nice.
@ZeroWithSlashedO I see you are a GS fan too.
Ill try something
Edit. You should make the rudders larger and place them somewhat further back. You can try making them bigger then scaling them down to keep the the same size (IDK if this actually works). You could also try to reduce the amount of authority the yaw vectoring has to stop it from spinning (Or reduce angle of rotation as speed increases/decreases).
If you want I could post you my version (unlisted). Ill add some Funky AoA control too.
@ZeroWithSlashedO oh ok. Thanks for the info :)
Ok so,
I think one of the main reason is the V tail design.
A little update, even when I change the V-tail design, it still is incredibly unstable. I think it's because of the overall design, it is very unstable.
Idk man, Yaw physics in SP doesn't make sense.