Specifications
General Characteristics
- Predecessor activ suspension concept
- Successors 2 airplane(s) +7 bonus
- Created On Windows
- Wingspan 9.8ft (3.0m)
- Length 15.5ft (4.7m)
- Height 5.9ft (1.8m)
- Empty Weight 7,065lbs (3,204kg)
- Loaded Weight 7,367lbs (3,341kg)
Performance
- Wing Loading N/A
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 2145
Parts
- Number of Parts 106
- Control Surfaces 0
- Performance Cost 923
@Johnnyynf +
@superTT
this is a very crude concept of mine, using very simple FT to showcase the benefit of having an active suspension on highspeed offroad for pitch and yaw control.
it performs kinda only ok, still a concept to think with. But with more refined FT, still have huge potential.
lol it works very similar to mine, the biggest difference that I use only one piston and another code
FL (LandingGear) + (-(PitchAngle / 60)) + (RollAngle / 60)
FR (LandingGear) + (-(PitchAngle / 60)) + (-(RollAngle / 60))
RL (LandingGear) + (PitchAngle / 60) + (RollAngle / 60)
RR (LandingGear) + (PitchAngle / 60) + (-(RollAngle / 60))
landing gear I use like offroud mode
sometimes I add some more exstra codes
FL ((GSclamp(GS,-1,1))?((Pitch>0.25)?0.2:0):0)-(GS/36)+(Brake0.1)+(Yaw0.1)
FR ((GSclamp(GS,-1,1))?((Pitch>0.25)?0.2:0):0)-(GS/36)+(Brake0.1)-(Yaw0.1)
RL ((GSclamp(GS,-1,1))?((Pitch>0.25)?0.1:0):0)-(GS/36)-(Brake0.05)+(Yaw0.1)
RR ((GSclamp(GS,-1,1))?((Pitch>0.25)?0.1:0):0)-(GS/36)-(Brake0.05)-(Yaw0.1)
Wow, I have my own active suspension, dont know that anybody else creates something like this. So I going to test your, very interesting how it works