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Auto Credit Based on spefyjerbf's Gimbal VTOL Engine Test
Controls:
Throttle: Engine power (turn the engine on)
VTOL UP: Velocity-controlled ascent
VTOL DOWN: Velocity-controlled descent
VTOL CENTER: Hover
Yaw and Pitch: Non-vertical motion
Trim: Pitch orientation
Tips:
- The distance that the VTOL slider is from the center is proportional to the speed that will be maintained.
- If the ride is bumpy, decrease the throttle for a little bit.
Specifications
General Characteristics
- Predecessor Gimbal VTOL Engine Test
- Successors 2 airplane(s) +7 bonus
- Created On Windows
- Wingspan 3.2ft (1.0m)
- Length 10.3ft (3.2m)
- Height 5.5ft (1.7m)
- Empty Weight N/A
- Loaded Weight 3,207lbs (1,455kg)
Performance
- Power/Weight Ratio 6.305
- Wing Loading N/A
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 756
Parts
- Number of Parts 12
- Control Surfaces 0
- Performance Cost 48
For the program : clamp01(1 + sign(VTOL)) * clamp01(abs(GS) * abs(sin(AngleOfAttack + PitchAngle)) + 0.15) * (Throttle * -1 * sign(AngleOfAttack + PitchAngle)) * (1 - clamp01(ceil(VTOL))) + clamp01(-1 * sign(VTOL)) * clamp01(1 - (sign(AngleOfAttack + PitchAngle))) * clamp01(GS * abs(sin(AngleOfAttack + PitchAngle)) - 25 * abs(VTOL)) * Throttle + clamp01(ceil(VTOL)) * Throttle * -1 * clamp(GS * sin(AngleOfAttack + PitchAngle) - 25 * abs(VTOL), -1, 0)
@spefyjerbf OK
@ArcturusAerospace Of course! Just credit me in the description, and tag me so I can see your build.
May I please use this in something?
@Omel No problem. If you want, you can take some funky trees parts, as long as you give credit appropriately.
@Omel Of course! My flight systems are free-to-use. If you want the extension/finished version of this flight system, check out my most recent upload - there are some very useful added features. Be sure to tag me on whatever build you upload so I can see it!