NOTE: Add dead weight to the front of the plane, if not, the aircraft will stall constantly on descent.
After 1 month, I have finally finished!
This is the second aircraft with a interactable cockpit, and the most detailed one of mine yet!
HARA is a high altitude research aircraft for researching atmosphere, weather, and aerodynamics. Capable of 20000m. Flight instructions: Set throttle to 20%, once airborne, set throttle to 60% and maintain 30 degrees pitch, using trim only. At 16764m, let the plane level to 15 degrees. Once at 20000m, set flaps and trim to full to maintain altitude. For descent, set throttle to 5%, and maintain 10 degrees downward pitch. VTOL for flaps. AG8 to toggle gyroscope.
NOTE: Set the mass scale of the wing pods, cockpit canopy, and "Latitude" text to 0, and set the landing gear mass to 0.5.
HARA at altitude
Descent
A chase car guiding the aircraft in as it lands
Specifications
General Characteristics
- Created On iOS
- Wingspan 137.8ft (42.0m)
- Length 58.5ft (17.8m)
- Height 20.1ft (6.1m)
- Empty Weight 18,947lbs (8,594kg)
- Loaded Weight 23,046lbs (10,453kg)
Performance
- Power/Weight Ratio 3.9
- Wing Loading 32.9lbs/ft2 (160.5kg/m2)
- Wing Area 700.9ft2 (65.1m2)
- Drag Points 5869
Parts
- Number of Parts 123
- Control Surfaces 7
- Performance Cost 563
Great idea!
Ok cool
@Ploooperman I found a simple car on the website, set the engine input to throttle so the AI could use it, and spawned it as the aircraft was landing
What car is that, and how is it guiding it like that, its cool