AG1= rotor spool up ( needs to be turnt off after Takeoff)
AG2= propeller
Takeoff sequence =
AG1 until rotor is max speed t- 15 sec
AG2 compensating with left yaw
pull up between 55-70
Deactivate AG1 one at 200ft from runway
Enjoy!! and give me feedback
Specifications
General Characteristics
- Created On Windows
- Wingspan 8.1ft (2.5m)
- Length 46.9ft (14.3m)
- Height 14.1ft (4.3m)
- Empty Weight 5,018lbs (2,276kg)
- Loaded Weight 5,659lbs (2,567kg)
Performance
- Power/Weight Ratio 1.389
- Horse Power/Weight Ratio 0.08
- Wing Loading 123.7lbs/ft2 (604.1kg/m2)
- Wing Area 45.7ft2 (4.3m2)
- Drag Points 4348
Parts
- Number of Parts 229
- Control Surfaces 2
- Performance Cost 797
Required Mods
-
_Instrumentation
by Gestour
Version 1.0 (8/5/2018 7:17:06 AM)
View Mod Page -
_Mechanical_Instrumentation
by Gestour
Version 1.0 (8/6/2018 6:34:59 AM)
View Mod Page
@Mustang51 np
Ohhhh that makes a lot of sense! Hahaha sorry I didn’t see that before!
@Mustang51 it's powered for prerotation nor for flight
@GeneralDuckGaming1 yeah but it doesn’t fly this way. If you want the rotor to be powered, you have to have another contra-rotating one. If you want it to only have one, it has to have no power. Otherwise it will constantly go into spins.
@Mustang51 it's not supposed to fly like a heli tho
This looks cool but it can’t really fly. You can make some simple changes to fix it though. If you turn off the power/throttle for the main rotor, it will fly like an aeroplane or an AutoGyro. However, if you want it to be a helicopter, you have to add a second main rotor which moves in the opposite direction. That way it will not spin out of control constantly
@WarHawk95 jps j'aime bien ca c tt
Tu te spécialises en autogyres non ?