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Auto Credit Based on Lancelot1230's rf 1
This is an aircraft that came up with an architecture. Its predecessor is the X-38 test aircraft in the United States. My inspiration for making this aircraft is mainly from @Blue0Bull. At the same time, some parts of my X-38B aircraft come from @Blue0Bull's X-31. Thank you @Blue0Bull. Operating method: AG1 unlock Brake (controlled by VTOL), ag2 dozen. Turn on the light and Ag3 turn on the parachute. I hope you like her. Thank you.
Specifications
General Characteristics
- Predecessor rf 1
- Created On Android
- Wingspan 50.1ft (15.3m)
- Length 84.2ft (25.7m)
- Height 21.2ft (6.5m)
- Empty Weight 87,631lbs (39,748kg)
- Loaded Weight 95,129lbs (43,150kg)
Performance
- Power/Weight Ratio 1.063
- Wing Loading 47.8lbs/ft2 (233.2kg/m2)
- Wing Area 1,991.3ft2 (185.0m2)
- Drag Points 15124
Parts
- Number of Parts 280
- Control Surfaces 6
- Performance Cost 1,546
I did not write the comment to get you anxious, I think it's nice for all to exchange ideas about aerodynamics. Imagine how the surfaces would work on a normal aircraft. control. Keep up the good work
@Viper3000ad I'm sorry to all of you. I make a very huge problem. There is something wrong about the yaw and roll. You can download the good one in my post. I'm really very sorry.
I'm sorry to all of you. I make a very huge problem. There is something wrong about the yaw and roll. You can download the good one in my post. I'm really very sorry.
It looks a bit like a spaceplane, it's beautiful in two colors and it's easy to handle, maybe in needs little more work on layout of control surfaces. When you turn to roll the airlerons move symmetrically like elevatols. Nevertheless, a very good effort