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SERV-D12-FBW "Bul Sae"

7,082 geekr  8.1 years ago

Since at least a pair of control surfaces providing damping force that keeping the rate the Angle of Attack changing of the plane around zero is needed, most of the players failed to build, or failed to think of the existence of a statically unstable [?Expected CoM behind Expected CoL] design. This Plane, or called Research Vehicle, is build to test a statically unstable three wings layer design.Using a pair of prototype Fly By Wire canards [? Activation Group 1], this plane is capable of keeping itself stable when there is no Pitch input. However, this feature, associating Brake Rudder Control [? Activation Group 2] and Horizontal Stabilizers without AOA Limitation [? Activation Group 3], allows the plane performing various maneuvers at a low air speed and a high Angle of Attack.Since its maneuverability, the plane is also called "Bul Sae [Fire Bird]". This Plane does not carry or launch any Weapon in purpose of Simple Aerodynamic research, while users are free to customize it by attaching pylons on its wings or fuselage.

General Characteristics

  • Created On Android
  • Wingspan 28.4ft (8.7m)
  • Length 36.0ft (11.0m)
  • Height 11.2ft (3.4m)
  • Empty Weight 8,289lbs (3,759kg)
  • Loaded Weight 17,622lbs (7,993kg)

Performance

  • Power/Weight Ratio 1.912
  • Wing Loading 27.2lbs/ft2 (132.9kg/m2)
  • Wing Area 647.3ft2 (60.1m2)
  • Drag Points 2874

Parts

  • Number of Parts 76
  • Control Surfaces 0
  • Performance Cost 408
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    7,082 geekr

    Of course it is me, I haven't posted for about three and a half months; Sorry for all those days I was ''missing''.

    I am attempting to find some inspiration making my new plane(s) more ''REASONABLE'', both physically and aesthetically.

    @Rohan

    8.1 years ago
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    37.1k Rohan

    Me long time? You haven't posted in months! @geekr

    8.1 years ago
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    7,082 geekr

    -Instructions-
    VTOL - Trim Control System
    AG 1 - Toggle Prototype Fly By Wire Canards
    AG 2 - Toggle Brake Rudder Control
    AG 3 - Toggle AoA Limitation for Traditional Horizontal Stabilizers
    Take Off/ Landing - Velocity of Rotating - ~100 mph [▲ AG 3 ON, Short Distance Take off], Landing Speed - ~107 mph [▲ AG 3 ON Recommended, Landing AoA - ~20 degree]

    8.1 years ago
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    7,082 geekr

    Thanks! @bluecomet

    8.1 years ago
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    7,082 geekr

    Long time no see~ Thanks! @Rohan

    8.1 years ago
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    7,082 geekr

    Thanks! @JShay

    8.1 years ago
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    7,082 geekr

    Thanks! @Glaceon

    8.1 years ago