Profile image

KAZ-28 T-2

300 OculusWalker  2.6 years ago

Oculus Walker's VsratPlanes, a private engineering firm, regrets that our PR department has not yet found a competent English translator.

Welcome to the preview of our first potentially production model! As you can see, despite the limitations of our working capacity, there have been some important changes in the design compared to the previous prototype, however, some of them have not been completed in the current version. In fact, you only see this plane now because we are forced to perform a complete reinstallation of the software of our machines, and putting the drawings in the public domain is the only way to save them.

To begin with, we would like to provide you with a brief instruction manual for the operation of this aircraft.
Attention! At the moment, the "Artificial Idiot" (AI) has still not been able to fully master the control of this aircraft. We warned you.

Pitch – Standart.
Roll – Standart.
Yay – Standart.
Brake – Standart.
Trim - Sweep of the wing. Forward - increase, backward - decrease. We recommend using the maximum value for takeoff.
1 - Brake parachutes.
2 - Hook for landing on an aircraft carrier.

Now let's talk about the significant differences from the first prototype – KAZ-2800 D-002.

1) Correct keels. Now you can take off normally without clinging to the runway.
2) Partial observance of common sense. We tried very hard not to break the physics, so we reduced the power of the engines, adjusted the air resistance and mass.
3) Acceptable airframe alignment. It's not that bad now. 
4) Armament. We installed a proprietary multiple launch cannon fire system, and an unlicensed copy of rockets from another reality. Warning – the Fractal Mk.1 multiple launch cannon fire system is not configured correctly.

General Characteristics

  • Created On Android
  • Wingspan 45.1ft (13.7m)
  • Length 60.1ft (18.3m)
  • Height 16.2ft (4.9m)
  • Empty Weight 17,065lbs (7,740kg)
  • Loaded Weight 21,053lbs (9,549kg)

Performance

  • Power/Weight Ratio 0.64
  • Wing Loading 52.5lbs/ft2 (256.4kg/m2)
  • Wing Area 400.9ft2 (37.2m2)
  • Drag Points 1949

Parts

  • Number of Parts 284
  • Control Surfaces 2
  • Performance Cost 1,245