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Lexair 200-MAX

49.4k PlaneFlightX  5.9 years ago
245 downloads
Auto Credit Based on PlaneFlightX's Lexair 200-1

About

The Lexair 200-MAX, like the SWL-36-MAX and the SWL-151-MAX, is the end of the line. As you can see from the pictures, it has a cockpit. However, this is an extremely detailed cockpit. I have really spent some time putting in the details.

Controls

AG 1 | Engine One
AG 2 | Engine Two
AG 1 + VTOL up | Fuel supply, engine one
AG 2 + VTOL up | Fuel supply, engine two
AG 3 | Reverse thrust
AG 4 | Lights
AG 8 | Landing lights
Trim | Trim
Gear | Gear

Flight

Startup

To turn on the engines, first activate 1. Push VTOL all the way up to the top. On the overhead panel, the left slider will move forwards, and on the engine panel (located in the center of the cockpit on the instrument panel), the fuel gauge will move 180 degrees. The engine is now running. For the second engine, just press two, and everything is set.

Backing out

If you want to fly the Lexair 200-MAX realistically, you will probably be starting at a parking slot. Simply activate 3, and full brakes. The plane will back out. Turn as you back out to be lined up with the taxiway. Activate 4 for lights, and taxi to runway at 1~2% throttle.

Taking off

To take off, follow the startup procedure, (or taxi to the runway if you started at a gate), and activate 4. Trim to about halfway down. Full power.

Climbing

After takeoff (130 mph), deactivate 8. Gear up. Use trim as necessary. Climb to 30,000 ft, and 90% throttle. Climb to 37,000 ft.

Descent

Descend to 4,000 ft, and 70% throttle. 2,000 ft, 40% throttle, activate 3, gear down, and 8. Pull the nose up on touchdown, and full brakes. When you are slowed down to 30 mph, deactivate 3 and 8. Taxi to gate. When at gate, stop. VTOL goes to middle, and when the fuel gauges stop moving, deactivate 1 and 2. Then deactivate 4, and trim to middle.

Links

Original plane, Lexair 200
Variant page
Pictures

General Characteristics

  • Predecessor Lexair 200-1
  • Successors 1 airplane(s)
  • Created On iOS
  • Wingspan 98.3ft (30.0m)
  • Length 85.4ft (26.0m)
  • Height 23.8ft (7.2m)
  • Empty Weight N/A
  • Loaded Weight 56,442lbs (25,601kg)

Performance

  • Power/Weight Ratio 2.508
  • Wing Loading 41.8lbs/ft2 (203.9kg/m2)
  • Wing Area 1,351.5ft2 (125.6m2)
  • Drag Points 24331

Parts

  • Number of Parts 538
  • Control Surfaces 5
  • Performance Cost 2,021