A.39-400
See last paragraph for revision details
This version of the 400-series employs a more modern aesthetic. Ideal cruising altitude for efficiency is 15000ft - 33000ft. Extremely stable to land and take-off (so long as the speed thresholds and configurations are adhered to).
AG 1 – Left engine 2
AG 2 – Left engine 1
AG 3 – Right engine 1
AG 4 – Right engine 2
AG 5 – Landing lights and speed breaks (break input only)
AG 6 – Navigation / anti-collision lights
AG 7 – Fuselage cabin lights
AG 8 – Reverse thrust (break input only)
For take-off, activate all 4 engines and reverse thrust (to taxi on runway), set primary flaps (VTOL) to half down, and rotate with trim between 210mph and 240mph.
For landing, activate speed breaks / landing lights and ensure reverse thrust is also activated, Set throttle between 50% and 60% depending on fuel levels, full flaps and full trim (she will stabilize very forgivingly). Very smooth to land when properly configured.
Revisions:
Primary wings completely rebuilt, engine positions adjusted, horizontal stabilizer adjusted.
Specifications
General Characteristics
- Created On Windows
- Wingspan 171.9ft (52.4m)
- Length 129.2ft (39.4m)
- Height 28.1ft (8.6m)
- Empty Weight 64,432lbs (29,226kg)
- Loaded Weight 95,259lbs (43,209kg)
Performance
- Power/Weight Ratio 2.972
- Wing Loading 56.3lbs/ft2 (274.8kg/m2)
- Wing Area 1,692.6ft2 (157.3m2)
- Drag Points 39634
Parts
- Number of Parts 457
- Control Surfaces 0
- Performance Cost 2,083
My great pleasure. :)
@Boeing777x I built it imaging 3 seats to each window, separated by an isle, haven't thought it out exactly it terms of seat class and stuff but it would be a lot. Thank you, im glad you like it
This plane actually looks pretty decent to me. And how many passengers can the A.39-400 seat in 1 class? My guess would be around 600-700 passengers.