Philippine Airlines-Airbus
This plane gives me a lot of time working on its wheels and I almost forgot to build tanks...lol.
Instructions.
A.Landing Gear
(Its abit complicated and hard to use the landing gear especially during landing)
Procedures
1. Take-off
(The plane can go to 400mph in ground but you can pitch it when it goes 260mph.)
-when your in air(Take-off) Act.3 and VTOL up to open the landing gear box.
-After opening the landing gear box, Act.1 (the VTOL should remain up) and the gears will retract.
Update- After the gears retract, de-Act. 1 then Act.3 and VTOL to 0
NOTE:
=All Activated No. Should be off excepy 2 & 4
=VTOL should remain back to 0
2. Landing
(When landing use trim to make the plane slant upward abit and not pitching downward)
(Update-when landing throttle to 40~50% or about 210mph to have a good landing)
-Act. 3 and VTOL up to open the landing box.
-After thatDe-Act. 3 and VTOL back to 0 .
-Act.1 and the Gears will retract.
-update-After the wheels are retract, de-Act. 1 then Act. 3( VTOL should remain at 0
NOTE:
=When landing make sure you have ana amount of distance to have time retracting the wheels.
B. Flaps
*During and Landing
-Act. 4 and use VTOL to use the Flaps
NOTE:
=Make sure that Act. 1 and Act. 2 are not on
C. LIGHTS
* They are all on except the landinf lights.
-Landing lights Act.2
Important note$
* The plane is big and may cause lag on some devices.
* Landing gears procedures are hard during landing.
Hope you enjoy and now, I'll be starting to build the tank requests.
Specifications
General Characteristics
- Created On Android
- Wingspan 111.5ft (34.0m)
- Length 115.4ft (35.2m)
- Height 29.4ft (9.0m)
- Empty Weight 58,322lbs (26,454kg)
- Loaded Weight 72,094lbs (32,701kg)
Performance
- Power/Weight Ratio 1.87
- Wing Loading 62.9lbs/ft2 (307.1kg/m2)
- Wing Area 1,146.0ft2 (106.5m2)
- Drag Points 33251
Parts
- Number of Parts 267
- Control Surfaces 5
- Performance Cost 1,395