The quickest way to control an aircraft in Pilot Training Flight Simulator is to learn the six inputs used in almost every fixed-wing flight: start the engine, change throttle, steer, manage the camera, operate gear when fitted, and stop or remove the aircraft safely. Sit in the pilot seat and open the flight kit Controls panel before taxiing, because the live panel reflects the aircraft and device you are actually using.
Core control lookup
These mappings are community reported and current as of the check date. Use the live Controls panel if a prompt differs. A fixed-gear aircraft will not show a useful gear command, and a helicopter will respond differently to the same movement input.
Start, taxi, and take off
Enter the pilot seat and confirm that the flight kit says the engine is off. Press E, use the controller’s Y input, or tap the engine icon. Add only a small amount of throttle to begin taxiing. Use rudder or steering inputs gently and watch the aircraft rather than holding a direction until it swings past the taxiway.
Pushback is most useful at a gate where the aircraft cannot move forward safely. Toggle it with P, D-pad Up, or the displayed icon, then stop pushback before adding forward power. Large aircraft need more clearance for the nose and wings than the cockpit view suggests.
At the runway, align the centerline, confirm the route is clear, and increase power. Use smooth pitch input as the aircraft leaves the ground. Retract gear with G or D-pad Down only if the selected aircraft supports retractable gear and you have established a climb.
Flight, camera, and assistance
Mouse, thumbstick, or touch-stick movement controls pitch and roll. Large continuous input causes large attitude changes, especially in advanced mode. Center the control after each correction. Use the flight kit speed and altitude readings to confirm what the aircraft is doing instead of relying only on the horizon.
Community documentation lists C for camera mode on keyboard and X or its device equivalent for camera lock. Camera mode changes the view; camera lock changes whether the view follows the aircraft. If steering feels broken after looking around, check camera lock before changing the flight controls.
Altitude Hold is reported on R or a labeled button. It levels and holds altitude but limits direction changes while engaged. Cruise Mode is reported on T or a labeled button and freezes an aircraft in the air once the feature’s altitude condition is met. Neither replaces takeoff, approach, or landing practice.
Advanced and special controls
Z toggles advanced mode on keyboard, while controller play is documented as automatically using advanced mode. Advanced mode enables greater pitch and roll freedom and adds rudder control with A and D or the triggers. It is valuable for aerobatics and military flying but makes over-control more likely.
Flaps on supported fixed-wing aircraft are reported on Y and H, with controller equivalents on the X and B buttons. Some special commands are aircraft-specific: VTOL thrust uses R and F in community documentation; an MH-60 winch uses Y and H; flares use K; and spotlights use L. Open Controls after spawning the exact aircraft rather than assuming those keys keep the same role everywhere.
Co-pilot access uses limited and full control states. Keyboard documentation lists J and U, while controller and touch use labeled co-pilot buttons. Check the status shown in the flight kit before handing over. Only one person should make a major throttle or attitude change at a time.
Recover from common problems
If the engine starts but the aircraft will not move, increase throttle and confirm pushback is not holding the aircraft in an unexpected direction. If gear or flaps do not respond, the model may have fixed gear or no flaps. If a special command is missing, the aircraft probably does not support it or the mobile UI has placed it behind a context button.
If the aircraft rolls or pitches too aggressively, reduce the size of your input, disable advanced mode where available, and practice in a light aircraft. If the plane stalls, lower the nose enough to rebuild speed, add power, and avoid another sharp pull. If you are close to the ground, prevention is safer than a late recovery.
If you lose control after a co-pilot joins, inspect the full/limited-control status and agree who is flying. If an unoccupied aircraft disappears, spawn another one and remain seated; community documentation reports an automatic despawn for aircraft left empty.
A ten-minute practice circuit
Spend two minutes parked locating every core command. Taxi slowly for two minutes and make deliberate stops. Use two minutes for takeoff and shallow turns, two minutes to line up a long final approach, and the final two minutes to land, slow, and taxi clear. Repeat with the same aircraft before changing categories.
Once that circuit is comfortable, continue to the takeoff and landing guide. Helicopters require a different correction rhythm, covered in the helicopter controls guide, while touch pilots can use the mobile controls guide for screen-space and button-placement advice.