How do I start, taxi and take off in a flight simulator?

In a general-purpose flight simulator, choose a simple trainer and map pitch, roll, yaw, throttle and brakes. Follow its checklist to start the engine, release the parking brake, taxi slowly, hold short, line up, apply take-off power, keep straight, rotate at the published speed and settle into the recommended climb.

This sequence is for a fixed-wing land aircraft. Helicopters, seaplanes and sophisticated airliners require different techniques, so we recommend learning in a Cessna 152, Cessna 172 or similar piston trainer.

Controls to configure before engine start

You need working axes or buttons for elevator, ailerons, rudder, throttle, wheel brakes and elevator trim. Rudder pedals are helpful, but a joystick twist axis is adequate; keyboard steering tends to produce abrupt corrections.

• Pitch and roll: Move the yoke or stick and confirm the cockpit controls follow in the correct direction.
• Yaw and steering: Check that the rudder or nosewheel responds smoothly rather than jumping from lock to lock.
• Brakes: Map the parking brake and either combined brakes or separate left and right toe brakes.
• Throttle and trim: Confirm the full physical range is detected and that no second controller has a conflicting assignment.

Select daylight, calm weather and a long runway for the first attempt. A cold-and-dark checklist for the default Cessna 172SP provides a practical example of how the stages fit together.

Start, taxi and take off step by step

1. Secure the aircraft. Set the parking brake, place the throttle near idle and make sure the flight controls are centred. Load at a parking stand rather than on the runway if you want to practise the whole sequence.
2. Start the engine from the checklist. In a typical naturally aspirated piston trainer, this means selecting fuel, setting the mixture as required, switching on the master and beacon, priming only when called for, opening the throttle slightly and operating the starter. Release the starter once the engine catches and check oil pressure. Turboprops and jets use entirely different start logic; our piston and turbine engine-start explanation covers those differences.
3. Prepare to move. Set the avionics, lights, flaps and trim as specified. Check that the taxi route is clear, bring the engine just above idle and release the parking brake.
4. Test the brakes. Let the aircraft roll a short distance, reduce power and apply the wheel brakes. Stop and correct the control assignment if the aircraft does not slow evenly.
5. Taxi slowly. Steer with the rudder pedals, twist grip or dedicated tiller—not the ailerons. Use small power changes and let the aircraft slow before turning. The detailed gate-to-runway taxi procedure explains pushback, clearances, steering and holding points.
6. Hold short of the runway. Stop before the holding-position markings. Complete any engine run-up, check fuel and instruments, set take-off flaps and trim, and obtain clearance if simulator ATC is enabled.
7. Line up on the centreline. Check that the runway and approach are clear, enter, straighten the nose and centre the rudder. Avoid applying take-off power while still making a sharp turn.
8. Apply the correct take-off power. Advance the throttle smoothly. A basic piston trainer commonly uses full available power, while airliners may use calculated thrust settings or detents. Confirm that engine indications are normal and that the airspeed is increasing.
9. Keep straight and rotate. Use small rudder inputs to hold the centreline. At the aircraft's published rotation speed, apply gentle back-pressure and raise the nose to the recommended take-off attitude; the runway alignment, rotation and initial-climb technique is covered in greater depth separately.
10. Establish the climb. Pitch for the recommended climb speed rather than chasing a particular nose angle. Retract landing gear only after a positive climb is established, then retract flaps in stages according to the aircraft checklist.

Can I start on the runway or use auto-start?

A runway start or auto-start command is suitable when you want to practise aircraft control rather than cockpit preparation. Verify the flap, trim, fuel and power configuration before moving; a runway spawn does not guarantee that every item is set exactly as you expect.

Use a ramp or gate start when learning the full procedure. Auto-start often works with default aircraft, but complex add-ons may use custom systems that require their own checklist or built-in panel controls.

Which rotation speed and flap setting should I use?

There is no universal take-off speed or flap setting; use the values published for that aircraft, weight and runway condition. Read indicated airspeed from the cockpit rather than judging speed from scenery movement.

Use the simulator's checklist, aircraft reference page or electronic flight bag where provided. Do not copy a speed from another aircraft: a figure suitable for a light trainer can be dangerously wrong for a heavier aeroplane.

Why will the aircraft not taxi straight?

An aircraft that veers during taxi usually has excessive power, an incorrect steering input or a control-calibration problem. A small tendency to turn can be normal in a single-engine propeller aircraft, but a violent or constant swing is not.

• Use the rudder or nosewheel-steering control, not the roll axis, to steer on level ground.
• Remove duplicate yaw assignments and add a small dead zone if the axis jitters around its centre.
• Check whether one toe-brake axis is reversed and therefore applying full brake when released.
• Reduce power before tight turns instead of holding a large steering angle at speed.
• Check for a locked nosewheel, disconnected tiller or assistance option overriding manual controls.

Why will the aircraft not take off?

An aircraft that does not accelerate or lift off is usually being held by the brakes, producing insufficient power or using the wrong configuration. Stop rather than pulling harder on the controls.

• Confirm the parking brake is released and no toe-brake input remains applied.
• Check that the cockpit throttle reaches the commanded position and that mixture or propeller controls are set correctly.
• Retract spoilers or speed brakes and use only the checklist take-off flap setting.
• Set trim within the marked take-off range; extreme nose-down trim can make rotation difficult.
• Check aircraft weight, runway length and wind. A heavily loaded aircraft on a short runway may not have enough distance.
• Wait for the published rotation speed. Pulling back early increases drag and can produce a runway-level stall instead of a climb.