Learn how to steer on the ground in Microsoft Flight Simulator using rudder, nose-wheel steering, tiller and differential brakes, plus key fixes.
To steer an aircraft on the ground in Microsoft Flight Simulator, release the parking brake, use low power, and command left or right rudder with pedals, a joystick twist axis or controller triggers. Use differential toe braking for tighter turns. Large airliners may need a separate tiller axis; some taildraggers rely heavily on brakes.
Which control steers an aircraft while taxiing?
The normal taxi steering control is the rudder axis, which operates the rudder and, in many tricycle-gear aircraft, is linked to the nose wheel. Aileron input controls the roll surfaces and may be needed for wind correction, but it does not normally turn the aircraft along a taxiway.
The principle is the same in Microsoft Flight Simulator 2020 and Microsoft Flight Simulator 2024, although control names and aircraft-specific steering systems can differ.
| Control | What it does | When to use it |
|---|---|---|
Rudder Axis | Commands rudder and linked nose-wheel or tailwheel steering | Routine taxiing and small corrections |
| Tiller or steering axis | Commands greater nose-wheel deflection on supported aircraft | Tight, low-speed airliner turns |
| Left and right brake axes | Brakes one main wheel independently | Tight turns and free-castering nose wheels |
| Rudder left/right buttons | Applies digital steering input | Keyboard use or as a fallback when no analogue axis is available |
Rudder pedals give the best control, followed by a joystick twist grip. With a standard gamepad profile, the triggers normally command left and right rudder, but customised profiles should always be checked. Keyboard steering works, although short taps are necessary because a key can apply an abrupt digital input.
How do I steer while taxiing in MSFS?
Taxi slowly enough that small steering inputs can change direction without tyre scrub, skidding or tipping the aircraft.
- Check the rudder binding. In the controls menu, bind an analogue input to
Rudder Axis. Search for tiller or steering assignments as well if the aircraft models a separate nose-wheel control. - Set up the brakes. Assign left and right brake axes if your pedals have toe brakes. A combined brake button will stop the aircraft but cannot provide differential braking.
- Prepare the aircraft. Release the parking brake, remove any wheel chocks and finish the pushback procedure. Some aircraft leave nose-wheel steering disconnected while attached to a tug.
- Start rolling gently. Use idle or a small amount of power. Steering is easier once the tyres are moving, but tight turns should be made at roughly walking pace.
- Lead the turn with a small input. Apply left or right rudder and reduce it before reaching the desired heading. For a tighter left turn, add light left brake; use right brake for a tighter right turn.
- Straighten before stopping. Centre the steering, reduce power and brake smoothly. Holding full steering lock while stationary or moving quickly produces poor results.
A mistake we see constantly is trying to cure weak steering with more power. Extra thrust increases taxi speed and widens the turn. Slow down first, then use the tiller or inside brake if the aircraft needs a tighter radius.
Why does ground steering change between aircraft?
Ground steering changes because Microsoft Flight Simulator aircraft model several real steering arrangements rather than one universal system.
- Tricycle-gear light aircraft: Rudder pedals usually move the nose wheel through a limited range. Differential braking helps with sharper turns.
- Airliners: Rudder pedals provide small nose-wheel movements for runway tracking, while a tiller supplies the larger angle required at taxi speed. Our explanation of how the A320 tiller and rudder pedals divide the steering workload covers this arrangement in more detail.
- Free-castering nose-wheel aircraft: The nose wheel swivels rather than being directly commanded by the rudder. Use differential braking, low power and rudder airflow to establish the turn.
- Taildraggers: Steering may combine rudder, a steerable or lockable tailwheel, propeller airflow and differential brakes. Brake cautiously because excessive forward braking can lift the tail or cause a nose-over.
Choose rudder or linked nose-wheel steering for ordinary taxi corrections, a tiller for tight airliner turns, and differential braking when the wheel cannot turn tightly enough on its own.
Why won't the aircraft turn on the ground?
A non-turning aircraft usually has an incorrect binding, disengaged nose-wheel steering, a separate tiller requirement or a brake input holding one wheel.
- The rudder does not move: Verify that the intended device is assigned to
Rudder Axis, remove conflicting assignments and confirm that the input indicator moves through its full range. - The rudder moves but the nose wheel does not: The aircraft may use a free-castering wheel, require a tiller assignment, lack hydraulic pressure or have nose-wheel steering disconnected. Use our nose-wheel steering control and fault checklist for the detailed checks.
- Steering jumps immediately to full lock: A button has probably been assigned instead of an axis, or the axis sensitivity and dead zone need adjustment.
- The aircraft always pulls to one side: Check both toe-brake axes for an inverted or permanently applied input. Also centre the rudder trim if the aircraft provides it.
- The nose wheel turns but the aircraft carries straight on: Taxi speed is too high for the available steering angle and tyre grip. Reduce power and brake before increasing steering input.
- Pedals work in flight but not during taxi: Nose-wheel steering or toe-brake assignments may be missing even though the rudder axis is correct. Our rudder-pedal and toe-brake troubleshooting steps isolate these faults.