Learn to maintain a straight heading in a flight simulator with small bank corrections, coordinated rudder, proper trim and fixes for heading drift.
To maintain a straight heading in a flight simulator, stabilise the aircraft, keep the wings level, and use tiny, coordinated aileron and rudder inputs to correct drift. Watch the heading indicator but control bank attitude first, then neutralise the controls; use trim only to remove a genuine, steady control force.
For Aviation & Real-World Flying practice, this fixed-wing technique applies across desktop simulators: bank controls how quickly the heading changes, while rudder keeps the aeroplane coordinated. Helicopters are different because their heading is controlled mainly with anti-torque pedals.
How do you hold a heading by hand?
The reliable method is to correct the bank attitude in small increments and level the wings just before reaching the desired heading.
- Stabilise the aircraft. Set a steady power setting, stop any climb or descent, and establish a constant airspeed. If vertical control is consuming your attention, use our method for holding altitude without chasing the vertical-speed indicator.
- Choose a heading reference. Set the heading bug if one is fitted, then use the directional gyro, heading indicator or glass-panel heading tape. A heading bug is only a visual marker unless an autopilot heading mode is active.
- Check the wings first. Look at the attitude indicator and outside horizon before reacting to the heading readout. Even one or two degrees of unnoticed bank can produce a steady turn.
- Make a shallow correction. Apply a small amount of aileron towards the desired heading. In a light trainer, about 5° of bank is enough for a minor error; 10° is ample for most heading practice. Ease the ailerons towards neutral once the bank is established.
- Coordinate with rudder. Use enough rudder to keep the slip-skid ball centred and prevent adverse yaw. Do not steer a conventional aeroplane with rudder alone, because the resulting sideslip usually develops into another unwanted bank.
- Lead the roll-out. Start levelling the wings before the target heading. Half the bank angle is a useful starting point, so with 10° of bank, begin rolling out roughly 5° early. Speed, aircraft type and control response will alter the exact lead.
- Resume a short scan. Cycle between the horizon, attitude indicator, heading indicator and turn coordinator. Once the wings are level and the heading has settled, release unnecessary pressure rather than making another immediate correction.
If every input turns into an overcorrection, our beginner setup for straight-and-level flight explains how to use smaller inputs and avoid chasing the instruments.
Which controls keep an aircraft flying straight?
Ailerons are the primary heading-correction control, rudder coordinates the movement, and elevator and power prevent the correction from becoming a climb or descent.
- Ailerons: establish and remove bank. Once the required bank is reached, relax most of the input instead of holding the control deflected.
- Rudder: counters adverse yaw and keeps the aircraft coordinated. Persistent pedal pressure may also be needed after a power change in a propeller aircraft.
- Elevator and power: maintain pitch attitude, airspeed and altitude while the aircraft is turning or levelling its wings.
- Trim: relieves a continuous control force after the aircraft is stable. It is not a substitute for making the initial correction.
For a typical training cockpit, our Cessna 172 instrument and control reference shows how the attitude indicator, heading indicator, turn coordinator, rudder and ailerons work together.
Why does my heading keep drifting with level wings?
Persistent drift with apparently level wings usually comes from a tiny residual bank, an uncentred controller, propeller effects, instrument error or confusion between heading and ground track.
| What you see | Likely cause | What to do |
|---|---|---|
| Slow drift in one direction | The wings are not quite level, or the roll axis is not centred | Use the attitude indicator’s bank marks, centre the controller and add only the smallest necessary dead zone |
| Repeated left-right oscillation | Excessive bank or a late roll-out | Use a shallower bank, lead the target heading and wait for the aircraft to settle |
| Drift appears after a power change | Torque, slipstream or P-factor in a propeller aircraft | Apply coordinated rudder, then use rudder trim only if the aircraft has it and the force remains steady |
| Magnetic compass swings while the heading indicator is steady | Normal compass turning or acceleration errors | Use the heading indicator during manoeuvres and realign a non-slaved gyro while straight and unaccelerated |
| Heading is steady but the moving-map line drifts sideways | Crosswind is changing ground track, not heading | Hold the assigned heading, or apply a wind-correction angle when the objective is a particular track |
Before blaming the flight model, calibrate the yoke, joystick or gamepad and check for duplicate roll or rudder assignments. Our control-response and trim setup for MSFS and X-Plane covers dead zones, response curves and overly sensitive bindings.
Most light trainers have elevator trim only, which cannot correct a heading. Rudder trim can relieve a steady pedal force once power and airspeed are fixed, while aileron trim can relieve a genuine rolling tendency on aircraft equipped with it. If constant trim is needed in calm, symmetrical flight, check the controller, fuel balance, aircraft damage and assistance settings first.
Should I hold heading or ground track in wind?
Hold heading when the instruction or reference is HDG; hold ground track when following a route, runway centreline or desired course over the earth.
Heading is the direction the aircraft’s nose points. Track is the path it follows over the ground, often shown as TRK, while DTK is the desired track. In a crosswind, a correct ground track requires a crab into the wind, so the heading and track will not match.
If air traffic control assigns a heading, maintain the indicated heading rather than chasing the GPS track. When following a GPS or radio course, correct for wind manually or use the appropriate navigation mode.
Can the autopilot maintain a straight heading?
An autopilot can hold a selected heading, but only when heading mode is active and the aircraft is operating within the system’s limits.
- Set the heading bug to the required value.
- Select heading mode and engage the autopilot or flight director as required by that aircraft. Confirm that
HDGis active on the mode annunciator or panel, not merely armed. - Monitor the result. The autopilot should bank towards the selected heading and then level the wings. A selected
NAVorLOCmode may command a course instead and turn away from the heading bug.
Do not push against an engaged autopilot to correct its turn. Disconnect it first, take manual control, and be ready for any pitch-trim force the system has introduced.
How should I practise heading control?
Practise first in a stable trainer, calm weather and daylight so that control technique is not hidden by turbulence or poor visibility.
- Trim for straight-and-level flight at a safe height, then hold the nearest cardinal heading.
- Move the heading bug 10° left and correct using no more than about 5° of bank.
- Repeat to the right, aiming first for ±5° and then narrowing the tolerance to about ±2° without oscillating.
- Add a crosswind and compare
HDGwithTRK. This makes the difference between pointing straight and travelling straight immediately visible.