How do I use autopilot in Microsoft Flight Simulator on Xbox?
In Microsoft Flight Simulator on Xbox, set the desired heading, altitude and climb or descent mode on the aircraft’s panel, then engage the AP master after stabilising the aircraft. Autopilot follows the modes you select; it does not plan the flight, guarantee safe airspeed or automatically control the throttles in every aeroplane.
This method applies to Microsoft Flight Simulator 2020 and 2024 on Xbox Series X|S. Panel layouts, mode names and default controller profiles differ between aircraft and simulator versions, but the underlying procedure is the same.
How do I set up autopilot on Xbox?
Use the cockpit cursor and on-screen interaction prompts to operate the autopilot panel, or assign selected autopilot commands in the controller settings.
A direct Autopilot Master binding only connects or disconnects the servos. It does not select a heading, activate route guidance or tell the aircraft how to climb. If a button shown in an older control guide does nothing, check its assignment in your active controller profile rather than assuming the mapping is universal.
- Prepare the route or heading. Load a flight plan if you want to use
NAVorLNAV. For simple directional control, turn the heading bug to the required heading and useHDG. - Take off manually and stabilise. Retract the gear and flaps as required, trim the aircraft and establish a safe airspeed. Many autopilots will not engage on the ground or outside their permitted flight envelope.
- Switch on the flight director. The
FDdisplays command bars showing what the selected modes are asking the aircraft to do. It can operate without the autopilot, but the autopilot normally uses the same guidance. - Set the target values. Select the desired altitude, heading and, where relevant, vertical speed or target airspeed. Setting an altitude alone does not make the aircraft climb to it.
- Choose a lateral mode. Use
HDGto follow the heading bug orNAV/LNAVto follow an active route. Route guidance also requires the correct GPS, FMS or navigation source. - Choose a vertical mode. Use
VSfor a selected climb or descent rate, orFLC/IASto change altitude while pitching for a selected airspeed. Some systems automatically arm altitude capture; others require an additional selection. - Engage the autopilot. Press
AP,AP1orCMD, depending on the aircraft. Confirm engagement on the flight mode annunciator rather than relying only on the button light. - Manage power and monitor the flight. Unless autothrottle or autothrust is fitted and active, you must still control the throttles. Keep watching airspeed, trim, altitude and the active modes.
Do not confuse the panel autopilot with AI piloting assistance. They are separate systems, and enabling both can produce unexpected control inputs.
Which autopilot mode should I use?
Choose the mode according to the path you want the aircraft to follow, not simply by pressing every illuminated autopilot button.
| Mode | Use it for | Common mistake |
|---|---|---|
HDG | Following the selected heading bug | Forgetting to move the heading bug first |
NAV/LNAV | Following an active GPS, FMS or radio-navigation route | Using the wrong navigation source or trying to capture a route from an unsuitable angle |
ALT/ALT HOLD | Maintaining the present altitude | Expecting it to climb to the altitude selected in the window |
VS | Climbing or descending at a chosen vertical rate | Selecting an excessive rate and allowing the aircraft to stall or overspeed |
FLC/IAS | Changing altitude while holding a target airspeed through pitch | Assuming it also controls engine power |
APR/APP | Capturing suitable approach guidance, commonly an ILS | Arming it without the correct frequency, course, source or intercept |
Airbus aircraft add managed and selected modes controlled by pushing or pulling panel knobs. Our A320 AP1 and managed-mode procedure explains that workflow without applying Boeing or general-aviation logic to the Airbus panel.
Why is autopilot not following the route or altitude?
Autopilot usually ignores the expected path because the wrong mode is active, the navigation source is incorrect or the aircraft has not captured the commanded guidance.
- The mode is armed but not active. Read the flight mode annunciator at the top of the primary flight display. Armed and active indications use different positions or colours depending on the aircraft.
- NAV turns away from the route. Confirm that the flight plan is active, the intended leg is selected and the navigation source is GPS/FMS rather than VLOC when appropriate. Use heading mode to intercept the route at a reasonable angle before selecting NAV.
- The aircraft remains level. A preselected altitude is only a target. Select a climb or descent mode such as VS or FLC instead of leaving ALT HOLD active.
- The autopilot disconnects immediately. Check for stall conditions, excessive bank or pitch, conflicting controller inputs, failures and stick drift. Our autopilot engagement troubleshooting checklist covers these causes in detail.
- Airspeed becomes unsafe. Reduce an excessive vertical-speed command and set suitable power. Autopilot can obey a dangerous command perfectly, which is why speed, trim and mode errors can still cause a crash.
Can autopilot land the aircraft on Xbox?
Autopilot can fly an instrument approach on Xbox when the aircraft and approach support it, but pressing APR does not automatically provide an autoland.
Most general-aviation aircraft require a manual landing after the autopilot tracks the approach. Airliners with autoland capability need the correct approach, radio setup, autopilot channels, configuration and landing status indications. The Xbox platform does not remove those requirements.
Unless you know that the simulated aircraft is correctly configured for autoland, disconnect the autopilot at a safe point, confirm that its annunciation has cleared and land manually. Keep controlling speed, flaps, landing gear and thrust throughout the approach unless the aircraft’s separate automation is actively handling them.