Learn how to engage the H225 autopilot in MSFS 2024, select heading, altitude, NAV and hover modes, and fix modes that will not capture.
To use the H225 autopilot in Microsoft Flight Simulator 2024, verify that the AFCS channels are available, take off manually, establish trimmed and stable flight, set your heading and altitude targets, then select the required lateral and vertical modes. Confirm every selection on the PFD flight-mode annunciation rather than relying on illuminated buttons.
The H225 uses an automatic flight control system rather than a simple light-aircraft autopilot. Its basic channels provide helicopter stabilisation, while upper modes command targets such as heading, altitude, navigation and, where modelled, hover. The simulator may not reproduce every specialised mode fitted to real H225 variants.
How to engage the H225 autopilot
The most reliable method is to confirm the basic AFCS channels first and add one guidance mode at a time.
- Begin with a ready-to-fly aircraft. This removes cold-start variables while learning the system. Once familiar with it, you can use the same sequence after a manual start, provided the electrical, hydraulic, avionics and navigation systems are ready.
- Check your helicopter controls. Remove duplicate cyclic, collective and pedal assignments, add enough dead zone to stop noisy hardware, and disable AI piloting assistance. Our helicopter control-binding and trim setup covers the underlying configuration.
- Verify the AFCS channels. Look for AP1, AP2 or equivalent channel indications on the AFCS panel and PFD. A ready-to-fly start may already have them engaged. Where both channels are available, they normally work together as redundant AFCS channels rather than representing separate pilot-side autopilots.
- Set the targets before selecting a mode. Set the heading bug and selected altitude. For route tracking, load and activate the flight plan and confirm that the FMS or GPS navigation source is supplying valid guidance.
- Take off manually and trim. Establish a safe climb or forward-flight attitude away from obstacles. Use cyclic trim or force trim correctly, then remove sustained pressure from a spring-centred controller if your selected trim method requires it.
- Select a lateral mode. Use heading mode for the heading bug. Select NAV only after the route is active and the aircraft is positioned to intercept it; NAV can remain armed if no valid course is available.
- Select a vertical mode. Use the available vertical-speed or airspeed mode to establish the climb or descent, then arm altitude acquisition, sometimes displayed as ALT A. Selecting an altitude by itself does not necessarily command the helicopter to climb towards it.
- Read the flight-mode annunciation. Confirm which modes are active, which are merely armed and whether the AP channels remain coupled. The distinction is fundamental to selecting and confirming autopilot modes in MSFS 2024.
Make small changes and wait for the H225 to respond. If you hold substantial cyclic or pedal input against the AFCS, the system may be overridden, revert to a basic mode or disconnect.
What do AP1, AP2 and the flight director do?
AP1 and AP2 are the AFCS coupling channels, while the flight director calculates and displays the commands associated with selected modes. A flight director indication alone does not mean the helicopter is being flown automatically; the appropriate AP channels must also be coupled.
Conversely, the AP channels can be engaged while no heading or navigation mode is active. In that state the H225 may provide basic attitude stabilisation without turning towards the heading bug or following the flight plan.
Which H225 autopilot mode should you use?
Choose basic stabilisation for assisted hand flying, HDG for a selected heading, NAV for an active route, and a vertical mode plus altitude acquisition when changing level.
| Objective | Required setup | Mode to use | What to verify |
|---|---|---|---|
| Stabilise manual flight | Trimmed attitude and AFCS channels available | Basic AFCS or attitude mode | AP channels remain engaged |
| Fly a selected heading | Heading bug set | HDG | HDG is active, not just selected |
| Follow the flight plan | Active route, correct navigation source and sensible intercept | NAV | NAV changes from armed to active |
| Reach a selected altitude | Altitude set and climb or descent established | Vertical-speed or airspeed mode with altitude acquisition | ALT arms, captures and becomes active |
| Hold the present altitude | Helicopter level near the intended altitude | ALT | Altitude-hold mode is active |
| Maintain a hover | Stable low-speed hover and valid hover-mode indications | HOV or the displayed hover mode, if implemented | Hover mode is active and drift remains controlled |
Use the labels and annunciations displayed by the installed aircraft build. Do not assume that a specialised real-world H225 mode is simulated merely because it appears in an aircraft manual or on part of the cockpit panel.
How do you make the H225 follow a flight plan?
The H225 follows a route only when the flight plan is active, the correct navigation source is selected and NAV mode captures valid lateral guidance.
Turn towards an intercept angle rather than approaching the route from the wrong side or flying parallel to it several miles away. Select NAV and watch the PFD: an armed indication means the system is waiting to capture, whereas an active indication means it is steering the helicopter. If it never captures, check that an active leg exists and that the source has not been left on a radio-navigation receiver.
Can the H225 autopilot hold a hover?
A modelled hover mode can maintain an already established hover, but it should not be treated as an automatic recovery from fast, descending or badly out-of-trim flight.
Reduce groundspeed, control yaw, stabilise height and trim the helicopter before selecting the displayed hover mode. If your H225 build does not expose a working HOV function, combining heading and altitude hold is not an equivalent substitute because neither mode controls lateral drift. Practise the underlying manual hover and helicopter trim technique before relying on automation near the ground.
Does the H225 autopilot control the collective?
The H225’s four-axis AFCS can command the collective axis in supported vertical and hover modes, but that authority is mode-dependent. Basic attitude or heading stabilisation does not guarantee automatic power control, so continue monitoring collective position, engine limits, rotor speed and the vertical flight path.
Why will the H225 autopilot not engage or capture?
Most H225 autopilot failures come from an unavailable AFCS channel, incorrect trim, continuous controller input or missing navigation guidance.
- No AFCS channel indication: check aircraft power, hydraulics, avionics and any AFCS warning or disconnect indication. Compare the result with a ready-to-fly start.
- AP engages and immediately drops out: centre noisy axes, remove duplicate bindings and check for a controller button continuously sending an autopilot-disconnect command.
- Flight director works but the helicopter does not respond: guidance is displayed, but the AP channels are not coupled.
- NAV remains armed: activate a valid route leg, select the correct FMS/GPS source and establish a practical intercept.
- Altitude never captures: set the desired altitude, command a climb or descent and arm altitude acquisition. ALT hold by itself usually maintains the altitude at which it engages.
- The helicopter oscillates or fights the controls: retrim it and release sustained cyclic or pedal pressure. Increase hardware dead zones only enough to eliminate unwanted input.
- Generic AP Master behaves unpredictably: use the H225’s cockpit AFCS controls. A generic keyboard or controller command may not reproduce the aircraft-specific channel sequence.
If those checks do not isolate the fault, work through our systematic MSFS autopilot engagement checks, concentrating on power, trim, conflicting inputs and navigation-source selection.