How do I fly the Airbus A320 in Microsoft Flight Simulator step by step?
To fly the Airbus A320 in Microsoft Flight Simulator, set up a simple route, enter the basic FMS data, use Airbus managed modes for the climb and cruise, then configure steadily for approach and landing. The trick is following the A320 flow properly, not trying to hand-fly every phase like a light aircraft.
Before you start: which A320 are we talking about?
In Microsoft Flight Simulator, the exact button labels and systems depth depend on the A320 variant you are using. The built-in A320neo, the updated default versions, and third-party A320-family add-ons all follow the same broad Airbus logic, but some pages, prompts and protections differ.
The good news is that the basic flying method stays the same:
- Use the FCU on the glare shield for autopilot, speed, heading and altitude.
- Use the MCDU/FMS for your route, performance and approach setup.
- Use managed modes when you want the aircraft to follow the flight plan and computed speeds.
- Configure early and avoid rushing the descent and approach.
If you are completely new, start with clear weather, daytime, a long runway and a short flight. A simple departure and an ILS arrival are much easier than trying to learn the A320 in strong wind or at a difficult airport.
How do I fly the Airbus A320 in Microsoft Flight Simulator step by step?
Pick an easy first route. Choose a short flight of roughly 100 to 200 nautical miles between two large airports with long runways. If possible, use an arrival with an ILS so you can let the aircraft fly a stabilised approach instead of trying to improvise the landing.
Set the aircraft up at the gate or on a stand. If you want the simplest learning path, start with the aircraft already powered rather than cold and dark. Set fuel and payload to something moderate, then confirm your departure runway, cruising altitude and arrival runway before you touch the MCDU.
Enter the route in the MCDU/FMS. Put in the departure and destination, the flight number if you want it, the route or flight plan, the departure runway or SID, and the arrival runway or STAR/approach. Then check the route page carefully for gaps or discontinuities. An A320 that seems to be "ignoring" the route often has a broken flight plan.
Set the performance pages. Enter or confirm the zero fuel weight, fuel, cost index if available, and take-off data such as flap setting, FLEX temperature if modelled, and speeds if your aircraft requires them manually. On approach, you will also need the landing data and the transition altitude or level where applicable. If your add-on calculates these for you, verify them rather than assuming they are perfect.
Prepare the cockpit for departure. Set your initial cleared altitude on the FCU. Dial or verify the heading if you expect to fly runway heading first. Arm the flight directors, set the autobrake as required, check flaps for take-off, and brief yourself on the first actions after lift-off: positive climb, gear up, acceleration altitude, then clean up the aircraft.
Taxi like a heavy jet, not a Cessna. Use small thrust changes and anticipate the turns. The A320 will keep rolling once moving, so avoid stabbing the brakes. During taxi, use the flight control check, verify your take-off flap setting, and make sure the spoilers are armed if your aircraft models that step.
Line up and take off. Once on the runway centreline, advance the thrust as your aircraft requires. In Airbus logic, this usually means a take-off detent rather than manually chasing a percentage. Keep the centreline with rudder or nosewheel steering input, rotate smoothly at the calculated rotation speed, and establish a positive climb. Do not yank it off the runway; the A320 likes a measured rotation.
Clean up after take-off. When you have a positive rate, raise the gear. At acceleration altitude, lower the nose slightly to let the aircraft accelerate, then retract flaps on schedule. In the A320, that means watching the speed tape and respecting the flap retraction cues rather than retracting by guesswork.
Engage the autopilot and let the aircraft manage the climb. Once safely airborne and stable, engage
AP1. If your route and departure are set up properly, use managed lateral navigation so the aircraft follows the flight plan, and managed speed so it flies the computed climb speeds. Move the thrust levers to the normal climb detent when required by your A320 variant so autothrust can do its job.Monitor the climb and cruise. Even with the autopilot flying, keep checking the flight mode annunciator at the top of the primary flight display. That strip tells you what the aircraft is actually doing, which matters far more than what you think you selected. Confirm it is tracking the route, climbing to the correct altitude and holding the expected speed.
Start the descent early. New A320 pilots almost always descend too late. If the aircraft gives you a top-of-descent marker, respect it. If not, plan well ahead. Airbus managed descent works best when the route, altitude constraints and destination weather are already correct in the system.
Set up the approach before you are busy. Load and confirm the approach, check the transition, minima if modelled, and landing performance data. Brief the missed approach. For an ILS, verify the runway, localiser and frequency data are correct in the aircraft systems. Then slow down in stages and extend flaps progressively instead of waiting until the last minute.
Intercept the approach in a stable configuration. If you are flying an ILS, arm approach mode when established for the intercept. The aircraft should capture the localiser first and then the glideslope. Lower the gear when appropriate, continue flap extension as speeds permit, and aim to be fully configured, on speed and stable well before the runway threshold.
Land with a small flare. The A320 does not need a big floaty flare. Keep it stabilised on approach speed, make only small corrections, reduce thrust as you cross the threshold, and let the aircraft settle. After touchdown, use reverse thrust as required, maintain centreline control, and do not rush to retract everything until the aircraft is under control.
Clear the runway and shut down. Once clear, retract flaps, disarm spoilers if needed, set the APU or shutdown flow as appropriate for your aircraft, and taxi in carefully. If you are learning, take a moment after each flight to review what went wrong: too fast on approach, late descent, incorrect mode selection, or poor route programming are the usual culprits.
What do the A320 autopilot controls actually do?
This is where many Microsoft Flight Simulator users get stuck. In an Airbus, the same knob can behave differently depending on whether you push it or pull it.
| Control | Push | Pull | What it means |
|---|---|---|---|
| Heading / Track | Managed lateral navigation | Selected heading | Push to follow the flight plan, pull to steer manually |
| Altitude | Managed climb or descent when available | Selected climb or descent | Usually set the target altitude first, then manage or select the vertical path |
| Speed | Managed speed | Selected speed | Push to let the aircraft choose speeds, pull to command one yourself |
| Approach | Arms approach capture | Used for ILS and certain managed approaches | |
If the A320 is doing something unexpected, look at the active modes on the flight mode annunciator first. In practice, most problems are mode-selection problems, not flight-model problems.
When should you hand-fly, and when should you use autopilot?
For training, we usually suggest hand-flying the take-off, the first part of the climb, and perhaps the final landing if conditions are calm. Use the autopilot for the en-route phase and for complex arrivals. That is close to how the aircraft is meant to be operated.
Trying to hand-fly the entire flight while also learning the MCDU, radios, approach setup and speed management usually turns into overload. The A320 is designed around automation. Use it properly.
Speed and flap management in the A320
Do not fly the A320 by memorising one magic approach speed. The correct speeds depend on weight, configuration and aircraft variant. Follow the speed tape, flap limits and the cues provided by the aircraft. On approach, the important goal is being fully configured and stable, not chasing an arbitrary number from another pilot's video.
As a rule:
- Clean up after take-off only when the aircraft accelerates into the proper flap retraction range.
- During descent, reduce speed early enough that the aircraft is not fighting to slow down.
- Extend flaps progressively, not all at once.
- Get the landing gear down in good time so you are not trying to salvage an unstable approach.
Common A320 mistakes in Microsoft Flight Simulator
- Broken route in the MCDU: discontinuities, missing approach segments or wrong runway data.
- Wrong autopilot mode: selected heading when you expected managed navigation, or selected speed when you expected managed speed.
- Descending too late: the aircraft arrives high and fast, then the approach becomes rushed.
- Over-controlling on landing: large pitch changes cause float or a firm touchdown.
- Ignoring the flight mode annunciator: this is the fastest way to lose track of what the aircraft is actually doing.
A simple learning path that works
If you want to get comfortable quickly, learn the A320 in this order:
Route loading. Make the aircraft follow a simple flight plan properly.
Take-off and climb. Learn flap retraction, gear retraction and engaging the autopilot cleanly.
Managed descent. Practise arriving at the right altitude and speed without panic.
ILS approach. This teaches stable configuration and mode awareness.
Manual landing. Add the landing once the rest of the flight is under control.
That sequence works far better than trying to master every system page at once.
If the A320 will not fly the route properly
Check these first:
- The flight plan is complete and continuous.
- The departure and arrival were inserted correctly.
- You are in the correct lateral mode, usually managed navigation rather than selected heading.
- The target altitude has been set and the climb or descent mode has actually been armed or engaged.
- The approach has been activated when needed.
If those are correct, the A320 in Microsoft Flight Simulator is usually very manageable. Most frustration comes from one missed setup item early in the flight, which only shows up later when the aircraft turns the wrong way or refuses to descend as expected.