Find the best flight simulator for private pilots, with clear MSFS 2024 vs X-Plane 12 advice, training limits, aircraft choice and hardware tips.
For most private pilots, Microsoft Flight Simulator 2024 is the best all-round choice: its detailed world and weather make it especially useful for VFR route rehearsal, terrain awareness and cockpit procedures. Choose X-Plane 12 instead when matching aircraft behaviour, repeatable failures and instrument practice matter more than scenery.
Is Microsoft Flight Simulator 2024 or X-Plane 12 better?
Microsoft Flight Simulator 2024 is better for visual flying and route familiarisation, while X-Plane 12 often has the edge for procedure-focused desktop practice.
| Simulator | Best for | Main limitation |
|---|---|---|
| Microsoft Flight Simulator 2024 | VFR navigation, terrain recognition, unfamiliar-airport previews and general private-pilot use | Aircraft fidelity varies, and streamed scenery may be outdated or inaccurate |
| X-Plane 12 | Aircraft handling, instrument workflows, configurable failures and pilots using Windows, macOS or Linux | Default scenery is generally less useful for recognising real VFR landmarks |
| Prepar3D | Established training installations and owners with an existing aircraft, scenery or cockpit investment | Usually difficult to justify as a fresh private-pilot setup |
| FlightGear | Free procedural familiarisation and experimentation | Aircraft systems, documentation and polish vary considerably |
Although Microsoft Flight Simulator 2024 also runs on Xbox Series X|S, PlayStation 5 and PS5 Pro, a PC is normally the practical choice for serious pilot practice. It offers broader peripheral, display and add-on options.
The aircraft matters at least as much as the base simulator. Match the engine, propeller controls, panel, GPS, autopilot and performance to the aeroplane you actually fly. Our guide to training-suitable general aviation aircraft in MSFS 2024 covers useful Cessna choices, while Piper pilots can compare realistic PA-28 options for X-Plane.
What makes a simulator useful to a private pilot?
The most useful simulator is the one that reproduces your cockpit workflow closely enough to build correct habits.
- Aircraft match: A glass-cockpit Cessna 172 is poor preparation for a conventional-instrument aircraft, even if its exterior model looks perfect.
- Avionics depth: The GPS, autopilot, navigation radios and annunciations should behave like the equipment fitted to your aircraft.
- Stable controls: A consistent frame rate and properly calibrated axes matter more than maximum graphics settings.
- Scenario control: Adjustable weather, visibility, wind, failures, fuel and loading make practice repeatable.
- Accurate procedures: Use the approved checklist and operating information for the real aircraft rather than copying values from the simulator.
A common mistake is assuming that every Cessna 172 or PA-28 variant is interchangeable. Differences in fuel systems, flap operation, engine management, avionics and autopilot modes can produce negative training if the simulated model does not match the real one.
Scenery and navigation data also need caution. A simulator airport can have an old taxiway layout, missing obstacles or a different approach procedure. Use current aviation charts and approved planning information; the simulator map is not an operational source.
Can home simulator time count towards a private pilot licence?
Ordinary home simulator time normally cannot be logged towards a private pilot licence, ratings or recency requirements.
Creditable time must be completed in a device approved by the relevant aviation authority and under the conditions attached to that approval. The software itself is not the approval: a home copy of the same simulator used inside an approved training device does not make the home setup creditable.
A consumer simulator is still valuable for rehearsal. Checklist flows, navigation preparation, avionics programming and decision exercises can reduce wasted aircraft time, but they do not replace instruction or the physical cues of flight.
What flight simulator hardware does a private pilot need?
A private pilot needs accurate primary controls, a suitable throttle arrangement and an easy way to look around; a full replica cockpit is unnecessary.
- Yoke or stick: Use the control type fitted to the real aircraft where practical.
- Rudder pedals: These are valuable for coordination and crosswind technique. A twist grip does not reproduce independent rudder and toe-brake inputs well.
- Throttle controls: Match throttle, propeller and mixture levers to the aircraft being practised.
- View control: Head tracking, multiple displays or a well-configured hat switch helps with circuit scanning and lookout.
A mistake we see constantly is an axis assigned more than once. If the throttle jumps, the rudder moves by itself or the brakes remain applied, remove duplicate bindings and check that every axis returns to its proper resting value. Use only enough dead zone to stop hardware jitter; excessive dead zone encourages over-controlling.
How should a private pilot use simulator practice?
Simulator sessions work best when each one has a defined exercise, realistic setup and short debrief.
- Choose one objective. Practise a circuit, diversion, GPS procedure, instrument scan or abnormal checklist rather than flying without a plan. If the aim is unclear, first decide between VFR navigation and IFR procedure practice.
- Match the aircraft and conditions. Set realistic fuel, payload, wind, visibility and runway conditions. Configure the panel before starting rather than changing equipment during the flight.
- Fly the normal procedure. Use the same checklist, call-outs, power settings and stabilisation criteria used in the real aircraft, subject to its approved documentation.
- Add one complication. Introduce a diversion, stronger crosswind, failed instrument or missed approach. For instrument work, follow a structured IFR simulator workflow rather than simply chasing the flight director.
- Debrief measurable errors. Review altitude, heading, airspeed, timing, configuration and checklist omissions. Do not judge the session only by the landing.
Which skills transfer well, and which do not?
Procedural and cognitive skills transfer best: cockpit flows, GPS programming, radio preparation, instrument scans, diversions, fuel calculations and emergency decision-making.
Control forces, peripheral vision, turbulence, seat-of-the-pants yaw cues and the landing flare transfer poorly from most home setups. Do not repeatedly practise a bad flare based on an unrealistic monitor view or spring-loaded control. Default simulator air traffic control can also use unsuitable phraseology or clearances, so it should not be treated as an authoritative instructor.
For one new setup, we would choose Microsoft Flight Simulator 2024 on PC, a high-quality model of the pilot's real aircraft and properly calibrated controls. X-Plane 12 is the stronger alternative when the exact aircraft implementation, handling behaviour or instrument-training workflow is better matched there.