Compare X-Plane 12, MSFS 2024 and approved training devices to choose the best flight simulator for instrument training and meaningful IFR practice.
The best flight simulator for instrument training at home is X-Plane 12: it supports disciplined IFR procedures, configurable failures and repeatable scenarios. Microsoft Flight Simulator 2024 is stronger when visual realism or console access matters. For loggable training, use an aviation-authority-approved device; ordinary home simulator time does not automatically count.
For real-world aviation and instrument-rating preparation, aircraft and avionics fidelity matter more than scenery or the number of included aeroplanes. The simulator should reproduce the cockpit, navigation equipment and autopilot logic you actually need to learn.
Which flight simulator is best for IFR training?
| Training goal | Best fit | Main reason |
|---|---|---|
| Home IFR procedures and proficiency | X-Plane 12 | Repeatable scenarios, failure controls and useful instructor-station options |
| IFR practice with strong environmental visuals | Microsoft Flight Simulator 2024 | Convincing weather and airport presentation, broad aircraft availability and console support |
| Creditable instrument training time | An approved ATD, FTD or full-flight simulator | Regulatory approval may permit limited credit under defined conditions |
| Training for a particular aircraft type | The platform supporting the most accurate aircraft model | Correct avionics, flight-director modes and cockpit workflow outweigh the base simulator |
Our detailed comparison of X-Plane 12 and MSFS for flight training covers the differences in handling, procedures, failures and training limitations.
Why is X-Plane 12 our first choice for home instrument training?
X-Plane 12 is particularly well suited to structured IFR sessions where repeatability matters. You can establish the aircraft at a known position, change weather, introduce equipment failures and repeat an arrival or approach without rebuilding the entire flight.
That makes it useful for practising:
- instrument scans and attitude flying;
- VOR, DME, GPS and FMS navigation;
- course interception and holding patterns;
- SIDs, STARs and instrument approaches;
- missed approaches and diversions;
- vacuum, electrical, pitot-static and navigation failures where the aircraft model supports them.
The quality of the individual aircraft still sets the limit. A basic model with simplified avionics will not become an effective trainer merely because it runs in X-Plane. Our practical X-Plane 12 IFR setup and exercise sequence explains how to build useful sessions without introducing failures too early.
When is Microsoft Flight Simulator 2024 the better option?
Microsoft Flight Simulator 2024 is the better choice when environmental presentation, airport recognition or access on a console is a priority. It is available on PC, Xbox Series X|S, PlayStation 5 and PS5 Pro, although PC generally makes charts, multiple displays, cockpit controls and specialist peripherals easier to manage.
Its weather and scenery can make the transition from instruments to outside references more convincing, especially near minima. Do not treat scenery objects or simulated airport lighting as an official navigation source, however; airport layouts, obstacles and lighting details can differ from published information.
Aircraft depth varies widely. Before using any model for training, verify its CDI source selection, approach arming, flight-director behaviour, autopilot modes, navigation sequencing and missed-approach logic. Exterior detail tells us almost nothing about those systems.
Does the aircraft matter more than the simulator?
Yes—the correct aircraft and avionics usually matter more than choosing between X-Plane 12 and MSFS 2024. Practising with the same GPS, primary flight display, autopilot and engine configuration used in the real aircraft reduces negative transfer.
Pay particular attention to the flight-mode annunciator. A mistake we see constantly is selecting an autopilot mode and assuming it is active without checking whether it is merely armed. The simulator should clearly reproduce localiser and glideslope capture, altitude capture, navigation-source changes and mode reversions.
Navigation data also need to agree with the charts used for the exercise. If waypoint names, frequencies, leg sequences or minima differ, determine whether the simulated database and chart use different AIRAC cycles rather than improvising a procedure from mismatched information.
Can home simulator time count towards an instrument rating?
Ordinary time in X-Plane or Microsoft Flight Simulator does not become loggable merely because the software is realistic. Regulatory credit normally depends on the approval of the complete training device, including its hardware, software, controls, displays and documented configuration.
In the United States, an approved Basic or Advanced Aviation Training Device may provide limited credit when used under its authorisation and the applicable regulations. Other aviation authorities use different categories and limits. The device approval, training purpose and governing rule determine how much may count and when an authorised instructor must be involved.
Do not record a home session as creditable instrument training unless an instructor or the relevant aviation authority has confirmed that the specific device and exercise qualify. Even an approved trainer may not satisfy every rating, recency or proficiency-check requirement.
What setup makes simulator IFR practice effective?
A useful IFR setup prioritises readable instruments, accurate avionics and disciplined debriefing rather than an elaborate replica cockpit. Our guide to choosing aircraft, charts, navigation data, weather, ATC and debriefing tools covers the supporting equipment in detail.
- Match the aircraft. Use the same broad type, instrument layout and navigation equipment as the aircraft in which the real training takes place.
- Calibrate the controls. Remove unwanted control noise, use only enough dead zone to prevent drift and confirm that trim operates predictably.
- Make every instrument readable. The primary flight display, navigation source, flight-mode annunciator and engine instruments should be visible without repeated camera movement.
- Align the procedure data. Check frequencies, fixes, courses, minima and missed-approach instructions before starting.
- Begin with stable conditions. Master normal procedures before adding turbulence, icing, equipment failures or demanding ATC.
- Fly a complete session. Brief the clearance and approach, observe minima, execute the missed approach when required, then review altitude, course deviation and automation use. A complete simulator IFR practice workflow provides a structured order for these tasks.
What mistakes reduce the training value?
- Using the wrong avionics: learning unfamiliar button sequences can interfere with procedures in the real aircraft.
- Ignoring mode annunciations: selected, armed and active autopilot modes are not interchangeable.
- Mixing chart and navigation-data cycles: this produces apparent simulator errors and incorrect route sequencing.
- Pausing whenever workload rises: use pause while first learning a system, but eventually fly complete scenarios in real time.
- Continuing below minima without the required visual reference: execute the published missed approach instead of practising an invalid landing.
- Adding failures too soon: abnormal procedures are useful only after normal instrument flying is consistent.
- Treating simulated ATC as authoritative: consumer ATC may use incorrect phraseology, sequencing or clearances.
A home simulator is strongest as a procedural trainer: it can reinforce scan discipline, navigation, automation management and decision-making. It cannot fully reproduce control forces, vestibular illusions, radio workload or the consequences of real weather, so it should support rather than replace instruction in an aircraft or approved training device.