Compare the best study-level turboprops for MSFS 2024, including the FSR500, TBM 850, Turbine Duke and ATR, plus key compatibility caveats.
The best study-level turboprops for Microsoft Flight Simulator 2024 are the FSReborn FSR500, Black Square TBM 850 and Turbine Duke, and the Microsoft/Hans Hartmann ATR 42/72-600. Choose the FSR500 for a modern single, the TBM for hands-on engine management, the Duke for deep failures, and the ATR for airline procedures.
Which study-level turboprop should you choose?
The FSR500 is our best all-round recommendation, but the right aircraft depends on whether you want modern Garmin avionics, traditional turbine handling, complex twin-engine systems or airline operations.
| Aircraft | Best for | Why it stands out | Main caveat |
|---|---|---|---|
| FSReborn FSR500 | Modern single-engine training | Detailed engine behaviour, failures, maintenance, ownership features and G1000 NXi procedures | Not suitable if you specifically want analogue instruments or multi-engine systems |
| Black Square TBM 850 | Manual turbine management | Strong electrical, fuel, pressurisation and engine modelling, with persistent wear and extensive failures | Its analogue-leaning cockpit has a steeper workload than the glass-panel TBM 930 |
| Black Square Turbine Duke | Maximum twin-engine workload | Detailed turbine starts, circuit breakers, environmental systems, failures and high-performance handling | The rare turbine conversion is less representative of routine airline or charter fleets |
| Microsoft/Hans Hartmann ATR 42/72-600 | Regional airline procedures | Type-specific FMS, autoflight, power-management and multi-crew cockpit workflows | Persistent wear and failure depth are lighter than in the leading Black Square aircraft |
| Black Square Starship | Advanced and unusual twin-turboprop systems | Complex avionics, electrical and pressurisation modelling in a distinctive pusher design | Its unusual cockpit and airframe make it a specialist choice rather than a general trainer |
| Black Square Analog King Air | Traditional business turboprop training | A familiar twin-engine platform with deeper systems, circuit-breaker and failure simulation | It relies on the appropriate base aircraft, so check prerequisites and MSFS 2024 support |
The FSR500 suits pilots who want one aircraft for realistic start-up, IFR flying, engine care and ownership-style operation. Choose the TBM 850 instead when propeller, torque and temperature management matter more than a modern glass cockpit.
The Turbine Duke is the most demanding small twin here. It rewards methodical checklist use and makes electrical faults, pressurisation problems and poor turbine handling consequential rather than cosmetic. The Starship offers similar systems enthusiasm in a far less conventional aircraft.
For scheduled regional flying, the ATR remains the strongest procedural choice. Its value lies in learning mode control, managed power, FMS preparation and the division of cockpit tasks, not in matching every maintenance and random-failure feature of the GA products. Our comparison of ATR, Q400 and Saab-class airline operations explains how those aircraft differ in workload and route suitability.
The SimWorks Studios PC-12/47 also belongs on the shortlist when cargo, business and remote-airfield work matter more than maximum failure depth. The Kodiak and Caravan are excellent operational aeroplanes, but they lean more towards utility simulation; our short-field and utility turboprop guide covers that distinction.
What does study-level mean for a turboprop?
A study-level turboprop should make correct turbine operation, aircraft systems and checklist discipline affect the outcome of the flight.
- Engine modelling: starts must account for fuel introduction, gas-generator speed and temperature, with consequences for hot or hung starts where appropriate.
- Propeller behaviour: condition levers, governors, feathering, beta range and reverse should behave like the modelled aircraft rather than as generic throttle effects.
- Aircraft systems: electrical buses, fuel transfer, pressurisation, anti-ice, environmental controls and circuit breakers should interact correctly.
- Avionics: the FMS, autopilot and navigation equipment should support the type's normal workflow, including realistic mode changes and limitations.
- Persistence and failures: component wear, saved cockpit state and meaningful failures add depth, although not every serious simulation includes all three.
- Performance: weight, altitude, temperature and configuration should produce credible take-off, climb and landing behaviour.
There is no formal desktop-simulator definition of “study-level”, and the label does not make an add-on an approved training device. We apply the same systems, compatibility and support criteria described in our broader checklist for judging high-fidelity MSFS add-ons.
Are the included MSFS 2024 turboprops study-level?
Most included Microsoft Flight Simulator 2024 turboprops are capable procedural introductions, but they do not provide the same persistent failures, maintenance simulation or system interaction as the deepest third-party aircraft.
The King Air 350i, TBM 930, Grand Caravan and PC-12 variants available across the simulator's editions are useful for learning turbine basics and deciding which mission type appeals to you. Check our edition-by-edition inventory of included MSFS 2024 aircraft before buying an add-on or an edition solely for one turboprop.
The ATR is the notable procedural exception because it models a specific regional-airliner workflow in greater depth. Even so, “Expert Series” should not be read as a promise that every abnormal procedure, failure and dispatch limitation is simulated.
How do you prevent compatibility and control problems?
Use a clean, platform-correct MSFS 2024 installation and confirm the exact aircraft build before spending time diagnosing systems that may be outdated or duplicated.
- Confirm MSFS 2024 support. A package described only as an MSFS add-on may refer to Microsoft Flight Simulator 2020. Prefer a build whose documentation explicitly covers MSFS 2024.
- Check the platform. PC users can install Marketplace and external packages, while Xbox and PlayStation users require a release through the in-simulator Marketplace for their platform. Availability and features can differ.
- Verify prerequisites. Some cockpit overhauls depend on a Microsoft aircraft supplied with a particular simulator edition. Owning the add-on alone may not be sufficient.
- Remove old copies. On PC, do not leave both an older package and an updated package in the
Communityfolder. Duplicate gauges and systems modules commonly produce blank displays or failed loading. - Create an aircraft-specific control profile. Turboprops need carefully assigned power, propeller and condition controls. Remove duplicate throttle, mixture, starter and reverse bindings.
- Test without unrelated modifications. If avionics or switches misbehave, temporarily empty the
Communityfolder except for the aircraft and its documented dependencies.
Common start, avionics and reverse faults
- Engine will not light: check the fuel shut-off or condition lever, starter engagement and electrical supply. Follow the aircraft checklist and introduce fuel only at the specified turbine speed.
- Engine overheats during start: cut off fuel and let the starter ventilate the engine as directed by the checklist. Repeatedly adding fuel usually makes a hot start worse.
- Beta or reverse does not engage: recalibrate the throttle range and check for separate reverse-axis or reverse-toggle assignments. A visually moving cockpit lever does not prove the hardware detent is mapped correctly.
- Displays remain black: confirm the battery, generator, avionics bus and relevant breakers before blaming the add-on. Conflicting avionics packages are the next likely cause.
- The route does not appear in the FMS: use the aircraft's documented import or entry method. MSFS 2024's planner does not populate every third-party FMS in exactly the same way.
Assisted start-up and AI control can also fight custom systems logic. For a study-level aircraft, use the developer's checklist, disable conflicting assists and treat Career Mode compatibility as a separate feature rather than an automatic consequence of owning the aircraft.