Compare MSFS 2020 vs 2024 flight dynamics, from stalls and aerodynamics to ground handling, assists and the aircraft-quality caveat.
Microsoft Flight Simulator 2024 has the better underlying flight dynamics. It builds on MSFS 2020’s Modern flight model with more detailed aerodynamic forces and surface interaction, plus markedly better ground-handling potential. Stalls, crosswinds and off-airport operations can therefore feel more convincing, but the aircraft’s own modelling still matters more than the simulator version.
What changed between the MSFS 2020 and 2024 flight models?
MSFS 2024 evolves the surface-based Modern flight model used by MSFS 2020 rather than replacing it with a completely different system. MSFS 2020 already calculates forces across multiple parts of an aircraft, while selected aircraft can use computational fluid dynamics (CFD) to model local airflow in greater detail.
The 2024 physics system gives aircraft developers finer aerodynamic and physical interactions to work with. It also addresses ground and surface behaviour, an area where MSFS 2020 can feel less convincing than it does in the air.
| Area | MSFS 2020 | MSFS 2024 |
|---|---|---|
| Airborne aerodynamics | Mature Modern model, with CFD support and aircraft-specific tuning. | Refined physics and newer authoring tools allow more detailed local airflow and force interaction. |
| Stalls and departures | Quality varies widely; some aircraft stall progressively, while others mush or snap unrealistically. | Better scope for asymmetric flow, progressive separation and post-stall behaviour when the aircraft is authored properly. |
| Ground handling | Tyre friction, suspension and steering can produce pivoting or overly sensitive yaw. | Reworked wheel, contact, suspension and terrain interaction gives more credible taxiing and runway behaviour. |
| Off-airport and water operations | Usable, but surface interaction is comparatively limited. | More detailed interaction between terrain or water and wheels, floats, skids and other contact points. |
| Older aircraft packages | Behave as their original flight-model configuration intended. | May retain much of their 2020 behaviour unless rebuilt or tuned for the newer simulator. |
That last row matters. Compatibility does not mean an aircraft automatically uses every 2024 physics feature. The same principle applies when comparing different simulators, as explained in our technical discussion of MSFS and X-Plane flight physics.
Is MSFS 2024 always more realistic than MSFS 2020?
No. MSFS 2024 provides the stronger physics foundation, but the individual aircraft determines how much of that foundation reaches the pilot.
Developers still have to define aerodynamic geometry, stability, control effectiveness, propeller or rotor behaviour, engine output, mass distribution and moments of inertia. Complex aircraft may also use custom fly-by-wire or flight-control code. A carefully tuned MSFS 2020 add-on can therefore fly more accurately than a basic or poorly converted MSFS 2024 aircraft.
This is especially apparent around the edges of the envelope. Stall warning, wing drop, spin entry, sideslip drag and recovery behaviour depend heavily on aircraft-specific data. Neither simulator guarantees accurate spins merely because its core physics engine supports more detailed airflow.
Control hardware also limits perceived realism. A spring-centred desktop joystick cannot reproduce real control loading, while sensitivity curves and camera movement can make an aircraft feel more dramatic without making its performance more accurate. Our guide to how controls, assists and aircraft quality affect MSFS realism covers those limitations in more detail.
Where is the improvement easiest to feel?
Ground handling is the clearest practical improvement in MSFS 2024. Taxiing, crosswind corrections, tailwheel steering and movement over uneven surfaces have more credible physical foundations than in MSFS 2020.
In the air, the difference is subtler during a stable cruise. It becomes more apparent during slow flight, stalls, sideslips, abrupt control inputs, turbulence and operations where the airflow varies across different parts of the aircraft. Light aeroplanes, gliders, rotorcraft and bush aircraft tend to expose these differences more readily than an airliner cruising under autopilot.
Why can the same aircraft feel different in each simulator?
The simulator’s flight model is only one of several variables, and mismatched settings often explain more than the version change itself.
- Native versus converted package: copying a 2020 aircraft into the 2024
Communityfolder may preserve old configuration data. Use the aircraft developer’s 2024-specific build where one exists. - Weight and centre of gravity: fuel, payload and loading position alter stability, rotation, stall speed and control response. Two visually identical flights may not have the same mass properties.
- Flight-model selection: MSFS 2020 should use its Modern flight model for a meaningful comparison. Legacy mode exists for older compatibility and is not an appropriate baseline.
- Assistance settings: assisted rudder, take-off or landing help, automatic trim and AI control can mask or modify the underlying dynamics.
- Weather and atmosphere: wind, turbulence, temperature, pressure and density altitude directly affect aircraft performance. Live weather cannot provide a repeatable comparison.
- Controller calibration: different dead zones, sensitivity curves or noisy axes can make one installation feel twitchier even when the simulated aircraft data is unchanged.
How should you compare MSFS 2020 and 2024 fairly?
A fair flight-dynamics comparison requires the same aircraft state, atmosphere and control inputs in both simulators.
- Choose equivalent aircraft builds. Use the same variant and engine, preferably with an official build intended for each simulator rather than an unmodified port.
- Match the loading. Set identical fuel, payload, centre of gravity and external configuration. Confirm that both aircraft spawn with the same flap, trim and fuel-system state.
- Remove artificial assistance. Select the Modern flight model in MSFS 2020 and disable handling assists in both simulators.
- Use fixed weather. Match temperature, pressure, wind and runway conditions. Begin in calm air, then repeat with a fixed crosswind or turbulence setting.
- Check the controller axes. Verify full travel, remove unintended inputs and use only enough dead zone to suppress hardware noise.
- Test measurable behaviour. Compare take-off distance, climb rate, cruise speed, trim, power-off stall, sideslip and approach behaviour against pilot’s operating handbook data where available. Match the stated weight and atmospheric conditions before judging the result.
A common mistake is to compare impressions rather than performance. Louder wind noise, stronger camera shake or heavier controller damping can change the sensation of flight without changing the aircraft’s actual lift, drag or stability.
Is MSFS 2024 worth switching to for flight dynamics alone?
MSFS 2024 is the stronger choice when low-speed aerodynamics, ground contact and operation away from paved runways are priorities. Taildraggers, bush aeroplanes, gliders, floatplanes and rotorcraft have the most to gain, provided the chosen aircraft has been developed or updated for 2024.
MSFS 2020 remains a sensible choice when a favourite high-fidelity aircraft is mature there but lacks an equivalent 2024 release. For complex airliner flying, the quality of the aircraft’s custom flight controls and systems may outweigh the difference between the two core physics engines.
Flight dynamics are only one part of that decision. Our wider comparison of MSFS 2020 and 2024 features covers the other practical changes.
With equally well-built native aircraft and properly matched settings, MSFS 2024 wins the flight-dynamics comparison. When comparing a highly developed MSFS 2020 aircraft with a basic 2024 model, however, aircraft quality usually wins instead.