A useful MOZA setup for BeamNG.drive starts with matching steering rotation, manageable force and enough filtering to keep the wheel calm without hiding the road. For an R5 or R9, use the Pit House baseline below, calibrate BeamNG's Strength separately, then change one setting at a time.
BeamNG can make a road car, truck and rally car feel very different through the same wheelbase. The aim is a clear, repeatable starting point that you can adapt to each vehicle, rather than a heavy wheel that feels impressive for the first corner and tiring after ten minutes.
Scope: this guide covers MOZA Pit House and BeamNG.drive on PC. It is not a console compatibility guide. For the platform background, see our BeamNG.drive PS5 article.
Pit House and BeamNG control different parts of the feel
Pit House sets the wheelbase's output ceiling and its damping, friction and inertia. BeamNG supplies the driving forces. Once the hardware feels comfortable, make ordinary strength adjustments in the game so you have one consistent place to tune.
For the R5 and R9, 100% Game Force Feedback Intensity and a 100% Maximum Output Torque Limit are necessary to be able to use the whole range and capability of the wheelbase. To finetune the strength if it feels too heavy or too light, use the overal FFB strength slider in BeamNG, but always keep Pit House at 100%. Reducing the driver-side multiplier does not automatically erase road detail, and it cannot repair a signal that has already clipped in the game.
On an R16 or stronger base, choose the torque ceiling for your own comfort before applying a game profile. Do not copy an R5 percentage and expect the same force.
Match the steering angle first
Set 900° in Pit House for this road-car baseline, then enter the same value for BeamNG's 1:1 steering angle in the steering binding. Use a direct steering filter, linear response and no unnecessary deadzone.
Check that the physical wheel and the car's steering respond together. Soft lock provides the vehicle's steering stop when configured; 900° is not the full range of every vehicle. For a truck or a car that needs more rotation, increase the available angle and match it on both sides. Our steering angle and soft-lock guide explains that relationship.
MOZA Pit House starting settings for BeamNG
The following values form a suggested R5/R9 road-driving profile. They are tuning suggestions, not a factory BeamNG preset or a claim of testing on every firmware version. Pit House labels and available controls can vary by version.
| Setting | Starting point | What to tune |
|---|---|---|
| Steering angle | 900° | Match BeamNG's 1:1 angle; increase both for vehicles needing more rotation. |
| Game Force Feedback Intensity | 100% | Keep consistent while tuning the game; lower it for comfort when needed. |
| Maximum Output Torque Limit | Up to 100% | Set a comfortable peak-force ceiling before driving. |
| Natural Inertia | 100–150% | Start at 100%; lower it if steering corrections feel slow. |
| Wheel Damper / damping control | 8–12% | Use only enough to settle unwanted movement. |
| Wheel Friction / friction control | 0–5% | Add a little if the centre feels too loose. |
| Speed-dependent Damping, if available | 10–15% | Check its activation-speed setting as well; tune only if fast driving feels nervous. |
| Road Sensitivity, if available | 4–6 on the 0–10 scale | Reduce it when surface vibration becomes distracting. |
Save the profile as BeamNG R5 Road or BeamNG R9 Road. If a slider is missing or has a different scale, use the current Pit House manual rather than transferring the number to a differently named control.
Set up force feedback inside BeamNG
Open Options → Controls → Bindings → Vehicle, select the steering binding and open its force-feedback controls. Enable FFB and check the following.
| Control | Starting approach |
|---|---|
| Strength | Begin around 300 as a calibration reference, then adjust for the car and output ceiling. This is a raw slider value, not 300%. |
| Smoothing | Start high for the initial force check, then reduce until steering detail returns without persistent chatter. Do not treat it as a percentage. |
| Reduce strength at low speeds | Enable it to help calm the wheel while parked. |
| Update Rate Limit | Leave at Automatic initially. |
BeamNG documented a Strength slider maximum of 500 from v0.35 and a normal-driving reference range around 300–500 for official vehicles. That range is not a promise that 500 suits every wheel. Driver output, vehicle setup and mods still affect the result.
Start with an undamaged stock ETK K-Series Kc6 and no mods, with at least 60 fps. Establish comfortable Strength before reducing Smoothing. Leave artificial driver-side centering effects off; do not look for Assetto Corsa-style “Gyro” or “Centering Spring” sliders as required BeamNG settings.
Use the FFB graph to check clipping
Add BeamNG's FFB Graph through the UI apps menu and drive a repeatable section. Sustained flattening against the limit through ordinary corners indicates lost force variation. Lower in-game Strength and compare the same corner again.
Brief peaks during a crash are a different tuning problem. If impacts feel excessive, lower the wheelbase's torque ceiling. Do not keep increasing the game Strength to chase a heavier centre.
Tune one symptom at a time
Drive the same car on the same road for two or three minutes before changing anything. Keep the route short enough to repeat and save each successful adjustment.
| What you feel | First adjustment |
|---|---|
| Steering is heavy throughout a corner | Lower BeamNG Strength; recheck the graph. |
| Impact forces are uncomfortable | Lower the Pit House output ceiling. |
| The wheel oscillates on straights | Reduce excessive Strength, then add damping in small steps. Recheck Smoothing. |
| The centre feels floaty | Add a small amount of friction and compare. |
| The road feels noisy or busy | Reduce Road Sensitivity, then adjust Smoothing if necessary. |
| Countersteering feels slow | Reduce excessive inertia, friction or damping one at a time. |
Recent BeamNG versions also include experimental Adaptive Steering Damping. Its effectiveness depends on frame rate. Keep its state consistent during comparison runs so you can judge the Pit House changes.
Once the global profile works, use the vehicle-specific FFB modifier in the Tuning menu for cars that need a different level. For gravel-specific advice, continue with our BeamNG rally wheel setup guide.
Give the wheel a stable foundation
If the wheel mount moves under load, settings cannot remove that movement. Check the mounting bolts, seating position and pedal support before adding more force.
The SIMGASM Club cockpit in Black uses 40 × 80 mm main profiles and an adjustable hardware layout for a dedicated driving space. Select the correct wheel mount using the product page's model-level compatibility information. Compare the SIMGASM cockpit range around your space, equipment and driving position.
Building your first MOZA setup? Explore the R5 simulator bundle, compare the R9 V3 wheelbase, or browse the MOZA range at SIMGASM. A comfortable, securely mounted setup makes the tuning process easier to repeat.
Frequently asked questions
Should Pit House always be at 100%?
Yes. Always have the force feedback strength of Pit House at 100%, then tune the overall strength in BeamNG. This way you can use the full capability of your wheel base without it clipping unecessarily.
Are BeamNG Strength and Smoothing percentages?
No. Enter the values shown by BeamNG's own controls; do not translate a percentage preset directly into those sliders.
Can I use the same settings for every vehicle?
Keep one global baseline, then use the vehicle-specific modifier where necessary. Compare undamaged cars before changing the profile.
Why is my MOZA wheel missing or losing FFB?
Check device detection and bindings first. BeamNG's troubleshooting guidance includes disabling Steam Input if it hides the device and trying Update Type Full if a direct drive wheel loses feedback.
About the author
Johan Akkerman is the founder and CEO of SIMGASM. This guide covers a practical MOZA setup workflow for BeamNG.drive on PC. Technical references checked on 28 October 2026.
