City Transport Simulator 2026 steering wheel settings require specific calibration in the control menu to eliminate input lag, remove massive center deadzones, and dial in force feedback. Developer ViewApp included native steering wheel support and expanded these options in Update v2026.0.3, introducing custom device profiles and independent force feedback (FFB) adjustment across PC, PlayStation 5, and Xbox Series X/S.
Getting a realistic driving feel in the fictional city of Tramau depends heavily on disabling synthetic steering aids, calibrating your pedal travel, and setting the correct visual rotation angle for your specific hardware.
How to Calibrate Steering Wheels and Pedals in CTS 2026
Before adjusting individual sensitivity values, you must run the in-game calibration routine to register your wheel, gas, and brake axes.
- Power on your wheel, launch the game, and open the main menu.
- Navigate to Options, select Controls, choose Bus, and open Other Devices.
- Verify that your hardware model appears registered at the top of the screen (for instance, a Thrustmaster, Logitech, Moza, or PXN device).
- Click Quick Setup and proceed to the next step.
- Map primary vehicle buttons as prompted, including horn, toggle doors, door one, door two, and the parking brake. You can assign or skip optional functions like indicators or manual transmission gears.
- Center your steering wheel in the neutral position when prompted.
- Depress the gas pedal fully and select Apply.
- Depress the brake pedal fully and select Apply.
- Turn the steering wheel completely to the left lock and press Apply, then rotate completely to the right lock and press Apply.
- Click Finalize to lock in the hardware axis calibration.
Recommended Steering Wheel Settings
After running Quick Setup, several gameplay steering options must be tweaked manually. Default configuration values often introduce severe steering lag or unresponsive center points.
| Setting | Default Value | Recommended Setting | Purpose |
|---|---|---|---|
| Progressive Steering | Medium / High | Off | Prevents the in-game steering wheel from lagging behind physical wheel rotation. |
| Steering Speed | Default | 100% | Ensures steering inputs translate to the bus front axle without delayed smoothing. |
| Steering Wheel Deadzone | Variable (High) | Minimized | Eliminates the wide dead area where center inputs fail to register. |
| Custom Wheel Angle | Varies | 450° or 900° | Matches hardware rotation; some players need 450° in-game to match 900° physical lock. |
| Overall Force Feedback | 70%–100% | 10%–30% (Tune per base) | Tames violent clipping, curb jolts, and over-active road rumble. |
| Speed Effect | Default | 10%–20% | Reduces excessive steering resistance at higher transit speeds. |
| Brake Force / Intensity | 100% | 130% | Increases stopping responsiveness for heavy municipal buses. |
Fixing Steering Lag and In-Game Deadzones
Two main issues disrupt steering wheel input in City Transport Simulator 2026: progressive steering smoothing and oversized input deadzones.
If your in-game wheel continues turning after your hands stop moving, Progressive Steering is active. Head to Options > Controls > Bus, locate Progressive Steering, and set it to Off. Increase Steering Speed toward 100% if the virtual column feels sluggish.
To fix loose center steering where small movements do not register, navigate to Options > Controls > Bus and select Calibrate Steering Wheel Deadzone. The default grey deadzone range can span several degrees of rotation. Press the adjustment button (X on Xbox controllers or mapped wheel inputs) and lower the deadzone figure down. This guarantees immediate 1:1 steering input off-center.
Resolving Rotation Angle Mismatch
A frequent issue discussed across PC and console communities involves rotation angles failing to sync between the physical wheel and the vehicle cockpit. While municipal buses operate realistically near 900° or 1080° of total rotation, setting 900° directly in the menu can cause the in-game hands to stop turning or jump erratically on hardware like the Moza R3/R5/TSW, Logitech G29/G920, and Thrustmaster models.
If a 900° physical wheel setting results in half-speed or misaligned virtual wheel rotation, set the in-game angle to 450°. For 1080° wheels like the Thrustmaster T300, configuring the in-game value to 540° often aligns the 1:1 turning ratio properly.
Force Feedback (FFB) Configuration
Update v2026.0.3 overhauled force feedback for City Transport Simulator 2026, adding per-device configurations and default profiles for tested manufacturers. However, unadjusted FFB can still feel abrasive.
Direct drive wheel bases (such as PXN V14 or Moza R-series) and hybrid belt systems can experience violent jolts when mounting curbs or crossing tracks. If your wheel rattles excessively or exhibits FFB clipping:
- Lower overall Force Feedback Strength in the device menu down toward 10% to 20% to prevent motor overheating and clipping.
- Reduce Speed Effect to roughly 20% so the wheel does not lock up excessively during 50 km/h suburban stretches.
- Tone down Road Unevenness sliders if potholes trigger continuous vibrations through the rim.
- In Update v2026.0.3 and later, use the Reset to Default button within the wheel submenu if force feedback behaves unpredictably after game patches.
Platform and Hardware Workarounds
PlayStation 5 Connection Workaround
Players using Thrustmaster wheels (such as the T128 or T-GT) on PS5 frequently encounter a boot issue where having the wheel plugged in prior to launching the title causes an endless save-load loop or fails to detect the hardware.
To bypass this glitch on PS5:
- Disconnect the wheel USB cable from the console.
- Launch City Transport Simulator 2026 using your DualSense controller.
- Wait until you reach the main menu.
- Plug the wheel USB cable into the PS5 and press the physical PlayStation/connection button on the wheel base.
- The device will calibrate and register under Options > Controls > Other Devices.
Xbox Series X/S Setup Notes
On Xbox consoles, navigating control menus can occasionally lock up when scrolling left at the top header; backing out to the Game menu tab and re-entering Controls resolves the interface.
Xbox hardware utilizes pre-assigned controller container schemas. If certain buttons cannot be rebound directly, assign crucial bus actions to primary face buttons: Horn to Select/View, Door 1 to Y, Door 2 to X, and Door Release to D-Pad Up. Shift paddles function effectively as left and right turn signal toggles.
Tram Controls and Pedals
City Transport Simulator 2026 separates bus handling from tram operations. Trams primarily run through the left analog stick or keyboard directional commands rather than steering wheel rotation.
Pedals calibrated in the bus menu will not automatically control tram traction and braking levers out of the box. Players configuring pedal hardware for trams (such as the Tatra KT4D or Vienna E1 DLCs) must map pedal axes to keyboard commands or use third-party USB foot switch configurations to emulate throttle and brake inputs.
Frequently Asked Questions
Can you use a steering wheel for both buses and trams in CTS 2026?
Steering wheels operate natively for buses. Trams run on tracks and do not utilize wheel steering. While you can map certain auxiliary buttons or use pedal workarounds, tram acceleration and braking are designed around gamepads, joysticks, or keyboard controls.
Why is my steering wheel vibrating constantly while driving?
Update v2026.0.3 reworked the force feedback system, resetting some input settings to default values. Lower your overall Force Feedback gain, drop Road Unevenness, and decrease Speed Effect in Options > Controls > Bus to stop continuous shaking.
How do I fix the wheel turning too slowly compared to my hands?
Turn off Progressive Steering in the bus control settings and set Steering Speed to 100%. If the virtual wheel still does not mirror your hands, set the in-game rotation angle to 450 degrees if your physical wheel is set to 900 degrees.
