MOZA FLIGHT Z-Axis Module: Setup and Rudder Control Guide
By Sim Racing Cockpits, Gaming Chairs and more | Published: 2026-11-01
Category: How-to Guides
Set up the MOZA FLIGHT Z-Axis Module for precise yaw control. Follow these steps to install, calibrate, and avoid common rudder mistakes.
Quick answer
Mount the Z-Axis Module firmly, connect it to your MOZA ecosystem, then calibrate its full ±20° range in your sim software before assigning it to the yaw axis. Test with small rudder inputs first to confirm smooth, precise response.
Why the Z-Axis Module changes rudder feel
Unlike a twist grip or a simple button-based yaw control, the Z-Axis Module gives you a dedicated physical axis with a defined ±20° range. That means your rudder inputs travel a consistent arc, which helps you hold small corrections during taxi, crosswind landings, or formation flight. The 16-bit Hall sensor reports fine changes across that range, so you can make smaller adjustments without the jumpiness that comes from lower-resolution controls.
The module also includes a locking mechanism. If you fly aircraft where yaw is better handled by pedals or a twist axis, you can lock the module to prevent accidental input. That flexibility is useful if you switch between different aircraft types in the same session. Just remember that the locking mechanism is a physical lock, not a software disable—check that it is fully engaged or disengaged before you start calibrating.
When the extension kit helps and when it does not
The supplied extension kit adds 97 mm of length. That extra length can improve leverage and make fine yaw adjustments easier if your mounting position is a bit far from your hand. However, it also changes the reach and the arc your hand travels. If you already have a comfortable grip position, adding the extension may force you to adjust your seating or armrest. Decide before you calibrate: install the extension first if you plan to use it, then calibrate once. Adding it later means repeating the calibration step.
Step-by-step setup and calibration
- Mount the module securely: Attach the Z-Axis Module to your compatible MOZA base or mounting point using the provided hardware. Tighten fasteners evenly, but do not overtighten. Check for any play by gently trying to rotate the module by hand—there should be no wobble. A loose mount will show up as noisy or inconsistent yaw input during calibration.
- Install the extension kit if needed: If you want the extra 97 mm of length, fit the extension before connecting cables. Slide it fully onto the module and secure it according to the instructions. Confirm that the extension does not bind or rub against nearby parts through the full ±20° range. Test the full range by hand before powering on; any binding will distort calibration.
- Connect to the MOZA ecosystem: Plug the module into the correct port on your MOZA base or hub. Use only the supplied or approved cable. Power on the base and check that the module is recognized in MOZA software. If it is not detected, reseat the connector before troubleshooting further. Do not force a connector; a partially seated plug can cause intermittent detection.
- Unlock the axis for calibration: Make sure the locking mechanism is fully disengaged so the module can move freely through its ±20° range. If the lock is even partially engaged, the software will see a restricted range and calibrate incorrectly. After calibration, you can re-engage the lock if you want to disable yaw input for a particular aircraft.
- Calibrate the full range in software: Open the MOZA calibration tool and follow the prompts to move the axis from one extreme to the other. Move slowly and steadily to the physical stops, then return to center. Save the calibration profile and verify that the reported range matches the expected ±20°. If the reported range is much smaller than expected, check the lock and the extension fit before recalibrating.
- Assign the yaw axis in your simulator: In your flight sim’s control settings, map the Z-Axis Module to the yaw or rudder axis. Do not map it to a button or a different axis by mistake. Test in a free-flight or taxi scenario with small inputs, then increase to full deflection. If the axis responds in reverse, invert it in the sim settings rather than changing the hardware.
- Set a realistic sensitivity curve: Start with a linear response and adjust only if you need finer control near center. Avoid aggressive curves until you have flown a few patterns; a strong curve can make crosswind corrections feel unpredictable. Save the profile per aircraft if your sim supports it. Revisit the curve after 30 minutes of flight—initial impressions often change once you are used to the throw.
Product facts
- MOZA FLIGHT Z-Axis Module: The Z-Axis Module provides a yaw control axis with a ±20° range and a 16-bit Hall sensor. That combination gives you a predictable, high-resolution rudder input instead of a short, twitchy throw.
MOZA FLIGHT Z-Axis Module - MOZA FLIGHT Z-Axis Module: It is built from aerospace-grade CNC aluminum alloy and includes a locking mechanism. The metal construction resists flex during repeated rudder use, and the lock lets you disable yaw input when you switch to pedals.
