Moza Flight Z-Axis Module

A precision yaw control axis module designed to add twist input to your flight stick, improving control accuracy and realism across flight simulation setups.

KEY BENEFITS

• Adds precise yaw control for better aircraft handling
• Improves coordination during turns and taxiing
• Delivers smooth and accurate input with high resolution sensing
• Enhances realism without needing separate rudder pedals
• Expands functionality of your existing flight stick setup

WHO IT’S FOR

This module is designed for flight sim users who want to add yaw control to their setup without committing to full rudder pedals. Ideal for beginners and intermediate pilots, as well as advanced users looking for a compact solution. Suitable for civilian flight sims, combat aviation, and space simulation where precise directional control is essential.

KEY FEATURES

The MOZA flight Z axis module provides a ±20 degree twist range, allowing intuitive yaw control directly from your stick. A 16 bit Hall sensor ensures smooth and accurate input without mechanical wear. The included extension adds 97mm of length, improving ergonomics and control leverage. Built from aerospace grade CNC aluminum alloy, the module maintains rigidity and durability under repeated use. A locking mechanism allows users to enable or disable the axis depending on their setup. The MOZA flight Z axis module integrates easily with compatible MOZA hardware for a seamless upgrade.

TECHNICAL SPECIFICATIONS

• Product type: Flight simulator yaw control axis module
• Rotation range: ±20 degrees
• Sensor type: 16 bit Hall sensor
• Material: CNC aluminum alloy
• Extension length: 97mm
• Locking mechanism: Yes
• Compatibility: MOZA flight ecosystem
• Installation: Tool free integration with compatible devices

REAL-WORLD USE / EXPERIENCE

In real use, this module adds a natural and responsive yaw input that improves control during coordinated turns, landings, and ground handling. The twist motion feels smooth and predictable, making it easier to fine tune directional inputs without overcorrecting. For users without rudder pedals, it provides a practical and effective alternative. The added extension improves leverage and comfort, resulting in more precise and controlled flight inputs over longer sessions.