Description
The MOZA Z-Axis Module serves as a yaw control axis with a ±20° range and an extension kit adding 97mm in length. It features a 16-bit Hall sensor for precise control, aerospace-grade CNC aluminum alloy construction for durability, and a locking mechanism for flexible use. Easy to install and compatible with the MOZA ecosystem, it enhances the realism and versatility of your flight simulation setup.
SPECS
- Dimensions: 110 × 47.5 × 47.5 mm
- Weight: 260g
- Material: Aerospace-grade aluminum alloy
- Yaw Angle: ±20°
- Extension Length: 97mm
- Angle Sensor Resolution: 15-bit (32768 PPR)
- Self-Centering Function: Supported
- Locking Function: Supported
- Compatibility: Compatible with the MOZA ecosystem and some third-party options
- MOZA Z-Axis Module × 1
- Toolkit × 1
FAQs
The MOZA Z-axis Module features a ±20° yaw control range, making it suitable for a wide variety of aircraft types—including fixed-wing planes, helicopters, and both civilian and military aircraft. The self-centering feature ensures precise control and a more immersive flight experience.
No external power is needed. Installation is simple and tool-free—just attach the module to the mounting stick and hand-tighten the nut above it. This quick setup allows you to get flying in minutes.
The module is equipped with a 16-bit high-precision Hall sensor, offering detection accuracy up to 0.005°. Its contactless design eliminates mechanical wear, ensuring long-term stability and precision with minimal risk of drift or degradation.
Yes. The module includes a locking mechanism that allows you to disable the Z-axis function. When locked, it functions purely as a 97mm extension, enhancing control realism without affecting yaw input.
While optimized for the MOZA ecosystem, the Z-axis Module also supports select third-party flight sticks. Please check compatibility details before purchase to ensure seamless integration with your setup.
Backorder Item
This product is currently out of stock, but you can still order it. We’ll ship it as soon as stock arrives.