MOZA Racing Z-axis module for AB9 Flight Simulator Controls AS003 (AS003)

Add Z-axis movement to your flight sim set-up with the MOZA Racing Z-Axis Module. Designed to be used with the MOZA Racing MH16 Flightstick and AB9 Base, this add-on brings a new dimension of movement and serves as an extension rod. MOZA Racing Z-Axis Module at a Glance: Flight sim add-on for MOZA Racing MH16 Flightstick and AB9 Base Adds ±20° range yaw control Serves as 97mm extension kit High-precision Hall Effect sensor for accuracy and durability CNC aerospace-grade aluminium alloy construction Self-centring capabilities and locking mechanism Z-Axis The MOZA Racing Z-Axis Module is designed to be used with both the MOZA Racing MH16 Flightstick and AB9 Base. Installing between these two products, it brings an extra dimension of movement to your flight sim set-up, as well as serving as a 97mm extension rod. This add-on provides Z-axis movement, creating a ±20° range of yaw control. The 16-bit Hall Effect sensor within accurately reads every movement and recreates them on screen in your favourite flight sims. This contactless technology ensures stable and durable performance, with great longevity. When unloaded, the MOZA Racing Z-Axis Module will automatically re-centre. Premium Construction The MOZA Racing Z-Axis Module is manufactured from CNC aerospace-grade aluminium alloy, providing a strong and stable construction. What’s more, it features a locking mechanism that disables the Z-axis, for if you ever need it to serve only as an extension rod. As part of the MOZA open ecosystem, this add-on has compatibility with select third-party products to provide versatile function to a range of set-ups. The MOZA Racing Z-Axis Module is easy to instal, attaching with a nut you can hand tighten. Specifications Dimensions (mm) 110×47.5×47.5 Weight (g) 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.