Moza Racing
MOZA Z-Axis Module
Elevate your flight simulation experience with the MOZA Z-Axis Module, engineered for precise yaw control and superior immersion. Crafted from durable aerospace-grade CNC aluminum alloy, this module offers a robust ±20° range of motion. It features a practical locking mechanism and includes a 97mm extension kit for personalized setup configurations. Designed for seamless integration within the MOZA ecosystem, this upgrade is essential for sim pilots demanding enhanced control fidelity and realism in their setups.
$89.00
Owner Satisfaction
4.4
/ 5
Category Rank
42
/ 68
#42 in Joystick Controllers
Price vs Category Average
-57%
Below average
Control Axis Range
20
/ ±° (Yaw)
Who it's for
- Superior Vertical Damping
- Adjustable Tension System
- Universal Mounting Options
Who should skip it
- Increased Rig Size and Weight
- Complex Balancing Process
- High Accessory Cost
Key Specs
Control Axis Range
±20° (Yaw)
Sensor Type
16-bit Hall sensor
Construction Material
Aerospace-grade CNC aluminum alloy
Extension Length Added
97mm
Compatibility
MOZA Ecosystem
Platform Compatibility
PC
Yaw Control Axis
±20° range
Extension Kit
Adds 97mm in length
Features
- Adds dedicated yaw control axis
- Precise 16-bit Hall sensor input
- Includes extension kit for added length
- Features a versatile locking mechanism
- Ensures easy installation within MOZA ecosystem
- Durable CNC aluminum alloy construction
- Yaw control axis with a ±20° range
- Includes an extension kit for added length
- Utilizes a 16-bit Hall sensor for precise input
- Constructed from durable aerospace-grade CNC aluminum alloy
What customers say
Serious videographers value the MOZA Z-Axis Module for its exceptional ability to deliver professional vertical stabilization. Users consistently report that it successfully eliminates the vertical jitter standard gimbals miss, resulting in significantly smoother, cinematic footage. The build quality is praised as robust and durable, integrating well within the Moza system. The primary trade-off noted is the substantial increase in weight and bulk, which impacts portability and requires more physical effort during extended use. While initial balancing demands patience, the consensus is that for demanding productions requiring flawless vertical movement, the performance enhancement makes this module a worthwhile investment.
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