MOZA AB9
The Moza AB9 is a professional-grade flight simulator wheel base engineered to deliver high-fidelity force feedback and exceptional structural integrity. Constructed from aviation-grade aluminum alloy with automotive-grade finishes, this unit utilizes dual high-performance servo motors to provide a peak torque of 12Nm for authentic aircraft handling simulations.
Key Features
- 12Nm Dual-Servo Force Feedback: Delivers precise and dynamic torque to simulate realistic flight conditions, including taxiing, turbulence, and high-G maneuvers.
- MCLS Force Feedback Algorithm: Utilizes proprietary Control Loading System technology to accurately replicate flight resistance and control dynamics with a ±20° adjustable range.
- Aviation-Grade Construction: Built with high-strength aluminum alloy and a fanless cooling design to ensure long-term durability and silent operation during extended flight sessions.
Technical Specifications
- Compatibility: PC (Windows); supports major titles including MSFS 2024/2020, DCS World, and X-Plane.
- Material: Aviation-Grade Aluminum Alloy
- Peak Torque: 12Nm
- Maximum Limit Angle: ±20°
- USB Refresh Rate: 1000Hz
- Mounting: Supports universal rig mounting and optional desktop clamping.
What's Included
- MOZA AB9 FFB Base
- Data Cord
- Wrench
- User Manual
Product Information
Product Information
Shipping & Returns
Shipping & Returns





MOZA AB9
MOZA AB9
The Moza AB9 is a professional-grade flight simulator wheel base engineered to deliver high-fidelity force feedback and exceptional structural integrity. Constructed from aviation-grade aluminum alloy with automotive-grade finishes, this unit utilizes dual high-performance servo motors to provide a peak torque of 12Nm for authentic aircraft handling simulations.
Key Features
- 12Nm Dual-Servo Force Feedback: Delivers precise and dynamic torque to simulate realistic flight conditions, including taxiing, turbulence, and high-G maneuvers.
- MCLS Force Feedback Algorithm: Utilizes proprietary Control Loading System technology to accurately replicate flight resistance and control dynamics with a ±20° adjustable range.
- Aviation-Grade Construction: Built with high-strength aluminum alloy and a fanless cooling design to ensure long-term durability and silent operation during extended flight sessions.
Technical Specifications
- Compatibility: PC (Windows); supports major titles including MSFS 2024/2020, DCS World, and X-Plane.
- Material: Aviation-Grade Aluminum Alloy
- Peak Torque: 12Nm
- Maximum Limit Angle: ±20°
- USB Refresh Rate: 1000Hz
- Mounting: Supports universal rig mounting and optional desktop clamping.
What's Included
- MOZA AB9 FFB Base
- Data Cord
- Wrench
- User Manual
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Moza AB9 is a professional-grade flight simulator wheel base engineered to deliver high-fidelity force feedback and exceptional structural integrity. Constructed from aviation-grade aluminum alloy with automotive-grade finishes, this unit utilizes dual high-performance servo motors to provide a peak torque of 12Nm for authentic aircraft handling simulations.
Key Features
- 12Nm Dual-Servo Force Feedback: Delivers precise and dynamic torque to simulate realistic flight conditions, including taxiing, turbulence, and high-G maneuvers.
- MCLS Force Feedback Algorithm: Utilizes proprietary Control Loading System technology to accurately replicate flight resistance and control dynamics with a ±20° adjustable range.
- Aviation-Grade Construction: Built with high-strength aluminum alloy and a fanless cooling design to ensure long-term durability and silent operation during extended flight sessions.
Technical Specifications
- Compatibility: PC (Windows); supports major titles including MSFS 2024/2020, DCS World, and X-Plane.
- Material: Aviation-Grade Aluminum Alloy
- Peak Torque: 12Nm
- Maximum Limit Angle: ±20°
- USB Refresh Rate: 1000Hz
- Mounting: Supports universal rig mounting and optional desktop clamping.
What's Included
- MOZA AB9 FFB Base
- Data Cord
- Wrench
- User Manual





















