The MOZA AB9 base is equipped with dual servo motors that deliver a maximum torque of 12 Nm , offering precise and dynamic feedback that simulates various flight conditions such as taxiing, takeoff, landing, and turbulence.
With our proprietary MCLS force feedback technology and a high-resolution encoder, it provides an exceptionally precise and immersive flight experience.
Constructed from aircraft-grade aluminum alloy and featuring a quiet, fanless design, it ensures durability and uninterrupted operation.
The MOZA Cockpit control software allows for comprehensive customization and fine-tuning of settings.
Compatible with all major flight simulation games and compatible with third-party flight sticks, the AB9 base is designed for versatility and reliability, making it perfect for enthusiasts and professional trainers.
Dual Servo Motors Delivering a Maximum Torque of 12 Nm
The MOZA AB9 FFB base features superior-class dual servo motors, with the steering providing a constant torque of 9 Nm and the system offering a maximum torque of 12 Nm. This exceptional torque provides precise and dynamic feedback, accurately simulating an aircraft's response during various flight conditions such as taxiing, takeoff, landing, and turbulence. Its robust torque capacity effortlessly handles complex and intense flight maneuvers, making it ideal for flight simulation enthusiasts and professional trainers seeking challenging and realistic flight experiences.
Proprietary MCLS Force Feedback Technology
Dual high-torque servo motors, coupled with our proprietary MOZA Control Load System (MCLS), deliver precise force feedback technology. With a maximum adjustable travel of ±20°, it accurately simulates various flight scenarios, significantly improving the realism and immersion of flight simulations.
MOZA Cockpit Control Software
Our MOZA Cockpit control software sets the industry standard with its intuitive interface design and superior interaction experience. It offers plug-and-play convenience along with shareable presets for customized force feedback configurations. Users can easily adjust control parameters, fine-tune force feedback intensity, and modify response characteristics to perfectly align with their personal preferences.
Aircraft Grade Aluminum Alloy Construction
Constructed from aircraft-grade aluminum alloy and finished with automotive-grade paint, this minimalist yet rugged design ensures robustness, mechanical, and thermal stability.
High Resolution Encoder
Our high-resolution encoder chip elevates the base's ability to replicate flight dynamics with exceptional accuracy. It responds precisely to every control input, from the slightest adjustments to rapid maneuvers, enhancing the realism of flight simulations and increasing pilot immersion and satisfaction.
Compatibility with Major Flight Simulation Games
Our system seamlessly integrates with popular flight simulation titles such as MSFS2020, X-plane 12/11/10, DCS, IL-2, War Thunder and more, ensuring an immersive experience across a wide range of platforms.
- Star Citizen
- IL-2
- X-plane 11
- X-plane 12
- Microsoft Flight Simulator 2020
- Microsoft Flight Simulator X
- War Thunder
- DCS World 2.9
Silent and seamless design
Our fanless design minimizes operating noise, allowing users to immerse themselves in their gaming experience without distractions. The sealed design not only reduces the ingress of dust and particles but also extends the device's lifespan for extended enjoyment.
Ultra-Smooth Servo Motor with Low Cogging Torque
The servo motor's segmented winding design, combined with our unique optimization algorithm, not only delivers exceptionally low cogging torque and torque ripple, but also ultra-smooth, top-class operation and response.
Open Ecosystem
The MOZA AB9 Active Feedback Base supports third-party flight sticks/joysticks with compatible mounts, demonstrating MOZA’s commitment to an open and inclusive ecosystem.
Multiple Installation Options
The system supports a variety of installation methods, including desktop mounting or mounting on a dedicated computer. This versatility allows it to adapt to different usage environments and space requirements, satisfying the personalized installation preferences of various users.
Tested for Millions of Cycles
Each unit has undergone over a million cycles of rigorous testing, ensuring a high-quality and reliable experience.
