Description
MOZA AB9 BASE
The MOZA AB9 Base is equipped with dual servo motors delivering a peak torque of 12Nm, offering precise, dynamic feedback that simulates various flight conditions such as taxiing, takeoff, landing, and turbulence. Featuring our proprietary MCLS Force Feedback Technology and high-resolution encoder, it provides an exceptionally accurate and immersive flight experience. Constructed from aviation-grade aluminum alloy with a quiet, fanless design, it ensures durability and seamless operation. The MOZA Cockpit Control Software allows comprehensive customization and fine-tuning of settings. Compatible with leading flight simulation games and supporting 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 Peak Torque of 12Nm
The MOZA AB9 FFB Base features dual class-leading servo motors, with a single direction providing a constant 9Nm of torque and the system offering a peak torque of 12Nm. This exceptional torque provides precise, dynamic feedback, accurately simulating an aircraft’s response during various flight conditions such as taxiing, takeoff, landing, and turbulence. Its robust torque capability effortlessly manages complex and intense flight maneuvers, making it ideal for flight simulation enthusiasts and professional trainers seeking challenging and realistic flight experiences.
Open Ecosystem
The MOZA AB9 active force feedback base supports third-party flight sticks 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 clamping or mounting on a dedicated rig. This versatility allows it to adapt to different usage environments and space requirements, meeting the personalized installation preferences of diverse users.
Endured Millions of Tests
Each unit has undergone over a million rigorous test cycles, ensuring a high-quality experience and reliability.
Dimensions
