MOZA AY210 Force Feedback Yoke Base AS011

• Brand: MOZA
• Model: AY210
• SKU / MPN: AS011
• Product Type: Force Feedback Yoke Base
• Application: PC Flight Simulation
• Force Feedback: Native Force Feedback
• Roll Torque: 9 Nm sustained
• Maximum Pitch Force: 210 N
• Pitch Travel: 150 mm
• Roll Range: ±90°
• Roll Rotation: 180° total
• Motor System: Dual high-performance servo motors
• Position Sensor: 15-bit magnetic encoder
• USB Refresh Rate: 1000 Hz
• Construction: Aluminum alloy
• Power Consumption: 216 W
• Input Voltage: 110–220 V AC
• Output: 36 V DC
• Current Rating: 6 A
• Dimensions: 243 × 403 × 216 mm
• Connectivity: USB Type-B, RJ11
• Mounting: Desktop clamp, suspended desktop clamp, direct cockpit mounting
• Yoke Compatibility: MOZA Yoke Series, including MFY
• Software: MOZA Cockpit
• Telemetry FFB: Supported on compatible software/titles
• Compatibility: PC; compatible MOZA Yoke Series handles
• Primary Buyer Benefit: Higher force capacity and longer pitch travel for advanced flight-simulation installations

Why Choose This Product?

• Higher force capability: 9 Nm sustained roll torque and 210 N maximum pitch force make the AY210 suitable for demanding flight-simulation environments.
• Extended pitch movement: 150 mm pitch travel provides greater physical control range for detailed aircraft handling.
• Realistic force feedback: Dual servo motors and native telemetry FFB provide responsive control resistance on supported simulation software.
• High-resolution control: The 15-bit magnetic encoder supports precise position detection and consistent simulator inputs.
• Modular yoke ecosystem: Compatibility with the MOZA Yoke Series allows buyers to build or expand a modular flight-simulation cockpit.
• Flexible installation: Desktop-clamp and direct cockpit-mounting options support different simulator layouts.
• Strong construction: Aluminum-alloy construction provides a rigid platform for repeated simulator operation.
• Clear upgrade path: Compared with the AY90, the AY210 offers substantially higher roll torque and pitch force, making it the stronger choice for advanced simulator deployments.