MOZA AS011 AY210 Force Feedback Yoke Base, 9Nm Torque, 210N Push Force, 150mm Travel

The Future of Flight Control: MOZA AY210 Yoke Base (AS011)

Experience the physical sensations of flight with the MOZA AY210 Yoke Base. Unlike traditional spring-loaded yokes, the AY210 utilizes active force feedback to simulate the aerodynamic forces acting on an aircraft's control surfaces. From the heavy resistance of a high-speed dive to the subtle vibrations of a stall, the AY210 provides the tactile intelligence required for precision piloting.

Unrivaled Power and Precision: The roll axis delivers a continuous 9Nm of torque, while the pitch axis provides a peak 210N of push/pull force, faithfully replicating the dynamic handling of heavy aircraft. With a full 180° rotation (±90°) and a generous 150mm of pitch travel, you have the range of motion necessary for smooth, realistic maneuvering. Precision is managed by a 15-bit high-resolution magnetic encoder and a 280MHz processor, ensuring every input is captured with zero lag.

Industrial Build & Quick-Release Versatility: The AY210 is built to endure, featuring a body constructed from high-strength steel and a housing made of aluminum alloy. It introduces a racing-inspired All-Aluminum Quick-Release mechanism, allowing you to swap between different MOZA Yoke handles in seconds. This flexibility makes it easy to transition from a Boeing-style commercial setup to a GA-style yoke without reconfiguring your entire rig.

Integrated Control Center: The front panel is equipped with 13 physical programmable switches. Using the MOZA Cockpit software, you can map these to essential functions such as landing gear, flaps, lighting, or telemetry alerts. This eliminates the need for external button boxes, keeping your most critical controls within immediate reach during takeoff and landing.

Native Compatibility & Intelligent Telemetry: The AY210 supports Native Force Feedback for the industry's leading titles, including Microsoft Flight Simulator 2024, X-Plane 12, and DCS World. Because the feedback is telemetry-driven, you receive real-time physical updates on engine vibration, G-loads, and air turbulence directly through the yoke—no complex third-party plugins required