MOZA AB6 AS017 Active Force Feedback Flight Base, Dual Servo Motors, 6N·m Peak Torque, Aluminum Construction, Direct Drive | AS017

The MOZA AB6 AS017 Active Force Feedback Flight Base is a professional-grade direct drive flight simulation base that brings true active force feedback technology — powered by dual high-performance servo motors delivering 6N·m of peak torque — to the serious flight simulation enthusiast and professional simulator training market. Unlike conventional passive spring-loaded or friction-based flight stick bases that simulate resistance through purely mechanical means, the AB6's active force feedback system uses intelligent servo motor control to dynamically replicate the precise aerodynamic forces, control surface loads, stick shakers, buffet effects, and environmental turbulence that pilots experience in actual aircraft — creating a flight simulation haptic experience of authenticity and immersion that passive systems fundamentally cannot achieve. Built from premium aluminum alloy construction for the structural rigidity and thermal performance that sustained high-torque operation demands, and engineered to MOZA's exacting simulation hardware standards, the AB6 represents the most accessible entry point into genuinely professional active force feedback flight simulation base technology — the hardware that transforms flight simulation from an engaging visual experience into a physically authentic pilot training environment.

Performance / Technology

The AB6's active force feedback system represents a fundamental technological distinction from the passive resistance systems that define the majority of consumer flight simulation hardware. Passive systems — whether spring-centered, friction-based, or cam-actuated — provide fixed, pre-determined resistance characteristics that do not change in response to simulated flight conditions. The pilot pulling back on a passive stick encounters the same spring resistance at cruise speed as at stall approach, the same center force in calm air as in severe turbulence — because the passive mechanism has no awareness of or connection to the simulated aerodynamic environment. The AB6's active servo motors change this fundamental relationship — receiving real-time force data from the simulation software and dynamically adjusting the resistance, center force, and haptic effects delivered through the stick to accurately reflect the aerodynamic conditions the simulated aircraft is currently experiencing.

The dual servo motor configuration delivers the 6N·m peak torque specification through coordinated motor control that distributes force delivery across both motors simultaneously — achieving both the torque magnitude and the smoothness of force application that single-motor designs cannot match at equivalent specifications. The direct drive coupling between the servo motors and the stick mounting point eliminates the gear reduction stages that introduce mechanical deadzone, backlash, and force feedback resolution limitations in gear-driven force feedback systems — the motor output connects directly to the stick for immediate, high-resolution force transmission that preserves every nuance of the simulated aerodynamic force model.

Why This Product Stands Out

The MOZA AB6 AS017 stands apart in the flight simulation peripheral market by bringing dual servo motor active force feedback technology with 6N·m peak torque and direct drive architecture to the simulation enthusiast market at a price point that makes genuine active force feedback flight simulation accessible beyond the professional simulator training sector where this technology has previously been exclusive. The combination of aluminum construction quality, dual servo motor performance, direct drive force fidelity, and MOZA's Pit House software depth creates a flight simulation base that delivers the physical authenticity of professional simulation hardware in a package engineered for the serious home simulator builder — making the AB6 the most compelling argument for active force feedback flight simulation technology available to the enthusiast market today.