MikhbarMIKHBAR
Computing

MOZA AY210 Base and MFY Yoke Review: Flight Sim Immersion

The MOZA AY210 Force Feedback Base and MFY Yoke Bundle brings advanced force feedback technology and desktop autopilot following to flight simulators.

MOZA AY210 Base and MFY Yoke Review: Flight Sim Immersion

Introduction to MOZA's Flight Simulation Hardware

Over the past several years, MOZA Racing has built a strong reputation in sim racing peripherals before expanding into the flight simulation market. Brought to public attention through rigorous evaluations like the one published on [Tom's Hardware](https://www.tomshardware.com/peripherals/controllers-gamepads/moza-ay210-force-feedback-base-and-mfy-yoke-review), the company aims to deliver the same high level of build quality and performance to flight sim enthusiasts.

The hardware setup can be purchased separately or as a complete bundle, which includes the yoke, base, a user manual, and a toolkit. The base includes a power cable and a USB Type A to Type B cable, while table clamps to secure the setup are sold separately.

MOZA AY210 Force Feedback Base & MFY Yoke
(Image credit: Tom's Hardware) · Source: Tom's Hardware

Hardware Specifications and Design

Constructed from an aluminum alloy, the base provides a durable and premium frame equipped with an aluminum quick-release mechanism for rapid yoke swapping. Internally, the AY210 uses a 280 MHz processor paired with a 15-bit high-resolution magnetic encoder to capture both delicate and aggressive inputs accurately across the full range of motion.

Meanwhile, the MFY Yoke features a synthetic engineering thermoplastic build designed to replicate commercial aircraft controls. Reviewers put these hardware components through testing scenarios in [Microsoft](https://www.tomshardware.com/tag/microsoft) Flight Simulator 2024 to evaluate their cockpit performance.

MOZA AY210 Force Feedback Base & MFY Yoke
(Image credit: Tom's Hardware) · Source: Tom's Hardware

Force Feedback and Immersion Features

The primary highlight of the system is its active force-feedback capability, delivering up to 9 Nm of torque and 210 N of push force. When flying complex aircraft models, the control column feels heavier as airspeed increases, reflecting genuine aerodynamic forces.

Beyond simulating control resistance, the force feedback system conveys engine vibrations, spoiler movements, flap deployments, and runway contact upon landing. Furthermore, the AY210 replicates control movements via internal autopilot servos when the autopilot feature is actively engaged.

MOZA AY210 Force Feedback Base & MFY Yoke
(Image credit: Tom's Hardware) · Source: Tom's Hardware

Software Customization and Settings

While the base and yoke include several programmable buttons and switches, deeper adjustments are handled through the MOZA Cockpit Software. Users can select manufacturer presets, community-created profiles, or manually adjust individual settings to match their preferences.

Reviewers noted that out-of-the-box settings can sometimes feel 'sticky' along the elevator axis. However, enabling the Pitch Friction Correction feature within the MOZA Cockpit Software resolves this issue, ensuring a smooth and consistent feel throughout control movements.

MOZA AY210 Force Feedback Base & MFY Yoke
(Image credit: Tom's Hardware) · Source: Tom's Hardware

Cockpit Testing Scenarios

The hardware bundle was evaluated using the PMDG 737-800 and PMDG 777 in Microsoft Flight Simulator 2024 across three distinct scenarios. These scenarios included basic maneuvering at 5,000 feet, turbulent approaches in hot and windy conditions at Las Vegas, and a curved RNAV visual approach into San Francisco International Airport.

Throughout these rigorous tests—incorporating profiles from real-life pilots—the AY210 base and MFY yoke demonstrated high precision, managing rapid corrections and tight turns while maintaining realistic flight dynamics.

Sources

  • Tom's HardwareMOZA AY210 Force Feedback Base and MFY Yoke review: Taking flight sim immersion to the next level

Continue chronologically