High-Performance Slanted Pole Servo Motor

Race-grade Performance for Sim Racing

Innovative Segmented Rotor Design

Asymmetric segmented skew design Significantly reduces cogging torque & EM vibration Near-silent operation at all speeds

High Torque Density

Optimized slot-fill copper windings High-permeability silicon steel core NdFeB permanent magnets for maximum output


18-Slot/16-Pole Configuration

Multi-slot/pole design minimizes torque ripple. Enhanced damping for smoother feedback. Delivers precise and detailed steering response

Wide Torque Range

Low back-EMF design. Maintains consistent torque at high RPM. Eliminates abrupt torque drop-off


Powerful 12Nm Force Feedback for Realistic Racing Experience

The MOZA R12 V2 wheel base offers a robust 12Nm force feedback torque, delivering highly realistic and immersive racing sensations. This powerful motor response enables users to feel every turn, bump, and skid with precision, making it ideal for professional and amateur sim racers alike. The advanced direct drive technology combined with the 12Nm torque ensures smooth and consistent force feedback, enhancing control and immersion during gameplay. Whether you are navigating sharp corners or accelerating on straightaways, the MOZA R12 V2 provides authentic tactile feedback that significantly elevates your racing experience.

Advanced Quick-Release System and Compatibility

The MOZA R12 V2 is designed with a user-friendly quick-release mechanism, allowing for swift and secure attachment of steering wheels. This feature grants racers the flexibility to easily switch between different wheels customized for various racing styles or preferences. Furthermore, the wheel base supports multiple wheel types compatible with popular racing simulators and platforms. This versatility enhances the overall user experience by ensuring that players can easily integrate the MOZA R12 V2 into their existing setups without compatibility concerns, making it a valuable asset for any racing enthusiast.

Robust Build Quality and Cooling System for Endurance

Engineered to withstand long and intense racing sessions, the MOZA R12 V2 boasts a durable build quality with premium materials that ensure longevity and reliability. Its integrated high-efficiency cooling system prevents overheating during extended use, maintaining consistent performance without drop-offs. This cooling mechanism extends the wheel base’s lifespan and supports stable force feedback output over time. Combined, these features make the MOZA R12 V2 an optimal choice for sim racers who demand continuous peak performance and durability from their equipment, providing confidence during every race.

Powerful and Accurate Force Feedback

The MOZA R12 V2 Wheel Base delivers a powerful 12Nm torque force feedback system, engineered to bring realistic sensations to your sim racing experience. This advanced motor system accurately replicates road textures, tire slip, and track conditions to offer precise control. Gamers can feel every bump, turn, and slide with exceptional responsiveness. Designed for competitive and enthusiast racers, the wheel base enhances immersion on any racing simulation platform, making it a reliable choice for those seeking both power and precision.

Robust and Durable Build Quality

Built with premium materials and a solid structural design, the MOZA R12 V2 Wheel Base guarantees long-lasting performance under intense use. Its robust frame ensures stability during aggressive driving, minimizing vibrations and unwanted noise. The wheel base’s compact design makes installation easy, fitting perfectly on most sim racing rigs. This durability is paired with advanced cooling technology, preventing motor overheating during extended sessions, allowing racers to focus on their performance without interruption.

Wide Compatibility and Easy Setup

The MOZA R12 V2 Wheel Base features broad compatibility with popular racing titles and multiple platforms including PC, PlayStation, and Xbox. Its plug-and-play design simplifies setup, allowing users to get into action quickly. With adjustable settings accessible via user-friendly software, drivers can customize force feedback intensity, pedal response, and other parameters to suit their preferences. This flexibility ensures that both beginners and professional sim racers can effortlessly achieve ideal control and gameplay balance.