Moza R9 V3 Wheel Base

Moza R9 V3 Wheel Base

Product Description
The Moza R9 V3 Wheel Base is a compact, high-performance Direct Drive system designed for serious sim racers who demand precision, realism, and reliability in every lap. Powered by a custom-built 9 Nm servo motor, the R9 V3 delivers smooth, responsive, and detailed force feedback — translating every tire slip, curb vibration, and chassis movement with professional-grade accuracy.

Its all-aluminum unibody housing is CNC-machined for maximum rigidity and heat dissipation, ensuring stable performance even under long racing sessions. The high-resolution encoder provides ultra-low latency and precise steering input detection, offering seamless control from corner entry to full-throttle exits.

The R9 V3 connects effortlessly with all Moza steering wheels, pedals, and accessories, featuring full compatibility with MOZA Pit House software for complete customization — including force feedback curves, damping, friction, and rotation angles. With its elegant compact design and silent operation, it’s the ideal choice for racers seeking top-tier performance in a sleek, space-efficient package.

Key Features
9 Nm Direct Drive servo motor for pure and detailed feedback
CNC aluminum unibody construction for strength and heat control
Ultra-low latency with high-resolution encoder
Silent and smooth operation even under high torque
Compatible with all Moza wheels and ecosystem accessories
Fully customizable through MOZA Pit House software
Compact and elegant design ideal for any sim rig

Specifications
Torque: 9 Nm
Motor Type: Direct Drive servo motor
Material: CNC-machined aluminum unibody
Encoder Resolution: 18-bit high-precision encoder
Cooling: Passive heat dissipation via aluminum chassis
Compatibility: All Moza steering wheels, pedals, and accessories
Connectivity: USB connection and Moza proprietary quick release
Software: Adjustable FFB tuning via MOZA Pit House
Rotation Range: Up to 1800°
Power Input: 110–220V AC
Mounting: Compatible with Moza mounting plates and standard rig patterns