MOZA R9 V3 Direct Drive Wheel Base
9Nm direct drive performance with 21-bit encoder precision and NexGen 4.0 force feedback system
The MOZA R9 V3 is engineered for serious sim racers who demand precision, responsiveness, and smooth force feedback performance. Delivering 9Nm of consistent direct drive torque, it provides a highly detailed and realistic driving experience across all racing disciplines.
Built around a 21-bit high-resolution encoder and a high-performance 280MHz processor, the R9 V3 captures steering input with extreme accuracy and near-zero latency. Every movement is translated into refined force feedback for maximum control and immersion.
With aviation-grade aluminum construction and MOZA’s NexGen 4.0 force feedback algorithm, the R9 V3 enhances curb response, surface detail, and tire slip detection for a more natural and competitive driving experience.
Key Features
9Nm direct drive force feedback for precise steering control
21-bit magnetic encoder with 2,097,152 steps per rotation
High-performance servo motor for smooth and responsive output
NexGen 4.0 force feedback algorithm for enhanced realism
Smart temperature control for stable long-session performance
Aviation-grade aluminum alloy housing for durability
Industrial-grade slip ring rated for 5M+ cycles
Full tuning via MOZA Pit House and mobile app
Cloud-based profile storage and configuration support
Specifications
Product Type: Direct drive wheel base
Platform: PC
Peak Torque: 9 Nm
Max Rotation: 90°–2700°
Power: 180W
Encoder: 21-bit magnetic encoder
Motor: Servo (18-slot / 16-pole)
Housing Material: Aviation-grade aluminum alloy
USB Refresh Rate: 1000Hz
Slip Ring: Industrial grade (5M+ cycles)
Control System: MOZA Pit House + mobile app
Compatibility
Compatible with MOZA steering wheels, pedals, shifters, and accessories
Works with all major PC racing simulation titles
Fully supported by MOZA Pit House configuration software
Supports mobile app-based tuning and profile management
Built for serious sim racers, offering precision control, stable force feedback, and long-term durability in competitive racing environments
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