MOZA R16 Ultra Direct Drive Wheel Base

The MOZA R16 Ultra combines sustained 16 N·m torque, a high-density flat-wire motor, a 21-bit magnetic encoder, and a 600 MHz high-performance CPU to deliver smooth, responsive, and consistently detailed force feedback.

MOZA’s next-generation flat-wire motor delivers 12% higher torque density than similarly sized competitors. Its compact architecture provides greater motor headroom for powerful, responsive, and sustained force feedback.

The 600 MHz CPU processes vehicle data at high speed, supporting low-latency response and the stable operation of advanced force feedback algorithms. Every correction and dynamic change is delivered with greater immediacy.

Powered by MOZA’s NexGen Force Feedback Algorithm U1, the R16 Ultra combines advanced hardware and software to deliver more realistic, detailed force feedback with significantly expanded tuning control.

With greater motor headroom, the R16 Ultra delivers a sustained 16 N·m of torque for strong, consistent force feedback. Detailed control remains stable through demanding corners and extended racing sessions.

A compact, motorsport-inspired design is enhanced by dual RGB light strips with 16.7 million colors. Customize the lighting or display real-time telemetry effects for ABS, traction control, gear shifts, and flag signals.

Built from CNC-machined aluminum, the rigid housing withstands high-torque forces while maintaining a compact profile. Its solid construction provides a stable foundation for precise and consistent force feedback.

Featuring dedicated ports for compatible MOZA pedals, shifters, dashboards, handbrakes, and emergency stop switches, the R16 Ultra keeps your setup clean and streamlined. Connect peripherals directly to the wheelbase without extra USB hubs or separate PC connections.

Hands-Off Protection detects when the driver releases the steering wheel and rapidly suppresses unwanted oscillation. It then safely centers the wheel, helping reduce the risk of injury and making it easier to regain control.