Unlock pro-level sim racing precision with the MOZA R25 Ultra True Torque Direct Drive Wheel Base. Featuring a 25Nm sustained torque motor, built-in true torque sensor, zero-cogging flat-wire motor, 21-bit magnetic encoder, and advanced FFB algorithm, the R25 delivers unmatched responsiveness, realism, and control for esports and professional racing enthusiasts.
Unleash True Racing Power
With sustained 25Nm torque, a zero-cogging motor, and MOZA's latest force feedback algorithm, the R25 Ultra delivers lifelike immersion and razor-sharp control for every race.
Real-time Torque Sensing
Equipped with a true torque sensor, the R25 achieves0.1% sampling accuracyand a2 kHz response rate, capturing steering input with unmatched precision for sharper handling and control.
All-new Zero-Cogging Flat-wire Motor
MOZA's custom flat-wire motor offers26% higher torque densitythan similarly sized competitors. With true zero cogging, it ensures ultra-smooth rotation and reproduces every detail-from subtle inputs to aggressive cornering.
Sustained 25Nm Torque Output
Delivering a constant 25Nm of industrial-grade torque, the R25 Ultra provides stable, high-fidelity force feedback for endurance sessions and professional competition.
21-bit Magnetic Encoder Precision
A high-resolution 21-bit magnetic encoder (2,097,152 PPR) captures over two million points of data, delivering stunning accuracy and preserving every nuance of the driving surface.
iRacing 360Hz Mode
Experience ultra-responsive force feedback with iRacing's 360Hz update. Enhanced detail and precision deliver deeper immersion and sharper control in every race.
Industry-leading Torque Response & New FFB Algorithm
The R25 integrates cutting-edge hardware with MOZA's latest Force Feedback Algorithm, producing industry-leading torque response, enhanced detail clarity, and precise tuning for every driving style.
Versatile Mounting Options
Supporting bottom, front, and side mounting, the R25 adapts easily to a wide range of rigs and cockpit layouts for maximum installation flexibility.