Moza Racing R25 Ultra True Torque - Sim Racing Wheelbase0 - PC
Experience ultimate racing realism with the MOZA R25 Ultra True Torque. Delivering a massive 25 Nm of ultra-smooth, zero-cogging force feedback, the R25 captures every detail of the track with breathtaking precision. Crafted from premium CNC aluminum and powered by next-gen technology, it offers lightning-fast response, seamless ecosystem integration, and endurance-ready performance. Built for professionals, made to dominate.
- Extreme Durability - MOZA's slip ring handles over 10 million rotations
- Hands-off Protection - avoid the risk of injury and quickly help restore control by detecting that hands are off the wheel
All-new Zero-cogging Flat-wire
Motor The R25 features MOZA’s next-generation custom flat-wire motor designed specifically for sim racing. It delivers 25Nm of peak torque and offers 26% higher torque density than similarly sized competitors. With true zero cogging, it ensures ultra-smooth rotation and accurately reproduces every detail—from subtle steering inputs to aggressive cornering forces—capturing the full mechanical feel of real-world driving.
Real-time Torque Sensing
The R25 Ultra Base is equipped with a true torque sensor, delivering a sampling accuracy of 0.1% and a response frequency of up to 2 kHz. This advanced torque sensor captures your steering input with precision, giving you sharper handling, tighter control, and unparalleled detail.
Sustained 25Nm Torque Output
Powered by an industrial-grade motor engineered for durability and thermal efficiency, the R25 delivers a sustained 25Nm of torque without throttling—ideal for professional-grade sim racing and extended endurance sessions.
Generelt
Diverse
Oplysninger om kompatibilitet
Ovenstående informationer/specifikationer kan løbende ændres. I tilfælde af trykfejl vedrørende pris eller udsolgte varer bestræber vi os på hurtigst muligt at opdatere siden. Hvis en pris er åbenlyst forkert, er Happii ikke forpligtet til at levere det pågældende produkt til den forkerte pris. Enkelte tekster kan være autogenererede eller maskinoversatte, og der kan derfor fremkomme tekster, som virker misvisende.