Moza Racing MOZA - R12 V2 Direct Drive Wheel Base (12 Nm) [PC]

With the MOZA R12 Direct Drive Wheelbase, you elevate your racing setup to the next level. The wheelbase ensures that you dive even deeper into the racing action, providing an immersive simulation that is second to none.

Powerful Motor with Good Cooling
The MOZA R12 Direct Drive Wheelbase delivers realistic steering movements and extremely precise feedback. Thanks to the built-in direct-drive motor with 12 Nm of torque, this feedback is powerful and directly transmitted to the driver. This allows you to feel the track even better and maintain optimal control of your vehicle.

With the intelligent cooling system, you don't have to worry about the motor overheating. Built-in sensors ensure that the motor stays cool even in competitive situations. The aluminum housing also aids in cooling with its cooling fins.

Low Latency Through Fast Processor and Wireless Steering Wheel Technology
The integrated processor calculates and reproduces even complex force feedback reactions lightning-fast and accurately. It ensures that all track conditions and vehicle movements are communicated to the driver in real-time and as precisely as possible. This enables you to have the best possible simulator experience. The encoder with a resolution of 262,144 pulses per revolution adds extra precision.

With the zero-latency wireless technology, you can easily attach your steering wheels to the base without additional cables. Data is transmitted through a contact surface. This also allows for the use of the quick-release mechanism that MOZA steering wheels and bases are equipped with.


Features

• Steering wheel base for racing simulators with realistic motion control
• 12 Nm torque from a direct-drive motor for authentic driving fun
• Precise 21-bit sensors with high resolution for accurate steering maneuvers
• Low latency through zero-latency technology for lag-free inputs
• Built-in sensors prevent overheating during races
• Compact size allows for installation in small simulators
• High-quality aluminum housing with cooling fins for heat dissipation