Moza R16 Combo

NAPPA TOP LEATHER

Comfort is just as important as force feedback. Carefully selected from Italy offers a driver a luxury supercar touch. For drivers who like genuine leather, Nappa's fine grain leather will not disappoint your hands.

FORGED CARBON FIBER MAGNETIC METAL

The steering wheel panel and shift paddles are made of forged carbon fiber. The magnetic shift paddles deliver fast responsive shifts.

RGB CONTINUOUS FLOW SHIFT INDICATOR LIGHT

The steering wheel shift light indicator has evolved from a dot matrix to a continuous LED light strip. The 10-segmented LED light strip can produce 256 colors RGB. Light timing and settings can be adjusted to meet a racer’s needs.

MOZA INVISIBLE CONNECT WIRELESS TECHNOLOGY

In order to eliminate connection failures due to steering wheel rotations. The power supply and signal transmission use a patented wireless technology developed by MOZA. This design eliminates the flaw of wired connections failing due to rotational twisting of the wires.

ULTRA LOW STATIC TORQUE

An optimized motor design that offers practically zero torque ripple and cogging. The R16 can smoothly recreate a wide band of precision steering wheel feedback. From the feeling of hard braking, to the tires riding the curb around a corner.

SUPERIOR TEMPERATURE CONTROL PERFORMANCE

The R16 has excellent temperature performance. Even under the most strenuous endurance race the R16 will not reduce or attenuate torque output due to motor overheating. The temperature control system monitors the motor temperature in real time, to avoid any possible temperature abnormalities.

262,144 POINTS OF RESOLUTION

The encoder of the R16 has 262,144 points of resolution. Giving the R16 exceptional ability to understand the position of the wheel to seamlessly reproduce the feeling of racing.

ZERO LATENCY WIRELESS TECHNOLOGY

Wirelessly transmit data and power between the steering wheel and the base.

QUAD CORE ARCHITECTURE

No matter how complex the force feedback calculations get. The unique Quad CPUs can reliably process the task at maximum precision.