MOZA SRP2 Pedals: Load Cell precision and advanced adjustability for sim racing

The MOZA SRP2 pedals are designed for sim racers looking to step up in precision and driving feel. Featuring a 100 kg Load Cell brake, this sim racing pedal set delivers pressure-based braking, ensuring consistent performance and improved control on track. Built from aerospace-grade CNC aluminum, it combines durability, advanced customization and wide compatibility, making it ideal for both sim racing cockpits and desk setups.

MOZA SRP2 load cell 100kg sim racing pedals

A Load Cell pedal set built for progression

Pressure-based braking for better consistency

The MOZA SRP2 features a 100 kg Load Cell sensor that measures the force applied to the brake pedal. This approach improves braking consistency, enhances muscle memory and helps drivers achieve more repeatable performance in sim racing.

High precision input with 15-bit sensor

Combined with a 15-bit angle sensor, the pedal set delivers smooth and accurate input detection. This results in finer control during heavy braking, corner entry and competitive driving scenarios where precision is key.

Advanced brake feel customization

The braking system uses a combination of springs and elastomers, offering 25 base configurations. With the optional SRP2 performance kit, users can unlock over 1000 possible setups to match different driving styles, from GT to formula racing.

Premium construction and ergonomic adjustments

Built from CNC-machined aluminum with anodized finishing, the MOZA SRP2 pedals ensure long-term durability. Adjustable pedal angle, height and lateral position allow perfect adaptation to your driving position. The internal design ensures smooth and quiet operation, even during extended sessions.

MOZA Pit House software and compatibility

The MOZA Pit House software enables precise calibration, response curve tuning and real-time data monitoring. The MOZA SRP2 pedals connect directly via USB on PC and are also compatible with Xbox through a MOZA ESX wheel, ensuring seamless integration into various setups.