The clutch pedal mimics the feel of a high-performance car with three distinct stages. The first stage offers short travel with light resistance. In the second stage, resistance increases sharply, similar to a clutch pressure plate spring. The third stage releases quickly, providing a satisfying snap. The clutch includes two springs with different resistance levels and offers continuous force adjustment, allowing it to replicate the throttle resistance of nearly any vehicle.
MOZA CRP2 Clutch Pedal
$99.00
MOZA CRP2 Clutch Pedal
$99.00
Three-stage Adjustable Clutch
“We ship from Huntington, CA. Orders placed before 11am PST will ship the same day, while orders placed after 11am will ship the next business day.”
CNC Aerospace-grade Aluminum Construction
Carbon Fiber Heel Plate
200K Load Cell Sensor
15-bit High-precision Angle Sensor
Smooth and Quiet Design
Tool-free Adjustment
Wide-range Adjustability
Supports Inverted Mounting
CNC Aerospace-grade
Aluminum Construction
Key components are made from aerospace-grade aluminum alloy, precision CNC-machined for exacting standards, and anodized for a sleek, durable finish. Some parts use precision die-casting and automotive-grade coating to ensure robustness and quality. The base is crafted from high-strength steel, designed to endure and handle intense forces during racing.
Minimalist Design
The sim racing pedal features a minimalist design with smooth curves and a sophisticated black and gold color scheme, exuding competitive energy. The hexagonal design elements on the pedal face symbolize stability, balance, and versatility. Cleverly concealed wiring, springs, and pedal screws ensure a clean and aesthetically pleasing appearance.
200KG Load Cell Sensor
The brake is equipped with a rare 200kg pressure sensor, covering nearly the entire braking force range of real racing cars. This ensures a strong connection between muscle memory and force application.
15-bit High-precision
Angle Sensor
Using an industry-first patented sensor fusion algorithm, the system combines a 15-bit angle sensor with a load cell sensor. This innovative approach ensures exceptional precision for brake inputs and allows for precise control of braking force, leveraging muscle memory to enhance performance.
