Revolutionize your sim racing experience with the MOZA mBooster Active Pedal RS076, an advanced force feedback pedal engineered for ultimate realism and precision. Unlike traditional pedals, the mBooster integrates a high-torque motor and intelligent control system to deliver dynamic feedback that simulates real-world driving conditions such as ABS, traction control, engine vibration, and G-forces.
Equipped with dual 200 kg load cell sensors and a high-resolution magnetic encoder, the pedal ensures exceptional accuracy with zero dead zones. The integrated 15-bit angle sensor further enhances responsiveness, providing precise control across a wide range of driving scenarios.
Constructed from aerospace-grade aluminum alloy, the mBooster offers a robust and durable build while maintaining a compact design. The system is fully customizable through MOZA Pit House software, allowing users to adjust pedal feel, damping, travel, and resistance with a single click—no mechanical changes required.
The pedal can function as a throttle, brake, or clutch, making it highly versatile for different racing setups. Designed for seamless integration with MOZA CRP2 pedals and the wider MOZA ecosystem, it delivers a professional-grade racing experience for both enthusiasts and competitive drivers.
- Active force feedback pedal with dynamic simulation effects
- Dual 200 kg load cell sensors for precise input
- 15-bit angle sensor with high-resolution encoder
- High-torque motor for realistic feedback
- Customizable pedal feel via MOZA Pit House software
- Supports throttle, brake, or clutch functionality
- Aerospace-grade aluminum construction
- Compatible with MOZA CRP2 pedal systems
Key Features
Dynamic Force Feedback
Simulates real driving effects like ABS and traction control.
High Precision Sensors
Ensures accurate and consistent pedal response.
Software Customization
Adjust pedal behavior instantly without tools.
Multi-Function Design
Can be used as brake, throttle, or clutch.
Durable Construction
Built with aluminum alloy for long-term reliability.
