MOZA mBooster Active Pedal, Realistic Dynamic Feedback, 21-bit High-resolution Magnetic Encoder, Sensor Fusion Algorithm, High Torque Density Motor, Advanced Drive System

MOZA mBooster Active Pedal Description & Specifications: The MOZA mBooster Active Pedal is designed for sim racers who want more realistic pedal response. It combines advanced sensing technology with motor-driven feedback to create a more natural driving feel. Every press feels controlled and accurate. This pedal helps drivers manage braking or throttle input with better precision. Realistic Dynamic Feedback: This pedal delivers dynamic feedback that reacts to your driving input in real time. The resistance changes depending on how the pedal is pressed. It helps simulate the pressure changes you would feel in a real vehicle. This makes driving more immersive and controlled during racing sessions. 21-Bit High-Resolution Magnetic Encoder: The pedal uses a 21-bit high-resolution magnetic encoder to detect even the smallest input changes. This allows very precise measurement of pedal movement. Small adjustments become more accurate and predictable. It helps drivers maintain smooth and consistent control. Sensor Fusion Algorithm: The sensor fusion algorithm combines data from multiple sensors to improve accuracy. It helps maintain stable input signals even during aggressive driving. The system filters out errors and keeps responses consistent. This results in smoother pedal performance. High Torque Density Motor: The high torque density motor provides strong and responsive feedback. It reacts quickly when pedal pressure changes. This helps simulate realistic resistance during racing. The MOZA mBooster Active Pedal delivers controlled and powerful feedback. Advanced Drive System: The advanced drive system keeps the pedal movement smooth and stable. It ensures that input signals remain accurate under heavy use. The system also improves response speed during fast racing situations. The MOZA mBooster Active Pedal is built for reliable performance and precise control.