Made with High-strength Steel
The pedal is precision-machined from high-strength steel, ensuring superior quality and exceptional durability. This construction provides a robust and enduring component that withstands rigorous use, guaranteeing reliability and longevity during intense racing sessions.
Floor Mounted Organ Type Accelerator Pedal
The organ-type accelerator pedal design synchronizes the driver's foot movement with the pedal's trajectory, facilitating a more natural and aligned interaction. This ergonomic design enhances throttle control, offering easier and more precise manipulation for a smoother and more accurate driving experience.
High-Precision Load Cell:
Maximum Capacity of 100 KG
The MOZA SR-P pedals are equipped with advanced load cell sensors boasting a 100KG capacity. These sensors accurately detect braking pedal pressure, enabling users to achieve optimal braking force by finely controlling the application of pressure. This precision ensures a nuanced and responsive braking experience tailored to individual preferences.
16-bit High Precision Magnetic Encoder
In the MOZA SR-P pedals, the brake, clutch, and throttle pedals utilize 16-bit precision magnetic encoders boasting a remarkable 65536 PPR (Pulses Per Revolution) resolution. This significantly higher resolution surpasses Hall sensors, ensuring exceptional stability and precision in detecting pedal movements, resulting in a more accurate and responsive racing experience.
Dual Sensor Fusion Algorithm
The brake pedal in the setup employs both a pressure and angle sensor, offering nuanced control over braking. In the initial stage, the angle sensor dominates, enabling racers to control the braking angle precisely. As the pedal progresses, the mid and final stages are managed by the pressure sensor, enhancing control and making the pedal more manageable, resulting in a smoother and more controlled braking experience.
Braking Spring and Damping Block Combined
By incorporating both a braking spring and damping block, racers can experience enhanced control during the initial stage of pedal travel. As the pedal progresses, this design provides a signature stiffness in the final stages of braking, closely mimicking the realistic feel of a foot on an actual brake pedal. This nuanced progression simulates the sensation of real foot pressure, offering a more authentic and immersive racing experience.
Build Your Ultimate Racing Experience
Customize your racing experience with the MOZA SR-P pedal accessory kit tailored to your preferences. This kit includes two additional springs and one damper, supplementing the existing spring and damper in the pedal set to create six unique foot feel combinations. With these added components, users can fine-tune dampening, potentially reducing braking distances and catering to the demands of professional racers seeking enhanced control and performance.
Direct connection with PC through USB
The MOZA SR-P Pedals seamlessly connect to your PC via USB, offering easy calibration through the user-friendly MOZA Pit House software. Its universal compatibility with all sim racing gear guarantees a hassle-free experience for racing enthusiasts, ensuring smooth integration and effortless setup across various racing setups and platforms.
Multiple use scenarios
The anti-slip mat at the pedal's base prevents slipping during use, even without professional brackets. This feature ensures stability and security on various surfaces. Additionally, it's easily adaptable to more professional setups, providing added assurance and convenience when integrated into advanced racing configurations.
Detachable Pedal Design
The pedals offer easy detachment, allowing seamless mounting onto other professional brackets for enhanced customization. Additionally, for hardcore users seeking specific configurations, the pedals can be reversed, providing flexibility to tailor the setup to individual preferences and racing styles with ease.
Pedal Output Curve Adjustment
MOZA's Pit House software provides effortless configuration of pedal output curves, accommodating diverse preferences and racing requirements. This feature allows users to tailor the pedal response precisely to their individual needs, ensuring a personalized and optimized racing experience.