Name: MOZA SRP2 Racing Pedals RS098 - Thaher.Tech
SKU: TT-GC-0075
Price: 62.00 OMR
Availability: InStock

MOZA SRP2 Pedals

Pedal Material: High-strength Steel
Base Material: High-strength Steel
Load Cell Range: 0–100 kg
Brake Sensing Method: Hybrid Load Cell and Angle Sensor
Angle Sensor Resolution: 15-bit (32,768 PPR)
Brake Feel Adjustability: Supported by swapping the included 2 elastomer sets or using the optional Kit
Throttle Adjustability: 2-step preload adjustment
Clutch Adjustability: 2-step preload adjustment
Pedal Angle Adjustment Range: 10°/25°
Pedal Left/Right Adjustment Range: 15 mm
Pedal Height Adjustment Range: 36 mm
Pedal Curve Adjustment: Supported
Real-time Pedal Output Display: Supported
Brake Pressure Engagement Point Adjustment: Supported

At a Glance

Engineered for Competitive Sim Racing

Race-ready pedals built for ultimate control—fully adjustable, highly precise, and crafted from aerospace-grade materials for serious sim racers.

Customizable Brake Feel

The standard elastomer and multi-hardness spring setup enables 25 brake feel configurations. Optional Performance Kit unlocks 1,000+ setups with F1/LMP1-style ultra-responsive feedback.

Aluminum Construction

CNC-machined aerospace-grade aluminum and high-strength steel deliver rock-solid durability and a premium, lightweight feel.

100KG High-precision Load Cell Sensor

Feel every gram of pressure. The 100Kg load cell ensures instant, accurate brake response under any racing scenario.

15-bit High-precision Angle Sensor

Advanced sensor fusion merges angle and force data, giving you unmatched braking precision and intuitive control.

Smooth and Quiet Operation

Enclosed sleeve motion and polished steel shafts deliver ultra-smooth pedal travel, while soft limit cushioning reduces noise for a more immersive racing experience.

Wide-range Adjustable Design

Fully customize your pedals for optimal comfort and control. Featuring a two-stage pedal face angle adjustment (10° / 25°), along with adjustable pedal spacing (±15mm) and height (36mm range), allowing precise ergonomic tuning.