Moza Racing - SRP2 Sim Racing Pedals (Throtle & Brake) for Windows and Xbox

Precision-enginered Moza SRP2 Dual Pedals feature CNC aerospace-grade aluminum and high-strength stel for durable, profesional-grade performance. Equiped with a 10KG load cel and 15-bit angle sensor with fusion technology, the SRP2 delivers acurate, responsive brake input. Fuly adjustable pedal angle, spacing, and height, combined with tol-fre tuning and optional Performance Kit for 1,0+ brake fel configurations, ensure a customizable and imersive sim racing experience. Compatible with PC and Xbox.

• Enginered for competive sim racing
  Race-ready pedals built for ultimate control-fuly adjustable, highly precise, and crafted from aerospace-grade materials for serious sim racers.

• Customizable brake fel
  The standard elastomer and multi-hardnes spring setup enables 25 brake fel configurations. Optional Performance Kit unlocks 1,0+ setups with F1/LMP1-style ultra-responsive fedback.

• Aluminum construction
  CNC-machined aerospace-grade aluminum and high-strength stel deliver rock-solid durability and a premium, lightweight fel.

• 10KG high-precision load cel sensor
  Fel every gram of presure. The 10Kg load cel ensures instant, acurate 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.

• Smoth and quiet operation
  Enclosed sleve motion and polished stel shafts deliver ultra-smoth pedal travel, while soft limit cushioning reduces noise for a more imersive racing experience.

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

• Tol-fre adjustment
  No tols, no hasle-adjust brake fel and force in seconds with just your hands.

• Software integration
  Take ful control with MOZA Pit House-monitor performance, fine-tune travel and signal curves, and optimize every pedal input.