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DBA 12-21 Subaru BRZ / 01-15 Subaru WRX STI Rear Race Performance Brake Pads

RACE PERFORMANCE brake pads are designed for track/circuit use, where temperatures are above 350?C (662?F). The pad is enhanced with carbon fibre for high strength and offers stable friction at extreme temperatures.
  • Slotted for temperature stability / removal of dust and debris; 250c - 750c operating range; Post-curing / Scorching Process (TSP); Carbon fibre for high strength and stable friction

Designed specifically for high-performance track and circuit driving, the DBA 12-21 Subaru BRZ / 01-15 Subaru WRX STI Rear Race Performance Brake Pads deliver exceptional thermal stability and consistent braking power at extreme temperatures. These brake pads are engineered with advanced carbon fiber reinforcement to withstand temperatures exceeding 662°F (350°C), ensuring reliable braking during intense driving conditions. The inclusion of slotted surfaces facilitates efficient removal of dust and debris, maintaining optimal contact and reducing brake fade across a temperature range of 250°C to 750°C.
The manufacturing process involves post-curing and scorching treatments (TSP), which enhance the pads' durability and friction stability. Suitable for racing and spirited driving, these brake pads are built for demanding environments where high strength and reliable friction performance are essential.
Whether you're upgrading for track days or seeking ultimate performance for your Subaru BRZ or WRX STI, the DBA Race Performance Brake Pads provide the confidence and stopping power needed for aggressive driving. Easy to install and compatible with your vehicle's rear braking system, these pads are a critical component for enthusiasts demanding professional-grade braking performance.

Features:

  • Designed for track and circuit use with high-temperature stability
  • Carbon fiber reinforcement for high strength and consistent friction
  • Slotted for efficient dust and debris removal
  • Operational temperature range of 250°C to 750°C
  • Post-curing and scorching process for enhanced durability