Engineered specifically off of 3D scans for the Toyota GR Corolla, these high-performance carbon fiber reinforced brake cooling ducts are designed to address one of the platform’s most common track-day limitations: front brake heat saturation.
Manufactured from an engineering grade thermoplastic for superb heat resistance, these ducts deliver exceptional thermal stability, stiffness, and durability in extreme environments where conventional plastics and lower-temperature nylons fail.
Directs high-velocity airflow precisely toward the front brake rotors
Reduces brake fade, pad glazing, and rotor heat buildup during aggressive driving
Optimized internal geometry for smooth airflow with minimal pressure loss
High heat resistance suitable for repeated track use and extended braking loads
Carbon-fiber reinforcement provides exceptional stiffness and dimensional stability
Resistant to under-car heat soak, road debris, moisture, and chemicals
Maintains structural integrity lap after lap
Designed specifically for the GR Corolla front lower control arm geometry
Clean, low-profile design that integrates seamlessly with factory components
Easy install with 3D measured notches and cable ties
Designed to withstand real-world street and track conditions
Ideal for HPDE, autocross, time attack, and spirited canyon driving
Suitable for daily-driven vehicles that see elevated brake temperatures
Lightweight, cost-effective alternative to metal ducting with no corrosion concerns
Engineered specifically off of 3D scans for the Toyota GR Corolla, these high-performance carbon fiber reinforced brake cooling ducts are designed to address one of the platform’s most common track-day limitations: front brake heat saturation.
Manufactured from an engineering grade thermoplastic for superb heat resistance, these ducts deliver exceptional thermal stability, stiffness, and durability in extreme environments where conventional plastics and lower-temperature nylons fail.
Directs high-velocity airflow precisely toward the front brake rotors
Reduces brake fade, pad glazing, and rotor heat buildup during aggressive driving
Optimized internal geometry for smooth airflow with minimal pressure loss
High heat resistance suitable for repeated track use and extended braking loads
Carbon-fiber reinforcement provides exceptional stiffness and dimensional stability
Resistant to under-car heat soak, road debris, moisture, and chemicals
Maintains structural integrity lap after lap
Designed specifically for the GR Corolla front lower control arm geometry
Clean, low-profile design that integrates seamlessly with factory components
Easy install with 3D measured notches and cable ties
Designed to withstand real-world street and track conditions
Ideal for HPDE, autocross, time attack, and spirited canyon driving
Suitable for daily-driven vehicles that see elevated brake temperatures
Lightweight, cost-effective alternative to metal ducting with no corrosion concerns
