DBA

DBA 4000 Series Rotors utilize High Carbon Alloyed Iron (XG-150) and Thermal Stability Profiling (TSP) allowing constant extreme heat cycles designed for those “late braking scenarios”. 4000...

DBA T2 Street Series Rotors are Australian engineered and quality assured to the highest possible standards for the safety of drivers the world over! Manufacturing to OEM standards are our minimum...

DBA 4000 Series Rotors utilize High Carbon Alloyed Iron (XG-150) and Thermal Stability Profiling (TSP) allowing constant extreme heat cycles designed for those “late braking scenarios”. 4000...

T3 4000 Series Rotors are DBA’s most advanced one-piece brake rotor on the market. These rotors are designed to perform in extreme road and race applications. *All DBA Rotors are sold PER ROTOR...

DBA 5000 Series Rotors utilize High Carbon Alloyed Iron (XG-150) and Thermal Stability Profiling (TSP) allowing constant extreme heat cycles designed for those “late braking scenarios”. 5000...

Sharing all the benefits of the 4000 Series, DBA's 5000 Series rotors are a composite 2 piece direct replacement brake rotor. DBA uses only the highest quality materials to ensure optimal...

The XP+735 is designed for track/circuit use, where prolonged high temperatures are expected. This pad formula is enhanced with carbon fibers to help combat extended temperatures in excess of...

T3 4000 Series Rotors are DBA’s most advanced one-piece brake rotor on the market. These rotors are designed to perform in extreme road and race applications. *All DBA Rotors are sold PER ROTOR...

The SP500 is for drivers seeking improved braking performance without the compromises associated with an aggressive, track-style pad. This pad can operate at temperatures in excess of 500°C...

The XP650 is ideal for applications where high temperature performance is required. This pad features a Kevlar metallic formula, and can comfortably operate at temperatures in excess of 650°C...

The SP500 is for drivers seeking improved braking performance without the compromises associated with an aggressive, track-style pad. This pad can operate at temperatures in excess of 500°C...