DBA Rear Dual Drilled Street Series Performance Rotor with Kangaroo Paw Ventilation for 08-10 Subaru WRX STi and 2017 Subaru BRZ

Engineered for enhanced thermal management and consistent performance, this rear dual drilled rotor incorporates advanced Kangaroo Paw ventilation technology, optimizing airflow to dissipate heat efficiently during demanding driving conditions. Its precision-machined dual drilled and slotted surface improves brake pad bite and maintains a cleaner contact surface by channeling away dust, gas, and water, contributing to reliable braking performance.

Manufactured with high-grade materials, the rotor balances durability with weight considerations, ensuring longevity and resistance to warping under repeated thermal stress. The design suits daily driving scenarios without compromising on the functional advantages typical of performance rotors in the aftermarket category.

• Kangaroo Paw Ventilation: Enhances cooling efficiency by increasing surface area and promoting superior heat dissipation to maintain consistent braking power.
• Dual Drilled & Slotted Surface: Facilitates quick removal of debris and brake gases, reducing brake fade and improving pad engagement.
• Durability: Constructed from premium-grade materials to withstand thermal cycling and resist cracking or warping over time.
• Finish Options: Available in black or gold coatings, providing corrosion resistance and tailored aesthetic integration with vehicle components.

Designed specifically for rear axle application on select Subaru WRX STi and Subaru BRZ models, this rotor aligns with OEM specifications for fitment and function, ensuring straightforward installation and compatibility with existing braking systems and hardware.

Vehicle Fitment:

• 2008-2010 Subaru WRX STi
• 2017 Subaru BRZ

Integration of this rotor supports consistent braking performance under varied driving conditions, making it suitable for those requiring reliable stopping power with enhanced thermal control. The engineered ventilation and surface pattern serve to maintain brake efficiency and component longevity, critical factors for performance-oriented applications.