DBA 02-09 Subaru WRX / 02-07 STi 10 Stud Hole Rear Slotted Street Series Rotor - DBA655S-10

Frequently Asked Questions

Are DBA T2 Street Series slotted rotors a good upgrade for my 2003-2014 Subaru Impreza?

Upgrading to DBA T2 Street Series slotted rotors delivers a noticeably more responsive braking feel for your Subaru Impreza. These rotors are designed to fit your 2003-2014 Subaru Impreza, providing a direct enhancement to your existing braking system. Experience a transformed braking system for a more confident drive.

What is the installation process for DBA T2 Street Series slotted rotors on a Subaru Impreza?

Professional installation is recommended for DBA T2 Street Series slotted rotors. Confirm the installation with a qualified technician to ensure proper fitment and function for your 2003-2014 Subaru Impreza. This ensures your braking system is optimized for performance.

How do DBA T2 Street Series slotted rotors improve braking performance for spirited driving?

DBA T2 Street Series slotted rotors achieve superior heat dissipation, preventing brake fade during spirited driving, scoring an 8 for Track / Autocross usage. Their Kangaroo Paw ventilation and bi-symmetrical slotting actively manage heat buildup. Enjoy consistent braking performance even under demanding conditions.

Is upgrading from stock rotors to DBA T2 Street Series slotted rotors worthwhile for street performance?

Upgrading from stock rotors to DBA T2 Street Series slotted rotors is highly recommended for street performance, scoring a 9 for Street Performance usage. The Kangaroo Paw ventilation provides superior heat dissipation, preventing fade and enhancing pad cleaning for optimal grip. This upgrade significantly boosts your Impreza's braking capability.

What maintenance is required for DBA T2 Street Series slotted rotors?

DBA T2 Street Series slotted rotors require moderate maintenance, aligning with their advanced design for enhanced performance. Proper pad bedding-in and regular inspections are key to maintaining their effectiveness. This ensures the rotors continue to offer optimal grip and stopping power.