The DBA Street Series T2 Slotted Front Rotor is engineered for high-performance braking in Volkswagen Touareg models from 2015 to 2018. Featuring a innovative T2 slot design, this rotor enhances brake response, reduces noise, and promotes a smoother pedal feel. The precise CNC-machined bi-symmetrical slots facilitate efficient removal of friction dust and gases, ensuring optimal pad bite and consistent braking performance. Unlike traditional rotors, the universal T2 slot eliminates the need for separate left and right side designs, simplifying installation and maintenance for both street and light-duty applications.
The rotor’s Kangaroo Paw ventilation system, comprising 144 diamond and tear-drop shaped pillars, maximizes surface area for superior heat dissipation. This advanced cooling technology reduces brake fade during intensive braking, providing increased safety and reliability under demanding conditions. The use of cubic boron nitride (CBN) machining ensures excellent flatness and minimal disc thickness variation, which significantly decreases the likelihood of brake shudder and promotes even pad wear.
Durably coated for moisture and corrosion resistance, the DBA Street Series T2 rotor is built for longevity and consistent performance. Its direct replacement fitment guarantees straightforward installation without additional modifications. Whether for daily street driving, spirited canyon runs, or light-duty towing, this rotor offers a premium upgrade over standard OEM components, combining advanced design features with reliable performance and enhanced heat management.
Features:
- Innovative T2 slot design for improved brake response and reduced noise
- Universal slot pattern eliminates left/right rotor requirements
- Kangaroo Paw ventilation system enhances heat dissipation
- CNC-machined cubic boron nitride for superior flatness and parallelism
- Corrosion-resistant coating for durability in harsh conditions
- Direct replacement for easy installation and OEM compatibility
- Optimized for street, light-duty, and performance applications





















