The DBA Street Series T2 Slotted Rear Rotor is engineered for high-performance braking with a focus on responsiveness and durability. Featuring a precise CNC-machined bi-symmetrical slot design, this rotor enhances brake pedal feel by promoting smoother and quieter operation. The T2 slot design increases the number of exit points for friction dust and gases, which improves pad bite and overall braking efficiency. Its revolutionary universal slot eliminates the need for left and right specific rotors, simplifying installation and ensuring optimal performance across applications.
Constructed with DBA’s patented T2 slot technology, this rotor is ideal for more intensive braking scenarios, making it suitable for street-driven vehicles that demand reliable stopping power. The rotor incorporates DBA’s Kangaroo Paw ventilation system, which utilizes 144 diamond and tear-drop shaped pillars to significantly increase surface area for heat dissipation. This design reduces brake fade during extended use, providing consistent performance and enhanced safety.
Manufactured with CBN-machined turned surfaces, the DBA Street Series rotors offer lower disc thickness variation and superior parallelism, resulting in less brake shudder and improved rotor longevity. The moisture-proof corrosion protection packaging further ensures durability against environmental elements, maintaining optimal performance over time. Compatible as a direct replacement, this rotor is designed for easy installation on Mazda RX7 models from 1986 through 1992, delivering a high-quality upgrade for enthusiasts seeking reliable, high-performance braking components.
Features:
- Bi-symmetrical slot design for quieter, smoother brake pedal feel
- Increased exit points for dust and gas escape, improving pad bite
- Universal slot design eliminates left/right rotor need
- Kangaroo Paw ventilation system with 144 diamond and tear-drop pillars for superior heat dissipation
- CNC-machined with Cubic Boron Nitride for lower disc thickness variation
- Reduces brake fade during intensive braking
- Corrosion-resistant packaging for durability















