The DBA 5000 Series T3 Slotted Brake Rotor is a high-performance, composite two-piece brake rotor designed for demanding street, track day, club racing, and rally applications. Constructed with high carbon cast-iron rings and aerospace-grade aluminum hats (T6061-T6), this rotor offers exceptional strength, lightweight performance, and superior heat management. The use of aerospace-grade aluminum hats significantly reduces unsprung weight, improving handling and responsiveness while ensuring uniform disc expansion and minimizing heat transfer to the hub, which helps prevent brake fade during intense driving conditions. The rotor’s design incorporates slotted surfaces for enhanced pad bite and debris removal, contributing to consistent braking performance even under strenuous use. It is a direct replacement, with the option to reuse DBA hats with new rings, making maintenance and upgrades more efficient and cost-effective. The rotor features National Aerospace Standards (NAS) bolts and crimp nuts, ensuring durability and safety under high-stress environments. Designed for compatibility with a wide range of vehicles, the DBA 5000 Series T3 Slotted Brake Rotor is ideal for enthusiasts seeking reliable, race-ready braking performance with the benefits of reduced weight and improved heat dissipation. Whether for high-performance street driving or competitive motorsport, this rotor provides a premium upgrade to your vehicle’s braking system, delivering enhanced stopping power and long-lasting performance.
Features:
- Composite 2-piece construction with high carbon cast-iron ring and aerospace-grade aluminum hat
- Slotted surface design for improved pad bite and debris removal
- Reduces unsprung weight for better handling and responsiveness
- Enhanced heat management for reduced brake fade during high-stress driving
- Durable assembly with NAS bolts and crimp nuts for safety and longevity
- Re-usable hats with replaceable rings for cost-effective maintenance
- Suitable for high-performance street, track, rally, and club racing applications















