The DBA T3 5000 Series Replacement Rotor is a high-quality, composite two-piece brake rotor designed for demanding street, track, and rally applications. Crafted with precision, it features a high carbon cast-iron ring paired with an aerospace-grade aluminum hat (T6061-T6), providing superior heat management and reduced unsprung weight. This innovative design ensures optimal performance during intense braking conditions by minimizing heat transfer to the hub and promoting even disc expansion. The rotor’s construction, secured with National Aerospace Standards (NAS) bolts and crimp nuts, guarantees durability and reliability in high-stress environments. Ideal for enthusiasts seeking a direct replacement, the rotor can be used with existing DBA hats, making it a versatile upgrade for your vehicle.
The 5000 Series builds on the technology of the 4000 Series, emphasizing weight reduction and enhanced heat dissipation without sacrificing strength or performance. Whether you are racing on the track or upgrading your daily driver, these rotors deliver consistent, fade-free braking under strenuous conditions. Available as complete assemblies or as replacement rings and hats, they offer flexibility for maintenance and customization. The DBA T3 5000 Series Rotors are engineered to meet demanding performance standards, ensuring your Ford Mustang S197 Boss 302R (GS/GT) stops confidently every time. Designed for vehicles that require high-performance braking solutions, these rotors are an excellent choice for serious drivers and motorsport enthusiasts seeking durability and top-tier braking performance.
Features:
- Two-piece composite design for reduced weight and improved heat management
- High carbon cast-iron ring for durability and consistent braking
- Aerospace-grade aluminum hat (T6061-T6) for weight reduction and heat dissipation
- Secured with NAS bolts and crimp nuts for strength and reliability
- Compatible with existing DBA hats for versatile installation
- Ideal for high-performance street, track day, rally, and club racing applications





















