The DBA 5000 Series Slotted Brake Rotor is a high-performance, two-piece composite rotor designed for demanding street, track, and rally applications. Crafted with a high carbon cast-iron ring combined with aerospace-grade aluminum hats (T6061-T6), this rotor offers superior heat management and reduced unsprung weight for enhanced handling and braking responsiveness. The rotor’s design ensures optimal radial expansion and effective heat dissipation, making it suitable for vehicles subjected to intense braking conditions. The assembly features NAS bolts and crimp nuts for secure attachment, providing durability and reliability under strenuous driving scenarios. This direct replacement rotor is compatible with the original equipment specifications, allowing for straightforward installation and re-use of existing hats with new flat discs. Whether you’re upgrading your Dodge Viper for performance driving or replacing worn components, the DBA 5000 Series rotor delivers consistent, high-quality braking performance. It is engineered to withstand high temperatures and aggressive braking, ensuring safety and longevity. The rotor’s slotted design helps in debris removal and heat dissipation, maintaining optimal pad contact for consistent braking power. Suitable for enthusiasts seeking reliable, race-inspired braking components, this rotor is an ideal upgrade for high-performance street and motorsport vehicles.
Features:
- Two-piece composite design with high carbon cast-iron ring and aerospace-grade aluminum hat
- Reduced weight for improved handling and acceleration
- Enhanced heat dissipation through aluminum hat technology
- Slotted surface for debris removal and consistent braking
- Secure assembly with NAS bolts and crimp nuts
- Direct replacement for OEM components, compatible with existing hats
- Suitable for high-performance street, track day, and rally use
Fitment:
Dodge Viper SRT-10 2003 to 2006
Dodge Viper SRT-10 2008
Dodge Viper SRT-10 2010
Dodge Viper SRT-10 ACR 2008
Dodge Viper SRT-10 ACR 2010
SRT Viper Base 2014

















