DBA Rear Drilled and Slotted 4000 Series Black Hat Rotor for 2010+ Camaro V8 SS

Engineered to deliver superior braking performance, this rear rotor integrates advanced materials and innovative design features characteristic of the DBA 4000 Series. Constructed from high carbon, heat-treated iron, the rotor offers enhanced thermal conductivity and resistance to cracking, ensuring consistent performance under high stress conditions typical of V8 muscle cars.

Patented Kangaroo Paw ventilation optimizes heat dissipation, reducing brake fade during intense driving scenarios. This ventilation system increases rotor rigidity and cooling efficiency, extending the lifespan of both the rotor and brake pads. The rotor's distinctive drilled and slotted pattern contributes to improved pad bite and effective removal of gases and debris from the braking surface, which enhances overall brake response and modulation.

Designed as a direct replacement, the rotor maintains OEM fitment and dimensions, allowing for straightforward installation without modifications. The black e-coat finish provides corrosion resistance, maintaining structural integrity and appearance even in challenging environments.

• Material: High carbon, heat-treated iron for superior durability
• Ventilation: Kangaroo Paw design for enhanced airflow and heat management
• Surface Treatment: Drilled and slotted to optimize pad grip and debris clearance
• Finish: Black coating for corrosion protection and aesthetic integration
• Fitment: Precision-engineered for exact fit on 2010+ Camaro V8 SS rear axle

This rotor exemplifies the standard expected from DBA’s 4000 Series, offering performance characteristics that exceed typical factory rotors in the high-performance braking category. It is engineered to maintain consistent braking feel and reliability, making it suitable for both spirited street driving and track applications where thermal stress is a concern.

Installation is compatible with existing hardware and brake components, facilitating an efficient upgrade path. The combination of material science and aerodynamic design within this rotor reflects a balanced approach to performance and longevity.

For applications requiring dependable thermal performance and structural integrity, this rear rotor delivers measurable improvements in braking efficiency and durability.