Description
Designed for high-performance braking applications, this front drilled and slotted rotor combines advanced materials and engineering to deliver superior heat dissipation and consistent stopping power. Constructed from high carbon, heat-treated iron, it offers enhanced thermal conductivity and increased resistance to cracking and warping under extreme stress conditions.
The patented Kangaroo Paw ventilation system optimizes airflow through the rotor, rapidly dissipating heat generated during aggressive braking. This ventilation design not only reduces brake fade but also extends the rotor's service life by maintaining structural integrity at elevated temperatures.
The rotor's unique drilled and slotted pattern provides effective removal of gas, dust, and water from the rotor surface, improving pad bite and maintaining reliable friction levels in various environmental conditions. This design contributes to consistent brake performance and pedal feel across a wide range of driving scenarios.
Key Features and Technical Specifications:
- Material: High carbon iron with heat treatment for enhanced strength and durability.
- Ventilation: Patented Kangaroo Paw design for efficient heat dispersion.
- Surface Pattern: Precision-drilled and slotted to optimize debris evacuation and maintain pad contact.
- Performance: Engineered to reduce brake fade and resist thermal cracking.
- Fitment: Direct bolt-on replacement designed specifically for vehicles within the specified model range, ensuring exact OEM fitting without modification.
Manufactured by DBA, a recognized leader in high-performance brake components, this rotor meets rigorous quality standards suitable for both street and track environments. Its construction and design balance durability, thermal management, and braking efficiency, providing consistent performance under demanding conditions.
Installation adheres to OEM specifications, ensuring compatibility and maintaining the integrity of the vehicle's braking system. This product is particularly suitable for applications requiring reliable brake response and enhanced thermal management over stock rotors.
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