DBA Front Slotted 4000 Series Brake Rotor High Carbon Heat Treated Iron for 2000-2005 Honda S2000

Engineered to deliver superior braking performance, this front slotted rotor utilizes high carbon, heat-treated iron to enhance strength and durability under extreme conditions. The advanced Kangaroo Paw ventilation system optimizes heat dissipation, reducing the risk of brake fade during high-stress applications. Tri-symmetrical slotting promotes efficient debris removal and consistent pad bite, ensuring reliable stopping power and enhanced pedal feel.

Material and Construction: Crafted from high carbon iron subjected to specialized heat treatment, the rotor exhibits increased thermal capacity and resistance to cracking. This construction provides longevity and consistent performance in both street and track environments.

Ventilation and Cooling: The patented Kangaroo Paw ventilation design maximizes airflow through the rotor, aiding in rapid heat dispersion. This feature minimizes brake fade and maintains optimal brake temperatures, critical for sustained performance.

Slotting Design: The tri-symmetrical slot pattern effectively evacuates gases, water, and debris from the rotor surface, maintaining clean contact with brake pads. This results in improved braking response and reduced pad glazing over time.

Manufactured by DBA, a leader in high-performance braking components, this rotor is a direct replacement for front rotors on specific sports models from 2000 to 2005. Its precision engineering ensures exact fitment and compatibility without modifications, preserving vehicle integrity and safety standards.

Key Advantages:

• Enhanced thermal management through high carbon heat-treated iron and innovative ventilation
• Consistent braking performance with tri-symmetrical slotting for effective debris removal
• Optimized for performance and longevity under aggressive driving conditions
• Direct replacement design ensuring seamless installation and OEM compatibility

This rotor is designed for applications where precise braking control and thermal stability are critical. It aligns with the expectations of performance-oriented drivers requiring reliable components capable of withstanding rigorous use.

Installation should follow manufacturer guidelines to ensure optimal rotor performance and safety compliance.