DBA Rear Slotted 4000 Series Rotor – Tri-Symmetrical Slotting & High-Carbon Heat-Treated Iron for 2005–2012 Corvette C6 Z51

Description

Designed for precision braking performance, this rear rotor utilizes high carbon, heat-treated iron to deliver enhanced durability and superior thermal management. The advanced Kangaroo Paw ventilation system effectively dissipates heat, reducing the risk of brake fade during demanding driving conditions. The tri-symmetrical slotting pattern ensures consistent pad contact and efficient debris removal, contributing to improved braking response and longevity.

Key Technical Features:

• Material Composition: High carbon, heat-treated iron offers increased wear resistance and maintains structural integrity under high thermal loads.
• Kangaroo Paw Ventilation: Patented design maximizes airflow through the rotor to optimize cooling and prevent overheating.
• Tri-Symmetrical Slotting: Provides uniform pad bite and helps evacuate gases, dust, and water for reliable braking performance in varied conditions.
• Precision Engineering: Manufactured to exacting standards as a direct replacement rotor, ensuring proper fitment and maintaining factory specifications.

This rotor meets the rigorous demands of high-performance applications, particularly suited for vehicles equipped with sport-oriented braking packages. Its construction balances strength and heat dissipation, critical for maintaining brake efficiency during aggressive driving or track use.

As a component from DBA, a recognized leader in advanced braking solutions, this rotor aligns with industry standards for quality and reliability. Its design improvements over conventional rotors address common limitations such as heat buildup and uneven pad wear.

Installation considerations: This rotor is engineered for straightforward installation, maintaining OEM mounting points and dimensions to ensure compatibility without modification.

For users requiring a robust, high-performance rear rotor with enhanced cooling and wear characteristics, this product offers a technically refined solution. Its combination of material science and innovative slotting technology supports consistent and effective braking under elevated stress conditions.

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