DBA Rear Slotted 4000 Series Rotor – High-Carbon Heat-Treated Iron for 2002–2006 Subaru WRX & 1998–2007 Impreza 2.5RS

Description

Engineered for precision braking performance, this rear slotted rotor incorporates high carbon, heat-treated iron designed to withstand rigorous conditions typical of high-performance driving. The implementation of patented Kangaroo Paw ventilation optimizes heat dissipation, reducing thermal distortion and enhancing rotor longevity under demanding use.

The Tri-symmetrical slotting pattern is specifically designed to maintain a cleaner pad surface by effectively dispersing brake dust and gases, which contributes to consistent friction and improved pedal feel. These features collectively reduce the risk of brake fade, ensuring reliable stopping power in varied driving environments.

Key Technical Features:

• Material Composition: High carbon iron with advanced heat treatment process for enhanced durability and wear resistance.
• Ventilation Design: Patented Kangaroo Paw vents increase air flow through the rotor, facilitating superior heat management compared to standard vented rotors.
• Slotting Pattern: Tri-symmetrical slots engineered to maintain optimal pad contact and debris removal, improving braking consistency.
• Application: Precision manufactured for direct replacement fitment on select Subaru WRX and Impreza models, maintaining factory rotor thickness and mount specifications.

Within the category of performance brake rotors, this component distinguishes itself through the integration of advanced metallurgy and innovative ventilation technology typically reserved for motorsports applications. Its construction enhances thermal efficiency and resistance to cracking, attributes critical for sustained high-load braking scenarios.

Installation maintains OEM alignment tolerances, ensuring ease of fitment and preserving vehicle braking dynamics. The rotor’s compatibility with specific vehicle models supports targeted performance improvements without the need for supplementary modifications.

Incorporating this component provides a balance of enhanced thermal management, structural integrity, and braking consistency suitable for both spirited street use and occasional track exposure. It is a choice aligned with professional standards for replacement rotors requiring both reliability and elevated performance characteristics.

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