Description
Engineered with high carbon, heat treated iron, this front rotor delivers enhanced thermal capacity and durability under demanding conditions. The patented Kangaroo Paw ventilation system optimizes airflow, improving heat dissipation to maintain consistent braking performance and reduce the risk of warping during intensive use.
Tri-symmetrical slotting is precisely machined to effectively evacuate brake dust, gases, and water from the rotor surface. This design ensures superior contact between the pad and rotor, contributing to stable braking force and reduced fade over time.
Key Technical Features and Benefits:
- Material Composition: High carbon iron alloy with heat treatment for increased hardness, wear resistance, and longevity.
- Kangaroo Paw Ventilation: Patented design enhancing cooling efficiency through optimized airflow channels, critical for maintaining rotor integrity at high temperatures.
- Tri-symmetrical Slotting: Engineered to improve pad bite and brake modulation by removing debris and gases effectively.
- Precision Manufacturing: Tight tolerances ensure exact fitment and optimal rotor thickness for consistent braking.
- Direct Replacement: Designed to match OEM specifications for seamless installation without modifications.
This rotor is positioned in the aftermarket brake component category as a high-performance option suitable for street and light track use. Compared to standard rotors, the advanced ventilation and slotting technologies enhance both braking efficiency and component lifespan, addressing the thermal challenges faced by larger vehicles and trucks.
Manufactured by DBA, a recognized leader in braking technology, this component integrates materials science and aerodynamic principles to meet the rigorous demands of Toyota Sequoia, Tacoma, and Tundra models from early 2000s through mid-2000s.
Vehicle Fitment:
- Toyota Sequoia (2001–2007)
- Toyota Tacoma (2004)
- Toyota Tundra (2000–2006)
Installation requires adherence to standard brake service procedures, ensuring rotor alignment and torque specifications comply with manufacturer recommendations. This maintains optimal braking safety and performance integrity.