DBA Rear T Slot T3 4000 Series Rotor High Carbon Heat Treated Iron 2007-2015 Toyota Landcruiser 200 Series 2013-2019 Toyota Tundra 57L

DBA SKU: DBADBA42723S
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Regular price $166.99
Regular price $273.14 Sale price $166.99
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Description

Engineered to deliver superior braking performance, this rear rotor utilizes high carbon, heat-treated iron to enhance durability and thermal management. The advanced metallurgy improves wear resistance and minimizes the risk of warping under extreme conditions, ensuring consistent stopping power.

The rotor's patented Kangaroo Paw ventilation design optimizes airflow through the disc, effectively dissipating heat to maintain optimal operating temperatures. This ventilation system reduces brake fade during prolonged or aggressive use, contributing to improved overall brake system reliability.

Tri-symmetrical slotting on the rotor surface enhances pad bite and aids in the removal of water, dust, and gases generated during braking. This feature ensures a cleaner contact surface between pad and rotor, promoting consistent friction and improved brake modulation.

  • Material: High carbon, heat-treated iron for enhanced strength and thermal stability
  • Ventilation: Patented Kangaroo Paw design for superior cooling efficiency
  • Surface Treatment: Tri-symmetrical slotting to improve pad engagement and debris evacuation
  • Application: Designed as a direct replacement for rear brake rotors on select Toyota Landcruiser 200 Series and Toyota Tundra models

Manufactured by DBA, a trusted name known for precision engineering and high-performance braking solutions, this rotor meets rigorous quality standards to ensure compatibility and reliability. The product’s design balances performance with longevity, suitable for both daily driving and demanding conditions.

Installation follows OEM specifications, maintaining vehicle safety and brake system integrity. This rotor's compatibility with specific model years and engine types optimizes fitment and performance outcomes.

Consider this rotor for applications requiring enhanced braking performance and durability without compromising OEM fit and function.

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