DBA Front Slotted 4000 Series Rotor – Brembo-Compatible Design for 2003–2007 Nissan 350Z & 2003–2004 Infiniti G35

Description

Designed to deliver superior braking performance, this precision-engineered front slotted rotor utilizes high carbon and heat-treated iron to ensure enhanced durability and heat dissipation. The rotor incorporates DBA’s patented Kangaroo Paw ventilation system, which improves airflow through the rotor, significantly reducing the risk of heat-related brake fade during demanding driving conditions.

The Tri-symmetrical slot pattern is engineered to optimize pad bite while efficiently removing brake dust and gases, contributing to consistent and reliable braking response. This configuration also aids in maintaining rotor surface integrity, further extending service life compared to standard rotors in the same category.

Key Features and Benefits:

• High Carbon Heat Treated Iron: Provides enhanced strength and resistance to thermal cracking under high-stress conditions.
• Kangaroo Paw Ventilation: Advanced cooling design that maximizes airflow to maintain optimal operating temperature.
• Tri-Symmetrical Slotting: Promotes effective debris and gas evacuation, resulting in improved brake pad contact and performance.
• Direct Replacement Compatibility: Engineered to meet or exceed OEM specifications for seamless fit on compatible vehicles.
• Brembo Compatible Design: Suitable for use with Brembo brake systems, ensuring integration without compromise on performance.

This component is specifically designed for select Nissan 350Z and Infiniti G35 models from the early to mid-2000s, providing a high-quality solution where precise braking performance and rotor longevity are critical. It stands out in the category of performance brake rotors by combining advanced metallurgical processes with aerodynamic cooling technology.

Manufactured under the DBA brand, known for its commitment to motorsport-grade engineering and reliability, this rotor supports aggressive driving styles while maintaining consistent braking capability. Its robust construction addresses common issues such as warping and cracking often encountered with standard rotors under high thermal loads.

Installation requires no modifications, aligning perfectly with the original brake assembly specifications to ensure correct rotor-to-caliper alignment and rotor thickness. This precision fitment supports optimal braking system function and safety.

Consider this rotor for applications demanding enhanced thermal performance, structural integrity, and compatibility with high-performance braking components.

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