DBA 4000 Series Front Drilled and Slotted High Carbon Rotors for 1989-1996 Nissan 300ZX Turbo and Non-Turbo

Engineered for enhanced braking efficiency and thermal management, these front drilled and slotted high carbon rotors deliver precise stopping power tailored for Nissan 300ZX models spanning 1989 to 1996, including both turbocharged and non-turbocharged variants. Constructed from high carbon, heat-treated iron, the rotors maintain structural integrity under extreme conditions, reducing the risk of warping and extending service life.

Incorporating patented Kangaroo Paw ventilation technology, the design optimizes airflow to dissipate heat more effectively, resulting in improved fade resistance during sustained braking sessions. The unique combination of drilled holes and precision slots facilitates gas and dust evacuation, enhancing pad bite while minimizing the buildup of debris that can impair braking responsiveness.

• Material Composition: High carbon, heat-treated iron for durability and heat resistance
• Ventilation System: Patented Kangaroo Paw design optimized for superior cooling
• Surface Features: Drilled and slotted pattern engineered for efficient gas and dust dispersion
• Performance Benefits: Reduced brake fade, consistent pedal feel, and extended rotor lifespan
• Compatibility: Direct replacement rotors designed specifically for 1989-1996 Nissan 300ZX Turbo and Non-Turbo models

Manufactured under stringent quality controls by DBA, a respected leader in high-performance braking components, these rotors meet rigorous standards to ensure compatibility and reliability. Their precise fitment allows for straightforward installation without modification, maintaining factory specifications and performance characteristics.

The material properties and advanced design features make these rotors suitable for both street and high-demand driving conditions, providing stable thermal performance and braking consistency. The integration of cutting-edge ventilation and surface treatments addresses common challenges such as heat buildup and pad glazing, which are critical considerations in performance braking systems.

Installation should be performed by qualified technicians to ensure optimal brake system operation and safety standards are maintained.