Dynamite Friction 7002-67028 Disc Brake Rotor Set - Front

Front Drilled and Slotted Brake Rotors

Dynamite Friction DFC Brake Rotors - Drilled and Slotted - Silver, part number 7002-67028, are built for the front axle of the 1979-1983 Nissan 280ZX. This disc brake rotor set is engineered for drivers who want OE-style fitment with added rotor surface features for more consistent braking response.

• Fits 1979-1983 Nissan 280ZX, front
• Drilled holes help reduce heat buildup during repeated stops
• Slots clear brake dust and road debris from the rotor surface
• Non-directional finish supports faster, more even pad bed-in
• GEOSPEC coated rotor design for durability, reliability, and stability
• Machined to tight tolerances and 100% inspected for balance and critical dimensions

Product Line Details

The DFC Brake Rotors - Drilled and Slotted - Silver line is focused on performance-oriented replacement rotors with OE-spec construction. For the Nissan 280ZX front brake rotor application, 7002-67028 uses G3000/G11H18 cast iron specification and precision machining to match factory requirements while adding drilled and slotted rotor geometry.

What This Rotor Set Helps Address

• Brake fade from heat buildup during repeated stops
• Reduced pad bite in wet or debris-covered conditions
• Pad glazing caused by trapped dust and road contamination
• Uneven pad bedding after rotor replacement
• Vibration concerns related to rotor balance or inconsistent machining

Installation Notes and Tips

Install 7002-67028 on the front position only for the 1979-1983 Nissan 280ZX. Clean the rotor surfaces before installation, inspect pads and calipers for wear, and follow the vehicle service manual for torque and bedding procedures. Proper pad break-in helps the non-directional finish seat the pads evenly.

Quality Assurance

Each rotor is processed through precision machining, balance inspection, and final dimensional checks to meet OE specifications. DFC backs this rotor set with a 12 month or 12,000 mile limited warranty against defects in material and workmanship.