Dynamic Friction 7004-76017 Disc Brake Rotor Set - Front and Rear

Drilled and Slotted Brake Rotor Set

Dynamic Friction DFC Rotors-Drilled and Slotted-Silver, part number 7004-76017, is a disc brake rotor set for drivers who want OE-style fitment with performance-focused rotor design. It is made for front and rear brake applications on select Lexus LX470 and Toyota Land Cruiser models.

Key Features

• Drilled and slotted rotor design for improved pad bite and more consistent braking in wet conditions.
• Slots help clear brake dust and road debris while reducing pad glazing.
• G3000/G11H18 cast iron construction built to OE specifications for durability and stability.
• GEOSPEC coating helps protect the rotor surface after machining.
• Non-directional finish promotes faster pad bed-in and smoother, quieter stops.
• Each vented rotor is balance-inspected and corrected when needed.

Fitment and Application

• Fits 1998-2007 Lexus LX470, front and rear.
• Fits 1998-2007 Toyota Land Cruiser, front and rear.

This part number 7004-76017 is a direct fit option for Lexus LX470 and Toyota Land Cruiser brake service when you need a drilled and slotted rotor design with OE-matched machining tolerances. The DFC Rotors-Drilled and Slotted-Silver line focuses on performance-oriented braking hardware with a coated finish and precision machining for consistent rotor quality.

Common Brake Issues It Can Address

• Brake fade from heat buildup during repeated stops.
• Reduced stopping response in wet driving conditions.
• Brake pad glazing caused by excess heat and debris.
• Rotor vibration from imbalance or uneven machining.
• Noise and roughness during pad break-in.

Installation Notes and Quality Assurance

Verify rotor position and vehicle fitment before installation on 1998-2007 Lexus LX470 or 1998-2007 Toyota Land Cruiser applications. Clean the rotor surface before service and follow proper brake bedding procedures after installation. Part number 7004-76017 is backed by a 12 month or 12,000 mile limited warranty against defects in material and workmanship.