Dynamic Friction 9004-02016 Hi-Carbon Alloy GEOMET Coated Drilled Disc Brake Rotor Set

The Dynamic Friction Company 9004-02016 is a GEOMET® coated, cross-drilled disc brake rotor set engineered to deliver superior corrosion protection and enhanced braking performance over standard OE rotors. Built from premium G3000/G11H18 high-carbon iron castings, these rotors provide exceptional strength, stability, and noise-dampening characteristics right out of the box.

Key Features:

• GEOMET® Corrosion Protection: A genuine GEOMET® finish is applied to the entire rotor — hat, vanes, and braking surface — providing high-performance corrosion resistance. The coating is processed dry, ships dry, and is safely swept away by brake pad friction with no harmful effects.
• Cross-Drilled Design: Drilled holes reduce heat buildup on the rotor surface during braking. All cross-drilled holes are chamfered to reduce the potential for cracking under repeated thermal stress.
• Premium G3000/G11H18 Iron Casting: High-carbon alloy metallurgy enhances noise dampening and increases rotor durability and longevity compared to standard gray iron rotors.
• 100% Precision Mill-Balanced: Each rotor is precision mill-balanced for smoother stopping and zero vibration at any speed.
• Fine-Turned Finish (1.6 RMS): The braking surface features a fine-turned finish for improved initial rotor and pad break-in, promoting faster bedding and more consistent stopping right away.
• OE Vane Configuration: Original equipment vane design ensures proper and maximum heat dissipation during normal and performance driving conditions.
• 100% Electronic Inspection: Each rotor passes a full electronic inspection measuring over 20 attributes to ensure OE specification compliance.
• Ready to Install: No degreasing or pre-treatment required — rotors arrive ready for direct fitment.

Backed by Dynamic Friction Company's limited warranty, the 9004-02016 rotor set is an ideal upgrade for drivers seeking improved corrosion resistance and enhanced thermal performance over stock brake rotors.