Dynamic Friction 9002-02054 GEOMET Coated Drilled Disc Brake Rotor

The Dynamic Friction Company 9002-02054 is a GEOMET® Coated, Cross-Drilled Disc Brake Rotor engineered to deliver superior corrosion protection and enhanced braking performance. Built to OE specifications, this rotor is a direct-fit replacement designed for drivers who demand reliable stopping power and long-lasting durability.

GEOMET® Coating Advantage:

Unlike conventional paint or zinc coatings, the genuine GEOMET® finish is applied across the entire rotor surface, forming a durable, attractive silver-gray barrier that provides superior corrosion resistance. The rotor arrives processed dry and ready to install with no degreasing required, saving significant time and effort during installation. The coating is safely swept away by the friction material during break-in with no harmful effects.

Cross-Drilled Performance:

The precision cross-drilled holes are chamfered to reduce the potential for cracking while effectively dissipating heat buildup during braking. This design improves bite between the rotor and brake pads, contributing to shorter stopping distances, especially in wet conditions.

Key Features:

• GEOMET® Coated — superior corrosion protection over zinc or conventional paint coatings
• Premium G3000/G11H18 iron casting for strength, stability, and durability
• Cross-drilled holes reduce heat buildup and are chamfered to minimize cracking risk
• OE vane configuration ensures proper and maximum heat dissipation
• 100% precision mill-balanced for smooth stopping and zero vibration at any speed
• Fine-turned finish (1.6 RMS) for improved initial rotor and pad break-in
• CNC-machined to tight tolerances for consistent pedal feel and brake response
• Passes 100% electronic inspection measuring over 20 attributes to meet OE specifications
• Ready to install — no additional preparation required
• 1-Year Manufacturer Warranty

The Dynamic Friction 9002-02054 is an ideal upgrade or OE replacement rotor for drivers seeking long-term corrosion resistance combined with performance-oriented drilled rotor benefits.