Dynamic Friction 4804-16001 GeoSpec Coated Plain Disc Brake Rotors

The Dynamic Friction 4804-16001 DFC GeoSpec Coated Plain Brake Rotors deliver reliable, OE-quality stopping performance with the added benefit of Dynamic Friction Company's proprietary GeoSpec corrosion-resistant coating. Engineered as a direct-fit replacement, these smooth/plain-style rotors are designed to meet the same form, fit, and function as your original equipment brake rotors — with no modifications required.

GeoSpec Coating:

• Forms a durable, attractive silver-gray finish that fights rust far better than conventional paint or zinc coatings
• Fully coated inside and out for complete protection from the elements before and after installation
• Coating is safely swept away by friction material during break-in with no harmful effects on braking performance
• Ships dry and ready to install — no pre-degreasing or additional preparation needed

Precision Engineering:

• Engineered with premium G3000/G11H18 iron castings for superior strength, stability, and durability
• CNC-machined to the tightest tolerances available for quiet, vibration-free performance
• Original Equipment (OE) vane configuration for proper and maximum heat dissipation
• 100% precision cut and mill-balanced for smoother stopping and zero vibration at any speed
• Non-directional surface finish promotes faster, more even brake pad bed-in and quieter stops
• Designed to meet OEM specifications for form, fit, and function

Plain/Smooth Rotor Style: The blank rotor surface is ideal for everyday street driving and normal commuting, providing consistent, low-noise braking with extended pad and rotor life. These rotors are compatible with a wide range of OE replacement and performance brake pad compounds.

Dynamic Friction Company GeoSpec rotors are quality tested to ensure long-lasting performance and come backed by DFC's manufacturer warranty. An average brake job takes 1.25–2.5 hours per axle, and the ready-to-install GeoSpec coating saves significant time during the installation process.