Dynamic Friction 4514-80084 GeoSpec Rotors and 5000 Advanced Ceramic Brake Pads Kit with Hardware

The Dynamic Friction 4514-80084 is a complete brake kit combining DFC GeoSpec coated rotors with DFC 5000 Advanced Ceramic brake pads and all necessary hardware. Engineered as a direct OE replacement, this all-in-one kit delivers everything needed for a full brake service in a single package.

DFC 5000 Advanced Ceramic Brake Pads:

• Advanced ceramic formulation designed to meet the demands of modern vehicles equipped with ABS and Automated Braking Systems
• Premium rubber-steel-rubber shims for improved NVH (noise, vibration, and harshness) characteristics
• Pads are scorched during manufacturing to eliminate excess resins and gases, resulting in improved stopping power, faster break-in, and superior durability
• Integrally molded friction material attachment for a secure, long-lasting bond
• 100% asbestos-free formulation for cleaner, safer braking
• Low dust output for cleaner wheels
• Consistent, quiet performance with a noise rating of 1/5

DFC GeoSpec Coated Rotors:

• G3000/G11H18 iron castings engineered to match OEM specifications for durability, reliability, and stability
• 100% precision cut and mill-balanced for smoother stopping and zero vibration at any speed
• GEOSPEC proprietary coating provides superior corrosion protection over conventional zinc painting
• Non-directional surface finish promotes faster break-in and smoother initial stops
• Ready to install — no additional pre-degreasing preparation required

Hardware Kit Included:

• Stainless steel hardware eliminates heat and corrosion deterioration
• Rubber-coated abutment clips for reduced noise and vibration
• Combines PTFE coating, vulcanized rubber, and stainless steel components

The Dynamic Friction 4514-80084 brake kit is quality tested to ensure long-lasting performance and is recommended for normal commute driving conditions. With rotors, pads, and hardware all included, this kit simplifies the brake replacement process and ensures all components are matched for optimal fit, form, and function.