Dynamic Friction 7614-63018 Drilled & Slotted Silver Brake Rotor and 5000 Euro Ceramic Pad Kit with Hardware

The Dynamic Friction Company 7614-63018 is a complete front and rear brake kit engineered as a direct-fit, system-matched replacement for OEM braking components. This kit bundles four silver zinc cross-drilled and slotted rotors with eight DFC 5000 Euro Ceramic brake pads and all necessary installation hardware, eliminating the guesswork of sourcing individual components.

Rotor Features:

• Cross-drilled holes dissipate heat that builds on the rotor surface during heavy braking, and each hole is chamfered to reduce the potential for stress cracking
• Machined slots sweep brake dust, road debris, and moisture away from the pad surface, preventing pad glazing and delivering more consistent bite — especially in wet conditions
• Silver zinc coating provides a durable, corrosion-resistant finish that protects against rust far better than conventional paint or untreated surfaces
• Each rotor passes a 100% electronic inspection measuring over 20 attributes to confirm OEM-specification compliance

5000 Euro Ceramic Brake Pad Features:

• Specially formulated for European vehicle applications, delivering OE-matched stopping performance with low dust and low noise characteristics
• Excellent fade resistance and stable friction performance across a wide temperature range, suited for daily driving, high-speed use, heavy traffic, steep gradients, and towing
• Each pad is 100% post-cured to ensure consistent friction performance, then scorched to remove uncured bonding agents — reducing the need for an extended break-in period and maximizing stopping power from the very first stop

Kit Includes:

• (4) DFC Drilled and Slotted Silver Zinc Rotors — Front and Rear
• (8) DFC 5000 Euro Ceramic Brake Pads — Front and Rear
• Complete brake hardware kit

Designed as a premium, performance-oriented upgrade over stock brakes, the DFC 7614-63018 brake kit delivers confident stopping power for daily drivers and spirited European vehicle applications.