Dynamic Friction 1551-0925-01 DFC Advanced Ceramic Brake Pads Hardware - 5000 with Kit

The Dynamic Friction Company (DFC) 5000 Advanced Ceramic Brake Pads with Hardware Kit (1551-0925-01) are precision-engineered replacement brake pads designed to meet or exceed original equipment manufacturer (OEM) performance standards. Unlike generic one-size-fits-all brake pads, the DFC 5000 Advanced line is specifically formulated for each axle position of each vehicle, delivering balanced, confident braking performance.

Key Features:

• OEM-Matched Friction Formulation: Sourced from OEM friction suppliers across four continents, each pad is engineered to replicate the exact friction characteristics of the original brake system
• Vehicle-Specific Tuning: Formulated per axle per vehicle to maintain proper brake balance, especially critical for vehicles equipped with ABS and automated braking systems
• Rotor-Friendly Ceramic Compound: Advanced ceramic formula promotes longer rotor and pad life compared to harder metallic alternatives
• Premium Rubber-Steel-Rubber Shims: Included shims provide enhanced NVH (noise, vibration, and harshness) reduction for quieter stops
• Chamfered and Slotted Design: Where applicable, chamfering and slotting further reduce brake noise during normal operation
• Pre-Scorched Friction Surface: Factory scorching removes uncured bonding agents, minimizing the break-in period and delivering strong stopping power from the very first stop
• Consistent Pedal Feel: Engineered to deliver a predictable, responsive brake pedal under a wide range of driving conditions
• Hardware Kit Included: Comes complete with all necessary hardware for a clean, professional installation
• Low Copper / Environmentally Compliant: Meets California and Washington low-copper brake pad requirements for 2021 and 2025 regulations

The DFC 5000 Advanced Ceramic Brake Pads with Hardware Kit are an ideal upgrade for drivers of family sedans, sport compacts, and light-duty trucks who demand OEM-quality braking performance with improved noise reduction and long-lasting durability.