Dynamic Friction 1551-0949-02 DFC 5000 Advanced Semi-Metallic Brake Pads with Hardware

The Dynamic Friction 1551-0949-02 DFC 5000 Advanced Semi-Metallic Brake Pads represent a precision-engineered braking solution designed to meet the demands of modern vehicles equipped with ABS and automated braking systems. Unlike generic brake pads that use one-size-fits-all formulations, DFC's 5000 Advanced line is specifically formulated for each axle of every vehicle platform, ensuring balanced braking performance and optimal interaction with your vehicle's safety systems.

Advanced Engineering and OEM-Quality Performance:

• Vehicle-specific friction formulation selected from OEM suppliers across four continents for precise performance matching
• Semi-metallic compound provides reliable stopping power, stable friction characteristics, and extended pad life
• Scorched during manufacturing to remove uncured bonding agents, minimizing break-in period and maximizing initial stopping power
• Chamfered and slotted edges (where applicable) reduce brake noise and vibration for quieter operation
• Premium rubber-steel-rubber shims included for improved NVH (noise, vibration, harshness) characteristics
• Rotor-friendly formulation extends both pad and rotor service life
• Complete hardware kit included for proper installation and optimal performance

Environmental Compliance and Quality Assurance:

• Meets California and Washington low-copper requirements for 2021/2025 environmental standards
• Manufactured in Cerritos, California to exacting OEM standards
• Delivers consistent pedal feel and superb brake response across varying conditions

Dynamic Friction Company's research team works directly with original equipment friction suppliers worldwide to ensure each pad formulation matches the specific requirements of your vehicle, whether it's a family sedan, performance car, or light truck. This attention to detail ensures the safest possible braking performance while maintaining the balanced braking dynamics critical for modern safety systems.