Dynamite Friction 6514-56006 Disc Brake Kit - Front and Rear

Brake Kit for Lincoln Town Car

The Dynamite Friction DFC Brake Rotor with 5000 Advanced Brake Pads and Hardware Kit is a front and rear disc brake service kit for select Lincoln Town Car applications. It is built for 2003-2011 Lincoln Town Car models, including limousine applications noted in the fitment data.

Key Features

• Disc brake kit for front and rear service
• Fits 2003-2011 Lincoln Town Car, front and rear
• Includes DFC brake rotor and 5000 Advanced Brake Pads
• Part number 6514-56006 for catalog lookup
• Application coverage includes Lincoln Town Car limousine fitment where listed

Product Details

Dynamite Friction’s DFC Brake Rotor with 5000 Advanced Brake Pads and Hardware Kit is a service kit built around rotor and pad replacement for the Lincoln Town Car platform. The DFC Brake Rotor with 5000 Advanced Brake Pads and Hardware Kit, part number 6514-56006, is listed for 2003-2011 Lincoln Town Car front and rear positions, making it a direct fitment reference for full-vehicle brake service on those model years.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Brake Issues It Can Address

• Brake pulsation from worn or uneven rotors
• Reduced stopping performance from worn pads
• Brake noise caused by aged friction components
• Uneven brake wear across front and rear service points
• Maintenance needs on high-mileage Lincoln Town Car brake systems

Installation Notes

Verify year, model, and front/rear position before ordering. For 2003-2011 Lincoln Town Car applications, confirm rotor dimensions and brake system configuration against the vehicle’s existing components. Follow factory service procedures for brake cleaning, torque specifications, and bedding-in after installation.

Quality Assurance

DFC brake components are cataloged for specific vehicle applications to support accurate parts selection. Part number 6514-56006 should be matched to the vehicle fitment data before installation.