Dynamite Friction 7504-54278 Disc Brake Kit - Front and Rear

Brake Kit for 2005-2010 Mustang

Dynamite Friction DFC Rotors-Drilled and Slotted-Silver with 5000 Advanced Brake Pads, part number 7504-54278, is a disc brake kit for the front and rear of the 2005-2010 Ford Mustang. It combines drilled and slotted silver rotors with 5000 Advanced brake pads for a complete brake service package.

Key Features

• Disc brake kit for front and rear service
• Drilled and slotted silver rotors
• 5000 Advanced brake pads included
• Direct fitment for 2005-2010 Ford Mustang
• Part number 7504-54278 for ordering and reference

Product Details

This Dynamite Friction brake service kit is built for drivers looking to replace worn brake components on a Ford Mustang while keeping the application matched to the vehicle. The rotor design supports consistent braking performance, and the included pad set provides the friction material needed for a full front and rear brake refresh. If you are searching for a 2005-2010 Ford Mustang front and rear brake kit, DFC Rotors-Drilled and Slotted-Silver with 5000 Advanced Brake Pads, part number 7504-54278, is the correct fitment-based option.

What It Can Help Address

• Brake pulsation from worn or uneven rotors
• Reduced stopping performance from depleted pads
• Noise caused by brake wear
• Visible rotor scoring or surface wear
• Need for a complete front and rear brake service on a Mustang

Installation Notes and Tips

Verify rotor size, pad shape, and vehicle fitment before installation. Inspect calipers, brake hoses, and hardware condition during service, and follow the vehicle manufacturer’s brake bedding procedure after installation. This kit is listed for the front and rear positions on 2005-2010 Ford Mustang models.

Quality Assurance

Dynamite Friction identifies this kit as DFC Rotors-Drilled and Slotted-Silver with 5000 Advanced Brake Pads, a matched brake service kit for the specified Mustang applications. Part number 7504-54278 should be used to confirm the correct listing for your vehicle.