Dynamite Friction 1551-1161-01 Disc Brake Pad Set - Rear

Rear Ceramic Brake Pads for Select Ford, Mazda, Lincoln, and Mercury Models

Dynamite Friction DFC 5000 Advanced Brake Pads - Ceramic and Hardware Kit, part number 1551-1161-01, is a rear disc brake pad set for select vehicles with OEM disc brake pad set compatibility. It is built for drivers servicing rear brake wear on applications such as the Ford Fusion, Mazda 6, Lincoln MKZ, and Mercury Milan.

Key Features

• Ceramic rear disc brake pad set
• Part number 1551-1161-01
• Application-specific for rear brake service
• OE-style fitment for listed vehicles
• Part of the DFC 5000 Advanced Brake Pads line

Product Line Overview

The DFC 5000 Advanced Brake Pads line from Dynamite Friction focuses on ceramic brake pad applications for everyday brake service. This rear pad set is cataloged for OEM disc brake pad set compatibility on select Ford Fusion, Mazda 6, Lincoln MKZ, Mercury Milan, and Lincoln Zephyr models.

Detailed Description

This rear disc brake pad set, part number 1551-1161-01, is made for direct replacement service on the rear axle of listed vehicles. Compatible applications include Fits 2006-2013 Mazda 6, Rear; Fits 2006-2012 Ford Fusion, Rear; Fits 2007-2012 Lincoln MKZ, Rear; Fits 2006-2011 Mercury Milan, Rear; and Fits 2006 Lincoln Zephyr, Rear. If you are searching for rear brake pads for a 2006-2012 Ford Fusion or rear ceramic brake pads for a 2006-2013 Mazda 6, this part matches those cataloged applications.

Common Reasons for Replacement

• Rear brake pad wear or low friction material
• Squealing or noise from worn pads
• Reduced braking response at the rear axle
• Uneven pad wear during brake service
• Routine maintenance on the Ford Fusion, Mazda 6, Lincoln MKZ, or Mercury Milan

Installation Notes and Tips

Verify rear position, model year, and brake system match before installation. Inspect rotors, caliper condition, and pad contact surfaces during service. Confirm the part number 1551-1161-01 against the vehicle’s brake configuration before ordering.