What makes these brake pads 'Advanced Ceramic'?

The 'Advanced Ceramic' designation refers to the specific friction materials used in these pads. These materials are chosen to provide a consistent pedal feel and good braking response, especially in vehicles equipped with ABS and automated braking systems.

Are these pads designed to be gentle on my rotors?

Yes, these brake pads are formulated to be rotor friendly. This means they are designed to minimize wear on your brake rotors while still providing effective stopping power.

What is the benefit of axle-specific formulations?

Formulating brake pads specifically for each axle ensures that they perform optimally for their intended position on the vehicle. This approach helps achieve a consistent pedal feel and reliable brake response tailored to the front or rear braking dynamics.

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Specifications

Brand: DFC
Part #: 1551-1624-00
UPC: 190920135255
Package Length: 6.9 in
Package Width: 3.3 in
Package Height: 3.1 in
Package Weight: 1.90 lb

DFC 13-18 Mazda CX-3 Rear 5000 Advanced Ceramic Brake Pads

Name: DFC 13-18 Mazda CX-3 Rear 5000 Advanced Ceramic Brake Pads
Brand: DFC
SKU: dfc-dfc-13-18-mazda-cx-3-rear-5000-advanced-ceramic-brake-pads-t14-902382
Price: 34.90 USD
Availability: InStock

$34.90

In Stock

Fits 2016-2018 Mazda CX-3. DFC 5000 Advanced Ceramic Rear Brake Pads offer consistent pedal feel and long pad wear.

Key Features

Fits 2016-2018 Mazda CX-3 and 2013-2015 Mazda CX-5 rear.
Selected friction materials are designed to meet the demands of modern vehicles with ABS and automated braking systems.
Formulated for a consistent pedal feel and superb brake response.
Matches original equipment manufacturer formulations for each axle.
Designed to be rotor friendly.
Offers long pad wear.

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Will it fit your car?

Fits these vehicles

Mazda CX-3 2016-2018
Mazda CX-5 2013-2015

About this part

Product Details

This set includes the rear brake pads you need for your 2016-2018 Mazda CX-3 or 2013-2015 Mazda CX-5. These pads use selected friction materials formulated to handle modern vehicles with ABS and automated braking systems, aiming for a consistent pedal feel and reliable brake response. They are designed to match original equipment manufacturer formulations for each axle, promoting a rotor-friendly surface and long pad wear.