TRQ Rear Brake Pads Ceramic Compatible with 2015-2020 Chevrolet

In this review the TRQ Rear Brake Pads Ceramic are examined for owners of 2015-2020 Chevrolet Colorado and GMC Canyon who need a direct replacement rear pad set. The bottom line is straightforward: these pads aim to deliver a quiet, durable ceramic option with pre-assembled, direct-fit components that simplify installation. They are best for DIYers who value a predictable replacement part and access to video guidance; however, fitment should be confirmed carefully since a few customers reported fit variation.

Key Features

• Ceramic friction material: Ceramic composition is intended to reduce dust and provide smoother engagement under normal driving conditions.
• Direct fit design: Pre-assembled pads are built to match original equipment dimensions for a precise replacement and to avoid modifications.
• Compatibility guidance: Reference numbers and compatibility notes help buyers confirm fit with 2015-20 Chevrolet Colorado and 2015-20 GMC Canyon rear brakes.
• Durable backing and shims: Black backing plate and pad shims are included to support stable braking performance and reduce vibration.
• DIY support videos: The brand provides extensive video resources to help users "view before they do" and follow installation steps.
• Bonded friction attachment: Friction material is bonded to the backing plate for consistent wear and reliable pad retention.

Who It's For

These pads are aimed at drivers of 2015-2020 Chevrolet Colorado and GMC Canyon models who prefer ceramic material for lower dust and a smoother feel compared with some metallic compounds. They also suit DIY mechanics who appreciate direct-fit parts and online video guidance to walk through removal and installation.

Shoppers who require an exact factory-match or who have experienced unusual fit issues with aftermarket parts should double-check the fitment chart and vehicle references before purchase. Those who need specialty high-performance or heavy-towing brake compounds should consider a different pad formulated for extreme duty.

Pros & Cons

Pros

• Generally good value by combining ceramic compound with a direct-replacement design.
• Pre-assembled components save time during installation and reduce the chance of installation errors.
• Brand support includes DIY videos to guide nonprofessional installers through the job.
• Bonded ceramic friction and black shims help control vibration and pad movement.

Cons

• Some customers reported mixed fitment results, so confirming compatibility is essential before installation.
• Noise reports vary among users; some experienced squealing while others did not, indicating potential for occasional brake noise.

Specifications

Fitment	2015-2020 Chevrolet Colorado Rear; 2015-2020 GMC Canyon Rear
Pad Quantity	4
Friction Material	Ceramic, bonded
Inner/Outer Pad Overall Thickness	15 mm (0.59 in)
Inner/Outer Pad Height	113 mm (4.45 in)
Inner/Outer Pad Width	49 mm (1.93 in)
Backing Plate / Shim Color	Black

Our Verdict

The TRQ Rear Brake Pads Ceramic are a practical choice for Colorado and Canyon owners wanting a ceramic direct-replacement that simplifies installation and aims to reduce dust. They represent good value for routine street use and DIY installation thanks to pre-assembled parts and video guidance, but buyers should confirm fitment carefully and be aware that noise and fit reports vary among users.

Frequently Asked Questions

Will these pads fit my 2018 Chevrolet Colorado?
They are listed for 2015-2020 Chevrolet Colorado rear fitment; confirm with the vehicle compatibility chart and reference numbers before purchasing.

Do these pads come with hardware?
The pads are pre-assembled with backing plates and shims; check the product description for included components and any required additional hardware for your calipers.

Are these suitable for towing and heavy-duty use?
These ceramic pads are intended for normal driving and everyday use; drivers who regularly tow heavy loads should consider a pad compound designed for higher thermal and fade resistance.