TRQ Rear Brake Pads Ceramic Compatible with 2018-2022 Jeep Wrangler

In this review of the TRQ Rear Brake Pads Ceramic Compatible with 2018-2022 Jeep Wrangler, the bottom line is simple: these pads are aimed at DIY owners who want a direct-replacement ceramic option with clear installation guidance. The pads are made for specific Wrangler models and come with pre-assembled components that simplify fitting, while the maker backs the product with an extensive library of DIY videos to help you "view before you do". For anyone comfortable doing rear brake work, the pads offer good value and straightforward replacement, though buyers should double-check fitment for their exact trim and brake code.

Key Features

• Ceramic construction: Delivers quieter, dust-reduced braking and consistent performance for everyday driving needs.
• Direct fit design: Pre-assembled components are intended to match original equipment dimensions and reduce installation time and effort.
• Compatibility guidance: Clearly labeled fitment for 2018-20 Wrangler Rubicon and Unlimited Sahara/Rubicon rear, and 2021-22 Wrangler rear with Brake Code BR6 to limit guesswork.
• DIY video support: The brand provides how-to videos so installers can preview the procedure and feel more confident before starting the job.
• Measured thickness: Inner and outer pad friction material thickness of 0.47 in (12 mm) to match common OEM wear profiles for these models.

Who It's For

This product is best for Jeep Wrangler owners from model years 2018 through 2022 who need rear brake pads that mimic original geometry and who plan to perform the job themselves or have a trusted independent mechanic. The included DIY video resources and the direct-replacement approach make these pads a practical choice for owners who value clear guidance and a straightforward swap.

Those who should look elsewhere include buyers who cannot confirm their vehicle's brake code or exact trim fitment, and shoppers who need specialized performance pads for heavy towing or track use; this ceramic option is optimized for everyday street driving rather than high-temperature, high-performance applications.

Pros & Cons

Pros

• Good value for money while offering predictable braking performance in normal driving.
• Pre-assembled, direct-fit parts reduce the chance of modification and speed up installation.
• Comprehensive fitment information and DIY video support help installers prepare before starting work.

Cons

• Fit reports are mixed among customers, so confirming compatibility with your vehicle and brake code is essential.
• Some users report variable noise characteristics, so braking NVH may differ by vehicle and bedding.

Specifications

Pad Quantity	4
Inner Pad Friction Material Thickness	0.47 in (12 mm)
Outer Pad Friction Material Thickness	0.47 in (12 mm)
Inner/Outer Overall Thickness	0.71 in (18 mm)
Inner/Outer Pad Width	148 mm (5.83 in)
Inner/Outer Pad Height	51 mm (2.01 in)
Compatible Models	2018-20 Wrangler Rubicon and Unlimited Sahara/Rubicon rear; 2021-22 Wrangler rear with Brake Code BR6

Our Verdict

The TRQ ceramic rear brake pads are a sensible, value-focused replacement for compatible 2018-2022 Jeep Wrangler rear brakes. They combine direct-fit construction and helpful DIY video support, making them a practical choice for competent home mechanics and independent shops. Confirm fitment before purchase to avoid mismatch, but for confirmed applications these pads represent solid everyday performance and reasonable cost.

Frequently Asked Questions

Will these pads fit my 2019 Wrangler Unlimited Sahara?
They are listed as compatible with 2018-20 Wrangler Unlimited Sahara rear; confirm your exact trim and brake code to be certain.

Do the pads come with hardware?
The design mentions pre-assembled components for direct replacement, but check the product listing for any included clips or shims if your vehicle requires them.

Are these ceramic pads noisy?
Customer reports vary: many owners find them quiet, while a minority report some squeal; proper bedding and installation usually influence noise behavior.