TRQ Front Performance Brake Pad & Rotor Kit - G-Coated Rotors

In this review of the TRQ Front Performance Brake Pad & Rotor Kit the reviewer finds it best suited for owners of 1998-02 Honda Accord V6 who want a direct-fit, ready-to-install front brake overhaul kit. The single biggest reason to buy is convenience: the package includes front semi-metallic pads, two premium G-coated slotted and drilled rotors, DOT 3/4 brake fluid and a non-chlorinated brake cleaner so a typical DIY or pro installation can be completed without sourcing additional chemicals or parts. Fit and quiet operation stand out in early use.

Key Features

• Direct fit: Designed to match OE mounting points so installation is straightforward for Accord V6 front brakes without modification.
• Full chemical kit: Includes 13 oz non-chlorinated brake cleaner and 12 oz DOT 3/4 brake fluid so you have the necessary fluids for bleeding and cleanup.
• Semi-metallic pads: Front pads use semi-metallic friction material to provide dependable stopping power and controlled wear under normal driving.
• G-coated rotors: Premium electrostatic G-coating helps resist rust and keeps rotor surfaces cleaner between installs.
• Performance surface: Slotted and drilled rotor faces aid in heat dissipation and help maintain consistent braking feel during heavier use.
• OE references included: Multiple OE and aftermarket reference numbers are listed to help verify fitment and compatibility.

Who It's For

This kit is aimed at Honda Accord owners (1998-2002 V6 3.0L) who prefer a single purchase that covers pads, rotors and the cleaning/bleeding chemicals for a front brake service. It suits DIYers comfortable with rotor and pad replacement as well as independent shops that want a ready-made OE replacement kit with corrosion-resistant rotors.

Those who routinely track their car or expect extreme high-mileage longevity from high-performance compounds should consider dedicated track rotors or long-life ceramic pad options elsewhere, since this package emphasizes balanced performance, fit and value for street use.

Pros & Cons

Pros

• Everything included in one kit simplifies a front brake service and reduces parts sourcing time.
• Semi-metallic pads deliver confident braking feel and tend to be quiet in normal use.
• G-coated slotted and drilled rotors offer improved rust protection and heat management compared with plain rotors.
• OE and aftermarket reference numbers help ensure correct fitment for compatible Accords.

Cons

• Durability reports are mixed, with some users noting they did not last a full year under certain driving conditions.
• Semi-metallic pads may produce slightly more dust than ceramic alternatives.

Specifications

Fitment	1998-02 Honda Accord V6 3.0L front
Pad material	Semi-metallic
Rotor diameter	11.10 in (282mm)
Rotor surface	Slotted x Drilled, vented
Brake fluid	DOT 3 & 4 (12 oz included)
Chemical included	13 oz non-chlorinated 50 state formula brake cleaner
Rotor coating	Premium G-coated electrostatic

Our Verdict

The TRQ front brake kit is a practical, value-oriented choice for 1998-02 Accord V6 owners who want a direct-fit, all-in-one service package with rotors that resist corrosion and pads that deliver reliable street braking. It is particularly good for DIYers and independent shops seeking convenience and predictable fit; those focused on maximum longevity or ultra-low dust should evaluate specialty pads or rotors.

Frequently Asked Questions

Does this kit include everything needed for a front brake service?
Yes; it contains front pads, two rotors, brake cleaner and DOT 3/4 fluid plus hardware and grease so you have the essentials for pad and rotor replacement.

Will these rotors fit my Accord without machining?
They are sold as direct-fit OE replacements for compatible 1998-02 Accord V6 applications, but always check vehicle-specific fitment information in the listing before purchase.

Are the pads quiet and dusty?
Most users report quiet operation and good braking quality; pads are semi-metallic so some dust is expected compared with ceramic options.