Introduction

Audi/Volkswagen Rear Brake Kit by Power Stop

PowerStop is on a mission to deliver an easy way for any driver to upgrade their brakes – no matter where or how they use their vehicle. If you are an experienced track day enthusiast running R-Compound tires, or compete in a spec racing series such as Spec Miata and want the ultimate performance brake pads, then look no further than PowerStop Track Day Spec High-Performance Brake Kit.

This kit comes complete with PowerStop Track Day Spec brake pads and Autospecialty rotors, taking the guesswork out of purchasing brakes for track use. As the official brake supplier of Radford Racing School (formerly Bondurant), Track Day Spec brake pads are data-driven and tested to provide extreme fade resistance, low thermal conductivity, and consistent pedal feel.

These platform-specific brake pads have an excellent coefficient of friction and resist fade during the rigors of your favorite track day event or competitive spec racing series. The Autospecialty brake rotors are 100% dynamic mill-balanced and provide a direct fit solution for your vehicle. When you are on the track, have confidence and control at every corner with PowerStop Track Day Spec High-Performance Brake Kit.

Features

• Aggressive Metallic Compound
• 100% Mill balanced rotors

Benefits

• Confidence & Control; Consistent pedal feel at every corner
• Extreme fade resistance at high speeds

Applications

• 2017-2020 Audi RS3
• 2015-2020 Audi S3
• 2015-2019 Golf R
• 2016-2021 Audi TTS Quattro
• 2018-2021(11/23/2020) Audi TT RS Quattro
• 2018-2020 Volkswagen Atlas
• 2020 Volkswagen Atlas Crosssport
• 2019-2020 Audi A3 Quattro
• 2019-2022 Audi Q3
• 2019-2021 Volkswagen Arteon

What’s In The Box?

• 1 – Complete Set of Rear Brake Rotors
• 1 – Complete Set of Rear Brake Pads

Warranty

• PowerStop LLC warrants this product to be free from defects in materials or workmanship for 90 days from the purchase date or 3,000 miles of use, whichever occurs first. PowerStop LLC is not responsible for its products when they are subjected to misuse, abuse, improper application, improper installation, or accident.