Skip to product information
1 of 1

Brembo OE

Brembo P85152N Front Ceramic Brake Pads for 2017-2020 Audi RS3, 2018-2021 Audi

Regular price
$79.95
Regular price
Sale price
$79.95
Shipping calculated at checkout.

In Stock: 18

Orders by 1pm PST ship same business day

Free Shipping w/3-4 Day Delivery

Authorized Dealer

Fitment Guarantee

30-Day Hassle Free Returns


Product Specification:

SKU:BREP85152N

MPN: P85152N

UPC: 8020584068342

Weight: 6.2 lb

Inventory: 18

Type: Brake Pads - OE



Description

Vehicle Fitment

  • 2017-2020 Audi RS3 (Front, 2.5L I5)
  • 2018-2021 Audi TT RS Quattro (Front, 2.5L I5)

Features

  • OE-equivalent NAO (Non-Asbestos Organic) ceramic friction material
  • Low-dust formulation for cleaner wheels
  • Premium anti-squeal shims included
  • Prepared for wear indicator installation
  • Thermal scorched to minimize break-in requirements and fade
  • Designed to meet ECE R90 type-approval standards
  • Compatible with cross-drilled and slotted rotors
  • Ideal for street use with enhanced comfort and reduced noise

Specifications

  • Pad Width: 95.3 mm
  • Pad Height: 74.3 mm
  • Pad Thickness: 17 mm
  • FMSI Reference: D2099
  • WVA Number: 25111
  • Material: Ceramic
  • Hardware: Includes anti-squeal shims
  • Wear Indicator: Prepared for installation

Included Components

  • 2x Front Brake Pads (Left and Right)
  • 2x Anti-Squeal Shims

Product Description

The Brembo P85152N Front Ceramic Brake Pads are engineered to deliver premium braking performance for select Audi vehicles from 2017 to 2021. Crafted with OE-equivalent NAO ceramic friction material, these pads provide a low-dust solution while maintaining smooth, quiet, and consistent braking performance.

This set is designed for the front axle and includes anti-squeal shims while being prepared for wear indicator installation, ensuring an easy and precise replacement. Compatible with cross-drilled and slotted rotors, the P85152N pads meet ECE R90 type-approval standards, making them a reliable choice for Audi enthusiasts who demand both performance and refinement.

Photo - Primary