• EBC Greenstuff Front Brake Pads | 2017+ Audi A4 2.0L Turbo (B9)
  • EBC Greenstuff Front Brake Pads | 2017+ Audi A4 2.0L Turbo (B9)
  • EBC Greenstuff Front Brake Pads | 2017+ Audi A4 2.0L Turbo (B9)
  • EBC Greenstuff Front Brake Pads | 2017+ Audi A4 2.0L Turbo (B9)
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EBC Greenstuff Front Brake Pads | 2017+ Audi A4 2.0L Turbo (B9)

EBC Greenstuff Front Brake Pads | 2017+ Audi A4 2.0L Turbo (B9)

DP22273

In stock

$130.39 USD
$170.50 USD $130.39 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The EBC Greenstuff Front Brake Pads are high-performance brake components designed for reliable and quiet stopping power. Crafted for everyday street driving, these pads are suitable for sport compacts, muscle cars, and light trucks that require a balance of performance, durability, and low dust generation. Made with a high-temperature compound, they help maintain a clean wheel appearance while providing consistent braking performance. The Greenstuff pads are engineered to deliver improved stopping power over stock pads, making them an excellent upgrade for daily drivers seeking enhanced safety and reliability.

These brake pads are compatible with 2017 and newer Audi A4 models equipped with a 2.0L turbo engine. They are designed as a direct fit for the front axle, ensuring straightforward installation without modifications. Ideal for street use, these pads offer a practical upgrade for drivers seeking improved braking performance and reduced dust. The kit includes the necessary pads for the front wheels, providing a complete replacement solution. Suitable for daily driving and spirited street use, these pads enhance overall braking efficiency and vehicle safety.

Overview

EBC Brake Pads

Part #: DP22273

Overview

EBC Green Stuff Front Brake Pads are designed to provide reliable, quiet braking performance for your vehicle. Crafted for everyday street driving, these pads are ideal for sport compacts, muscle cars, and light trucks that demand a balance of performance, durability, and low dust. They help maintain a clean wheel appearance while offering consistent stopping power, making them a practical upgrade over stock pads for daily drivers seeking improved braking response without excessive noise or dust.

Key Features

EBC Green Stuff Brake Pads feature a specialized formulation that reduces dust by approximately 30% compared to OEM pads, helping keep your wheels cleaner. The beveled edges and center-line slot are engineered to minimize noise and vibration, ensuring a quieter braking experience. Constructed with high-quality friction materials, these pads deliver reliable stopping power and fade resistance during regular driving conditions. Their design supports smooth engagement and consistent performance, contributing to safer, more confident braking.

Construction & Design

The pads incorporate advanced friction formulations and precision machining to ensure optimal contact with the rotor. The beveled edges and slot help improve pad life and reduce noise, while the durable backing plates provide structural integrity for long-lasting performance.

Driving Feel & Feedback

Designed to offer a responsive and predictable braking feel, the Green Stuff pads help improve your vehicle’s stopping response without harshness. They support a confident driving experience by providing consistent feedback during braking, even under repeated use.

Installation & Fitment

These pads are a direct replacement for your vehicle’s stock front brake pads. Proper installation should be performed following standard procedures, and fitment should be verified against your specific vehicle model and year.

What’s Included

The package includes a set of front brake pads designed to fit 2017+ Audi A4 2.0L Turbo (B9) models. Hardware and additional components are not included and should be transferred from your existing setup if necessary.

Ideal For

Ideal for daily drivers seeking quieter, cleaner, and more reliable braking performance, these pads are perfect for those who want an upgrade that balances comfort and stopping power without sacrificing durability.
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