Skip to product information
1 of 1

Hawk DTC-70 Race Rear Brake Pads | Subaru BRZ/86/FR-S (13-22) (HB671U.628)

Hawk DTC-70 Race Rear Brake Pads | Subaru BRZ/86/FR-S (13-22) (HB671U.628)

SKU:HB671U.628

In stock

Regular price $278.09 USD
Regular price $308.99 USD Sale price $278.09 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The Hawk Performance DTC-70 Race Rear Brake Pads are high-performance brake components designed for spirited driving and track use. Engineered specifically for the 2013–2022 Subaru BRZ, Toyota 86, and Scion FR-S, these pads deliver exceptional stopping power and precise control during aggressive braking. Constructed with Hawk's advanced friction materials, the DTC-70 pads provide consistent performance under high temperatures and demanding conditions, making them ideal for enthusiasts seeking maximum deceleration and fade resistance. Their design ensures optimal thermal stability and durability, supporting intense driving sessions without compromising braking feel or response.

These brake pads are a direct replacement for the rear brakes on compatible models, fitting Subaru BRZ, Toyota 86, and Scion FR-S vehicles from 2013 to 2022. They are intended for track days, autocross, or spirited street driving where high-performance braking is essential. Installation involves standard bolt-on procedures, and the kit includes the necessary pads for the rear axle. Suitable for drivers seeking aggressive braking performance, these pads enhance stopping distances and pedal feel, making them a reliable upgrade for performance-oriented applications.

Overview

Hawk Performance DTC-70 Race Rear Brake Pads

Part #: HB671U.628

Overview

The Hawk DTC-70 Race Rear Brake Pads are high-performance brake components designed for enthusiasts and racers seeking maximum stopping power and durability. Engineered specifically for Subaru BRZ, 86, and FR-S models from 2013 to 2022, these pads are ideal for track days, autocross, and spirited driving. Crafted from advanced friction materials, they deliver consistent performance under extreme conditions, helping you achieve confident braking and improved pedal feel. Whether you're a competitive driver or a dedicated enthusiast, these brake pads support your vehicle’s braking system with enhanced response and heat management, ensuring reliable performance lap after lap.

Key Features

Designed with racing-grade materials, the Hawk DTC-70 pads feature a high-friction compound that provides exceptional stopping power. The pads are engineered to withstand high temperatures without fade, making them suitable for aggressive driving. Their construction includes durable backing plates and optimized pad shapes for even wear and reduced rotor stress. The aggressive friction formulation ensures quick bed-in and consistent performance, while the low dust and noise characteristics support a cleaner, quieter operation compared to traditional racing pads.

Construction & Design

These brake pads are constructed from a specialized high-friction compound that balances aggressive stopping power with durability. The backing plates are precision-machined for a perfect fit, ensuring optimal contact and heat dissipation. The design emphasizes thermal stability and resistance to brake fade, supporting sustained high-performance braking during intense driving sessions.

Driving Feel & Feedback

The DTC-70 pads provide a firm pedal feel with immediate response, giving the driver precise control during aggressive braking. The consistent friction levels help improve confidence and modulation, especially on the track or during spirited driving.

Installation & Fitment

Installation requires standard brake pad replacement procedures. Proper bedding-in is recommended to maximize performance and lifespan. Fitment should be verified against vehicle specifications and part number HB671U.628 to ensure compatibility.

What’s Included

The package includes a set of rear brake pads designed specifically for Subaru BRZ, 86, and FR-S models, with hardware and shims as applicable for a direct bolt-on upgrade.
View full details