Hawk Performance

2011–2025 Subaru Forester / Subaru Impreza / Subaru WRX 2.0L Turbo / 2.5L

Part #: HB122W.710

Overview

The Hawk Performance ST-60 Caliper DTC-30 Race Brake Pads are engineered for high-performance driving and racing applications. Designed to deliver exceptional stopping power, consistent brake feel, and reliable performance across a variety of motorsport disciplines, these pads are ideal for enthusiasts who demand the best from their braking system. Whether you're participating in dirt track racing, circle track events, NASCAR modifications, drag racing, trophy truck competitions, or pro buggies, the DTC-30 compound provides the control and confidence needed to push your vehicle to the limit.

These brake pads are crafted to enhance your vehicle's braking response, offering superior initial bite and smooth pedal modulation. The multi-purpose DTC-30 compound ensures effective braking in a wide temperature range, making them suitable for both track days and spirited street driving. Please note that Hawk Performance pads are designed to work with iron or metal rotors and are not compatible with carbon ceramic rotors. If you're seeking a dependable, high-performance brake pad for demanding racing environments, the DTC-30 is an excellent choice.

Key Features

The Hawk Performance ST-60 Caliper DTC-30 Race Brake Pads incorporate advanced materials and design features to optimize braking performance and durability. Key features include:

• Multi-purpose DTC-30 compound offers controllable torque and excellent modulation across a broad temperature range, from cold to high operating temperatures.
• Proven effective in various racing series, including dirt and circle tracks, NASCAR modifieds, drag racing, trophy trucks, and pro buggies.
• Superior release characteristics enable quick pad retraction, reducing heat buildup and brake fade during intense sessions.
• Consistent, smooth braking performance ensures driver confidence and precise control under demanding conditions.
• Designed specifically for use with iron and metal rotors, providing optimal friction and wear characteristics.
• Medium torque output balances aggressive braking with manageable pedal effort, suitable for high-performance applications.
• High-temperature stability up to 1200°F ensures reliable operation during extended racing sessions.
• Hawk's proprietary formulation minimizes dust and noise, maintaining cleaner wheels and a quieter ride.

Construction & Design

The DTC-30 brake pads feature a high-friction, multi-layered compound bonded to a durable backing plate. The pads are precision-machined to ensure perfect fitment and consistent contact with the rotor surface. Hawk's advanced formulation incorporates heat-resistant resins and friction modifiers to sustain performance at elevated temperatures. The pads are designed with a semi-metallic composition that provides excellent thermal conductivity and wear resistance, making them suitable for the rigors of racing and aggressive driving.

Installation & Fitment

The Hawk Performance ST-60 Caliper DTC-30 Race Brake Pads are designed as direct replacements for your vehicle's stock pads. Installation is straightforward for experienced technicians or enthusiasts familiar with brake system upgrades. No special modifications or tuning are required, and the pads are compatible with existing calipers and rotors. Proper bedding-in procedures are recommended to maximize performance and lifespan. Always ensure your brake system is properly inspected and maintained when upgrading to high-performance pads.

• Direct bolt-on replacement for compatible calipers
• No cutting, drilling, or special tuning required
• Follow bedding-in instructions for optimal performance

What's Included

• Set of Hawk Performance ST-60 Caliper DTC-30 Race Brake Pads
• Installation instructions

Ideal For

• Race car enthusiasts seeking high-performance brake pads
• Drivers participating in dirt, circle track, NASCAR modified, drag racing, or off-road events
• Performance-minded street drivers who demand consistent braking under demanding conditions