Hawk Performance Race Brake Pads

Applicable to NASCAR/NASCAR modified, ARCA, Super Late models, pavement circle track, Pro 2/Pro 4, 2011–2025

Part #: HB130U1.097

Overview

The Hawk Performance Race Brake Pads are engineered for high-performance racing applications where maximum stopping power and aggressive initial bite are essential. Designed specifically for race cars and high-deceleration vehicles, these brake pads deliver exceptional torque and control under demanding conditions. Whether you're competing on the track or pushing your vehicle to its limits on pavement, the Hawk Race Brake Pads provide the stopping performance you need to stay competitive and safe.

Built for racing enthusiasts and professional drivers alike, these pads excel in environments that require superior modulation, rapid heat dissipation, and consistent performance. Their high-torque compound ensures you get highly responsive braking with a firm initial bite, making them ideal for vehicles with high deceleration rates, with or without downforce. The Hawk Race Brake Pads are a reliable choice for those seeking a winning solution on the race track or in competitive motorsports.

Key Features

The Hawk Performance Race Brake Pads incorporate advanced materials and design features to optimize braking performance in demanding racing scenarios. Key features include:

• High Torque Compound: Engineered for extremely high deceleration forces, providing powerful initial bite and consistent stopping power during intense braking zones.
• Superior Rotor & Pad Wear: Formulated to minimize rotor and pad wear, ensuring durability and longevity even under aggressive racing conditions.
• Excellent Modulation & Release: Designed for precise control, allowing drivers to modulate brake pressure effectively and achieve smooth, predictable releases for optimal handling.
• Versatile Application: Suitable for a variety of racing disciplines including NASCAR, ARCA, Super Late Models, pavement circle track racing, and Pro 2/Pro 4 off-road vehicles.
• Aggressive Initial Bite: Provides immediate brake engagement, crucial for quick deceleration and competitive edge on the track.
• High-Performance Friction Material: Developed to withstand high temperatures and maintain consistent performance during extended race sessions.

Construction & Design

The Hawk Race Brake Pads feature a high-performance, high-torque friction compound bonded to a durable backing plate designed to withstand the rigors of racing. The pads are crafted with precision to ensure optimal contact with the rotor, promoting even wear and reliable performance. Their formulation allows for rapid heat buildup and dissipation, reducing brake fade during prolonged use. The design emphasizes superior modulation and release characteristics, giving drivers confidence and control at high speeds. These pads are compatible with high-performance rotors and are suitable for use in demanding racing environments where durability and consistent performance are critical.

Installation & Fitment

The Hawk Race Brake Pads are designed as direct replacements for OEM brake pads, making installation straightforward for experienced racers and mechanics. They utilize the factory mounting points and are compatible with standard brake calipers used in racing applications. No modifications, cutting, or special tuning are required to install these pads, allowing for quick and hassle-free setup. Proper bedding-in procedures are recommended to maximize performance and lifespan.

• Easy bolt-on installation with compatible calipers
• No cutting, drilling, or tuning necessary
• Designed for race-ready vehicles with high deceleration demands

What's Included

• Set of Hawk Performance Race Brake Pads (front or rear, as specified)
• Installation instructions

Ideal For

• Race cars competing in NASCAR, ARCA, Super Late Model, pavement circle track, and off-road racing
• High-performance vehicles requiring aggressive initial bite and high torque braking
• Motorsport enthusiasts seeking reliable, race-ready brake pads for demanding conditions