| Year | Make | Model |
|---|---|---|
| 2019 | BMW | M2 Competition |
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Hawk Performance FC4 DTC-60 Race Brake Pads (HB193G.610)
Hawk Performance FC4 DTC-60 Race Brake Pads (HB193G.610)
SKU:HB193G.610
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Regular price
$307.79 USD
Regular price
$341.99 USD
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$307.79 USD
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â–¶ Vehicle Fitments
The Hawk Performance FC4 DTC-60 Race Brake Pads are high-performance brake components engineered for motorsport and spirited driving. Designed to provide exceptional stopping power and fade resistance, these pads are suitable for track days, autocross, and demanding driving conditions. Constructed with advanced friction materials, they deliver consistent performance and durability under extreme heat and stress, making them ideal for racing enthusiasts seeking reliable braking performance. The pads feature a DTC-60 formulation that enhances thermal stability and reduces brake fade, ensuring confident braking during intense driving sessions.
These universal fitment brake pads are compatible with a wide range of vehicles, making them suitable for various makes and models used in racing or high-performance applications. They serve as a direct replacement for stock brake pads, offering improved braking response and heat dissipation. Installation is straightforward for experienced technicians or enthusiasts familiar with brake upgrades. The set includes the necessary pads for a complete front or rear brake upgrade, supporting aggressive driving styles and track use. These pads are perfect for drivers seeking maximum performance and durability in demanding environments.
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Overview
Overview
Hawk Performance FC4 DTC-60 Race Brake Pads (HB193G.610)
Part #: HB193G.610
Overview
The Hawk Performance FC4 DTC-60 Race Brake Pads are high-performance brake components designed for serious driving enthusiasts and motorsport applications. Crafted to deliver exceptional stopping power and fade resistance, these pads are ideal for track days, autocross, and spirited driving. Engineered for durability and consistent performance under extreme conditions, they help improve your vehicle’s braking response and confidence behind the wheel. Whether you’re upgrading your street car for track use or building a dedicated race vehicle, these brake pads provide the reliability and performance you demand.Key Features
These brake pads feature advanced friction materials formulated for high-temperature stability and fade resistance. They are designed to optimize braking response and modulation, ensuring precise control during aggressive driving. The pads are engineered to work seamlessly with high-performance brake systems, providing consistent performance lap after lap. Their construction supports durability and longevity, making them a reliable choice for demanding driving environments.Construction & Design
The Hawk FC4 DTC-60 pads incorporate a specialized friction compound that balances aggressive stopping power with low dust and noise levels. The design emphasizes thermal stability and wear resistance, ensuring the pads maintain their performance over extended use. The backing plates are engineered for optimal heat dissipation, helping to prevent overheating and brake fade during intense driving sessions.Performance & Response
These brake pads are intended to provide immediate and confident braking response, even under high stress. They help reduce stopping distances and improve pedal feel, giving you better control during high-speed deceleration. The pads are suitable for vehicles that require a high-performance brake solution capable of handling the demands of racing and spirited driving.Installation & Fitment
Installation requires standard brake pad replacement procedures. Compatibility should be verified against your vehicle’s specifications and the part number provided. Proper bedding-in of the pads is recommended to maximize performance and lifespan.What’s Included
The package includes a set of Hawk FC4 DTC-60 Race Brake Pads designed for optimal fitment and performance in high-stress driving conditions. Hardware and additional components are not included and should be sourced separately if required.
