Description
High-Performance Braking. The Hawk Performance DTC-60 Brake Pads; Front Pair deliver exceptional stopping power and consistent performance for high-demand driving conditions. Designed for both street and motorsports use, these pads provide superior release and torque control, making them ideal for lightweight front axle applications with or without ABS systems. Their low rotor wear ensures longevity without compromising braking strength.
Construction and Appearance. These brake pads utilize the DTC-60 compound, engineered to optimize friction and minimize rotor abrasion. The compound formulation is specifically designed to work with iron and metal rotors, ensuring reliable performance while being incompatible with carbon ceramic rotors. The pads feature a robust build with a textured friction surface, designed for both effectiveness and durability.
Installation. Installation follows standard brake pad replacement procedures with no drilling required. These pads fit directly onto compatible calipers and are suitable for professional or experienced DIY installation.
Warranty. These brake pads come with a limited lifetime warranty, assuring quality and performance throughout their lifespan. Application. Specifically designed to fit 2015-2023 Dodge Challenger with 6-Piston Front Calipers, ensuring precise compatibility for these high-performance vehicles.
Hawk Performance HB649G.605
CA Residents: WARNING: Cancer and Reproductive Harm
- Superior Release And Torque Control
- Very Low Abrasive Rotor Wear
- Popular Choice On Lightweight Front Axle Applications, With Or Without ABS
- Applicable To NASCAR/NASCAR Modified, ARCA, Super Late Models, Pavement Circle Track, Pro 2/Pro 4 Off Road Trucks/Pro Lite, Sports Car/GT/GS, Open Wheel/Formula
- Hawk Pads Are Designed To Work With Iron/Metal Rotors; Not Compatible With Carbon Ceramic Rotors
- Street And Motorsports Brake Pads
- Fits 2015-2023 Dodge Challenger with 6-Piston Front Calipers
| Brand | Hawk Performance |
| Brake Pad Placement | Front |
| Brake Pad Material | Ferro-Carbon Compound |
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