Description
Fast and Powerful Braking. Installing Hawk Performance DTC-60 Brake Pads gives your Pony excellent stopping power at high speeds, making them a great addition to your race day gear. Fade resistant, these brake pads continue to work, lap after lap. Once you adjust to the easy modulation, you’ll find you finish faster with just a single modification.
DTC-70 Compound Construction. Designed for long wear and to be easy on rotors, the DTC-70 front brake pads provide exceptional stopping power that works great for high deceleration rates. With an operating temperature range the runs from 400-1600 degrees, you get top of the line torque control from the second they warm up.
Moderate Dust and Noise. The DTC-70 pads are not designed for regular street use, but on the track they significantly outperform standard brakes. Expect more dust and noise than you would see from street brakes, but a lot less than many other semi-metallic options on the market.
Straightforward Installation. Though designed for racing only, these pads install using the factory hardware. That allows you to make a single modification while leaving the rest of the brake assembly intact. Installation typically takes 2 hours and only uses basic hand tools.
Limited Lifetime Warranty. With your Hawk Performance brake pads, you also get a limited lifetime warranty against defects in material or workmanship. Check the manufacturer’s website for details on limitations and exclusions.
Application. Hawk Performance DTC-70 Brake Pads are designed for easy installation on all 2005-2010 Ford Mustang GT and V6 models.
Hawk Performance HB484U.670
CA Residents: WARNING: Cancer and Reproductive Harm
- Extremely Quick Stops
- High Torque with Intuitive Control
- Ferro Carbon Compound Material
- Operating Temperatures Between 400-1600 Degrees
- Excellent Modulation
- Most Aggressive Initial Bite for DTC Pads
- Straightforward Installation
- Limited Lifetime Warranty
- Fits 2005-2010 Ford Mustang GT and V6 Models
| Brand | Hawk Performance |
| Brake Pad Placement | Front |
| Brake Pad Material | Ferro-Carbon Compound |
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