Description
Undoubted Braking Power. Take full control of the stopping power of your high performance rig by installing the tested and proven Hawk Performance Blue 9012 Brake Pads. This pair of brake pads is engineered to provide massive stopping power while producing almost zero dust and noise. They are also perform exceptionally well with medium/high torque temperatures.
High Strength Ferro Carbon Compound. The Hawk Performance Blue 9012 Brake Pads are built to handle the toughest braking jobs without excessive wear or fading. Measuring at .65” in thickness, 5.77” in width and 2.52” in height, these pair of brake pads are made from LTS ferro carbon material so as to deliver optimal braking performance.
Near Zero Dust and Noise. Backed by an aerospace design and precision manufacturing, the Hawk Performance Blue 9012 Brake Pads have the ability to stop fast moving and heavy vehicles almost instantly quietly and with almost no dust.
Direct Fit Replacement. The Hawk Performance Blue 9012 Brake Pads allow for an easy and direct installation that does not require custom any modifications. With the help of light mechanical skills and tools, anyone can complete the process in about 45 minutes.
Warranty. Hawk Performance assures that the Hawk Performance Blue 9012 Brake Pads are free from poor quality materials and sloppy manufacturing and also provide a limited lifetime warranty on the same subject to meeting the specified qualifying conditions.
Applications. The Hawk Performance Blue 9012 Brake Pads are designed and engineered to be compatible with all 2005 To 2014 Ford Mustang Models.
Hawk Performance HB485E.656
CA Residents: WARNING: Cancer and Reproductive Harm
- Provides Superior Braking Power
- Provides a Trendy Accent to the Wheels
- Built For Street, And Occasional Off-Road Use
- Ferro Compound Material
- Almost Silent with Minimal Dust
- Direct Fit Replacement Rear Pair
- Passenger and Driver Side Pads Included
- Limited Lifetime Warranty
- Compatible with All 2005 To 2014 Ford Mustang Models
| Brand | Hawk Performance |
| Brake Pad Placement | Rear |
| Brake Pad Material | Ferro-Carbon Compound |
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