Description
Compounds are listed generally from least to most aggressive. If you are unsure what pad would work best for you, please do not hesitate to call us!
The Hawk HB518.642 comes in the following compounds:
HPS
HPS Brake Pads are the worldwide aftermarket standard for increasing stopping power on your street car. The unique Ferro-Carbon compound offers a higher coefficient of friction over stock pads, increasing stopping power by 20-40% and providing a greater resistance to brake fade. Best yet, the HPS pads are gentle on rotors, wear great, and are very low dust with minimal noise.
HP+
The HP Plus brake pad is the perfect compromise for drivers looking for an aggressive autocross or track-day pad that is still highly usable on the street. The HP Plus compound uses a unique Ferro-Carbon friction material that was developed and manufactured with high-performance autocross and track-day driving in mind. With its high friction coefficient and resistance to fade, this pad is the perfect upgrade for the enthusiast driver.
DTC-60
The DTC-60 compound is similar to the DTC-70 brake pad, but has less torque and initial bite, and improved pad wear. It is a great choice for lighter weight front axle applications or for a split friction set up (especially when paired with the DTC-70). The DTC-60 demonstrates excellent torque control that the DTC series is known for, providing first-rate modulation and release characteristics. Overall this is a great choice for cars needing high deceleration rates, with or without down force.
Common Vehicle Fitments:
BMW | E46 330i, 330Ci, 330Xi | 2000-06 | Rear |
E46 M3 | 2000-07 | Rear | |
E39 M5 | 1998-03 | Rear | |
Z3 M Roadster | 1997-03 | Rear | |
Z4 M Coupe | 2006+ | Rear | |
Z8 | 2000-03 | Rear | |
525i | 2007 | Rear | |
740iL, 750iL | 1996-01 | Rear | |
X3 (All) | 2005+ | Rear | |
X5 (All) | 2001+ | Rear | |
Land Rover | Range Rover, Range Rover HSE | 2003-05 | Rear |
For more details on Hawk Performance products, including complete fitment guides, please go to our Hawk Brakes Information page.