Economical Street-Type Brake Pad with Superior Initial Stopping Power. With the clear objective to improve overall performance above that of stock brake pads, the street-type brake pad was developed for street use where initial stopping power and...

Economical Street-Type Brake Pad with Superior Initial Stopping Power. With the clear objective to improve overall performance above that of stock brake pads, the street-type brake pad was developed for street use where initial stopping power and...

New Hyper-Carbon Brake Pad with Titanium Fluoride - By fusing together titanium fluoride with standard carbon, a highly advance brake compound has been achieved. The result is a superior brake pad which provides greater control and stopping...

Project Mu Forged 4 Piston Big Brake Kit for the Mitsubishi EVO VII, VIII,and IX is now available.  This forged caliper kit includes Project MuSteel Braided Brake Lines, dimpled and slotted 355mm rotors, and BForce pads. Fits:...

Economical Street-Type Brake Pad with Superior Initial Stopping Power - With the clear objective to improve overall performance above that of stock brake pads, the street-type brake pad was developed for street use where initial stopping...

Economical Street-Type Brake Pad with Superior Initial Stopping Power - With the clear objective to improve overall performance above that of stock brake pads, the street-type brake pad was developed for street use where initial stopping power...

Street Brake Pad with Superior Initial Stopping Power - Developed specifically for the street, NS outperforms any stock brake pads. Reliable in any weather or road conditions, NS gives outstanding initial stopping power which is a prime...

Street Brake Pad with Superior Initial Stopping Power - Developed specifically for the street, NS outperforms any stock brake pads. Reliable in any weather or road conditions, NS gives outstanding initial stopping power which is a prime...

New Hyper-Carbon Brake Pad with Titanium Fluoride - By fusing together titanium fluoride with standard carbon, a highly advance brake compound has been achieved. The result is a superior brake pad which provides greater control and stopping...

New Hyper-Carbon Brake Pad with Titanium Fluoride - By fusing together titanium fluoride with standard carbon, a highly advance brake compound has been achieved. The result is a superior brake pad which provides greater control and stopping...