Cobalt Friction

Cobalt Friction Technologies Inc. is a leading developer and manufacturer of high-performance brake friction compounds for professional motorsports and club racing applications. The uncompromising performance and quality of Cobalt products, along with our industry-leading technical support and product knowledge, is the reason for our broad and continually expanding customer base in professional motorsports, club racing, and high-performance driver education programs. From street and autocross to the highest levels of motorport competition, Cobalt has a solution to meet you exact performance requirements

Cobalt Friction Products

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Cobalt Friction Brake Pads - CSR
The Cobalt Club Sport R compound sets new levels of performance for the competitive autocross andor HPDE participant As compared to competing products as well as our own previousgeneration GTSport the ...
Cobalt Friction Brake Pads - XR1
Cobalt Friction XR1 Brake Pads combines a very aggressive initial biteattack and high sustained torque levels with good modulationthreshold control and release characteristics to deliver unparalleled ...
Cobalt Friction Brake Pads - XR2
Based on the XR1 formulation Cobalt Friction XR2 Brake Pads features a strong initial bite with a controlled transition to a mediumhigh rising torque profile Particularly wellsuited to chassistire com ...
Cobalt Friction Brake Pads - XR3
Cobalt Friction XR3 Brake Pads is a highly versatile mediumhigh torque compound with very good cold performance and high fade resistance Excellent modulation and wear characteristics make the XR3 the ...
Cobalt Friction Brake Pads - XR4
Cobalt Friction XR4 Brake Pads a medium torque compound sharing the same application basis as the XR3 but at 10 overall lower torque levels Slightly rising torque profile at low to moderate line press ...
Cobalt Friction Brake Pads - XR5
Cobalt Friction XR5 Brake Pads are highly specialized lowmedium torque compound designed for rearaxle applications in vehicles exhibiting rapid and high levels of weight transfer under braking eg fron ...