MX72 is the ultimate street ceramic-carbon-metallic compound developed for extreme speeds and power. MX72 is developed with lots of technology and effort in it to cope with the demands of an extreme street compound. It is suited for use in a power brake system with or without ABS and EPS. The MX72 is a high heat resistance compound which can also be used for circuit racing, like a sports car club race day, so there is no need to change pads for such an event. The initial bite and response is excellent even at very high speed like 250-300 km/h and so also the pedal feel and brake balance.
- Friction: 0,37-0,47μ
- Heat levels: 50-700°C
MX72-PLUS is a further developement of the trustworthy compound MX72, with even higher heat resistance and a higher initial bite than MX72 and has it’s main focus on brake control. MX72-PLUS maintains braking force at very high temperatures and is suited for both street driving and track days.
- Friction: 0,39-0,47μ
- Heat levels: 50-750°C
PC is a high initial bite street compound that reacts quickly at low and high temperatures and is consistent over the heat range. Developed for lots of stop-and-go driving, this compound is a soft compound that is strong and resistant against high temperatures. It is ideal also for closed course drag racing. PC has a non-steel developmental process with no steel materials in the compound, this makes the deposit dust minimal and rusting is prevented, enabling ease of cleaning the wheels.
- Friction: 0,35-0,45μ
- Heat levels: 0-400°C
SSM has been known for its extremely low levels of dust, low noise levels, and long life characteristics. Many consider this the highest grade brake pad for street-type conditions. Very popular amongst car show users and high-end vehicle owners that care very much about maintaining clean wheels and an overall clean look. Part of the Non-Steel Series, Endless uses a Non-Steel Developmental Process. With no steel materials, dust is minimal and rusting is prevented, enabling ease of cleaning wheels (even with water).
- Friction: 0,30-0,40μ
- Heat levels: 0-530°C