This compound was designed as an all-purpose pad where excellent controllability was a priority over ultimate stopping power. Due to its excellent modulation characteristics, this pad has proved very popular with race schools, rallying, and as a rear pad for applications such as touring cars. 97 has the lowest wear of all compounds, typically providing two to three times more life expectancy than competitors. This compound can also dramatically extend disc life.

97 is a medium torque race compound and as a result can provide reduced brake temperatures in situations where poor cooling can result in premature disc failure. 97 has the flattest torque curve of all the Performance Friction compounds. Effective from 167°F and reach 2000°F (75°C, reach 1100°C), 97 uses Performance Friction’s unique lubrication package that maintains a minimal transfer layer on the disc to help prevent brake judder and provide excellent release properties, therefore reducing overall drag in the brake system. 97 is extremely easy on the discs with very low wear.

97 is now being used in Bondurant, Derek Daley, Dale Jarrett Driving Adventure, Panoz, Mid Ohio, and Jim Russell racing schools because of it's long wear vs. performance vs. control and modulation.

For Non-M Applications only.

This compound was designed as an all-purpose pad where excellent controllability was a priority over ultimate stopping power. Due to its excellent modulation characteristics, this pad has proved very popular with race schools, rallying, and as a rear pad for applications such as touring cars. 97 has the lowest wear of all compounds, typically providing two to three times more life expectancy than competitors. This compound can also dramatically extend disc life.

97 is a medium torque race compound and as a result can provide reduced brake temperatures in situations where poor cooling can result in premature disc failure. 97 has the flattest torque curve of all the Performance Friction compounds. Effective from 167°F and reach 2000°F (75°C, reach 1100°C), 97 uses Performance Friction’s unique lubrication package that maintains a minimal transfer layer on the disc to help prevent brake judder and provide excellent release properties, therefore reducing overall drag in the brake system. 97 is extremely easy on the discs with very low wear.

97 is now being used in Bondurant, Derek Daley, Dale Jarrett Driving Adventure, Panoz, Mid Ohio, and Jim Russell racing schools because of it's long wear vs. performance vs. control and modulation.

For M Applications Only (M Roadster & M Coupe).

Some people prefer the 01 Compound in the front to the 97 Compound for M Coupe & Roadster Applications. It can be matched with the 97 compound in the rear.

Released in 2001,this compound has increased initial bite and improved modulation. The friction level has been increased for the first two-thirds of the braking event, with flatter torque curve and more linear friction curve compared to 83 and 93. This allows the driver to attack the brake pedal later, reducing the time spent on the brakes. Very smooth release will not over-slow the car, and won't overwhelm the car's set-up.

Like 97 compound, 01 has excellent modulation characteristics that improve controllability and driver confidence. 01 uses Performance Friction’s unique lubrication package that maintains a minimal transfer layer on the disc to help prevent brake judder and provide excellent release properties, therefore reducing overall drag in the brake system. 01 is extremely easy on the discs with very low wear. Effective from 167°F and reach 2000°F (75°C , reach 1100°C), optimum operating range is between 860°F and 1004°F (460°C and 540°C).

Fits E36 and E46 M3.

The Carbotech Track pads are a solid performer at a cheaper price than the Performance Friction 97 compound. These pads will fit all Z3 M Series cars (as well as the E36 3 Series). The XP10 is a more aggressive compound at the expense of some rotor life. Please refer to Carbotech's official compound description that follows.

XP10: For 2004, Carbotech unleashes Panther XP10 (compound 1110). This is an *extremely* high initial bite material, with a friction coefficient well above .6. Fade resistance is in excess of 1600F. Due to the high level of friction and bite, this material is recommended *ONLY* for cars in excess of 2600lbs using R-compound race tires or slicks (SCCA T1, T2, A Sedan, GT1, Trans-Am, Speed GT, etc.). On these heavier cars, 1110 still maintains the excellent modulation that has made the Panther-series of brake pads so popular. It is not recommended to drive this compound on the street or on the track with street tires due to the tendency to easily lock a lower-grip street tire with very little effort due to the high friction coefficient of this material. Note: Compound #1110 is more rotor aggressive than any other 1100-series compound.

Note, the XP09 compound is Discontinued. We are selling off what stock we still have.