Product Description
PFC 08 Racing brake pads for the front of F22 M235i/M240i, F30 335i/340i, F32 435i/440i, F87 M2, F80 M3, F82/F83 M4 with cast iron brakes.Race pads with smooth initial bite, slight friction rise with temperature, and excellent release and modulation characteristics
Performance Friction race pads have been the pad of choice for the BimmerWorld IMSA Continental Tire SportsCar Challenge Team since we tested our first set back in our World Challenge days. The fact is, Performance Friction race pads take home more championships per year than any other pad brand on the market, and those same pads are available to you.
PFCs 08 compound has gained a well-earned following in endurance, sportscar, and GT racing due to its performance in applications where exceptional wear rates and smooth initial bite are a must. The 08 race pads have a slight friction rise as temperature increases, excellent release and modulation characteristics, and very low abraded disc wear. On top of the excellent overall performance, the 08 compound has the longest wear rate of all PFC pads.
The mission of Performance Friction is to provide the optimal pad compound for each application that they make. Rather than the shotgun method of developing every pad in every compound, PFC builds the correct pad to suit the venue it is designed for.
- Smooth initial bite
- Excellent release and modulation
- Exceptional wear rates
- Low disk wear
- Ideal for endurance and extended track day use
NOTE on Street Use - These are race and track-use pads. While they can be driven on the street, and many of our customers choose to drive to and from events with them, they are designed for ultimate track performance and their street manners may not meet everyone's demands. If you are looking for a street-worthy race pad, these 08 compounds have the lowest wear rates and noise of the PFC race pads.
Made in the USA
* - These pads fit all M235i/M235xi/335i/335xi/435i/435xi with stock brakes or the optional M Sport S2NH brakes. They also fit all M2/M3/M4 models.
