Performance Friction Brakes – PFC Brakes

PFC Z-Rated Brake Pads 1792.10

FMSI Number

FMSI Steel

FMSI Friction

UNSPSC

Brake Pad Material

Installation Hardware Included

Noise-reducing Shim Included

Wear Sensor Type

Noise-Reducing Chamfers

Friction Slotted

Anti-Rattle Clip Included

Integrally Molded

Rust Resistant Coating

UPC Code

ItemWeight (lb)

ItemLength (in)

ItemWidth (in)

ItemHeight (in)

Items per Case

Case Weight (lb)

Case Length (in)

Case Width (in)

Case Height (in)

Items Per Pallet

Minimum Order QTY

ID CODE 1684

Disc Brake Pad - Max Performance Carbon Metallic Brake Pad - Front

Confirmed Vehicle Fitment

Make Model Year Notes

Audi RS6 C7 quattro  2013 - 2018        Front

Ford Mustang GT (Brembo package)   2015 - 2020        Front

Ford Mustang Roush P-51  2015 - 2018        Front

Mercedes-Benz AMG GT R 4-matic      2016 - 2020        Front

Mercedes-Benz AMG GT S 4-matic       2014 - 2019        Front

Mercedes-Benz C63 AMG   2014 - 2020        Front

Mercedes-Benz C63 AMG S 2014 - 2020        Front

Mercedes-Benz GL63 AMG 4-matic      2011 - 2017        Front

Mercedes-Benz ML63 AMG 4-matic     2011 - 2017        Front

PFC Z-Rated Compound

Z-Rated compound has been developed for fast road / track day applications. It provides more stopping power and increased fade resistance over the standard OE materials but retains the good qualities of the road pad i.e., low dusting and noise along with low wear rate.

High performance compound, gained through competition pad developments • Compound designed for low dusting qualities • Several built-in noise suppression technologies • Excellent disc conditioning, giving even transfer layer on disc to reduce uneven pad deposits.

Quieter – Outperforms all ceramic and semi-metallic pads in noise tests resulting in less than 1% noisy stops.

Quicker – CarbonMetallic® pads deliver more stopping power throughout the operating temperature range. Firmer and more responsive pedal.

Lower Dust – CarbonMetallic® brake pads contain ZERO hazardous dust.

Last much longer – CarbonMetallic® brake pads have a higher thermal threshold making them more resistant to wear than any other semi-metallic or ceramic pads during temperature range testing. This results in better brake pad and disc life.

CarbonMetallic® Technology

Multi-Layer Technology™  – Eliminates noise.

FEA Designed Chamfer – Eliminates noise and allows for smoother actuation and a firmer pedal.

IONIC FUSION™ – No pad separation.

Temperature-resistant shims – Final noise barrier. Does not deteriorate with temperature.

Patented powder coating – Reduces corrosion and extends pad life.

Laser Diffraction Technology – Measures raw material particle size to ensure perfectly consistent particle structure & density.

VIP Motorsport is a UK & European Dealer of PFC Brakes. Image may not be accurate. Contact us for a lead time.