RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

Made 100% in the EBC Brakes Bristol UK facility from a Carbon Kevlar blend of materials, capable of temperatures and stability rarely seen in performance brakes.This Part Fits: Year Make Model Submodel 2013-2015 Porsche 911 Carrera 2013-2015 Porsche 911 Carrera 4 2014-2015 Porsche 911...

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

Made 100% in the EBC Brakes Bristol UK facility from a Carbon Kevlar blend of materials, capable of temperatures and stability rarely seen in performance brakes.This Part Fits: Year Make Model Submodel 2010-2011 Porsche 911 GT3 2011 Porsche 911 GT3 RS

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

Made 100% in the EBC Brakes Bristol UK facility from a Carbon Kevlar blend of materials, capable of temperatures and stability rarely seen in performance brakes.This Part Fits: Year Make Model Submodel 2017-2020 Porsche 718 Cayman Base 2020 Porsche 718 Cayman T 2013-2015 Porsche...

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

Made 100% in the EBC Brakes Bristol UK facility from a Carbon Kevlar blend of materials, capable of temperatures and stability rarely seen in performance brakes.This Part Fits: Year Make Model Submodel 2017-2020 Porsche 718 Boxster Base 2018-2019 Porsche 718 Boxster GTS 2017-2020 Porsche...

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

Made 100% in the EBC Brakes Bristol UK facility from a Carbon Kevlar blend of materials, capable of temperatures and stability rarely seen in performance brakes.This Part Fits: Year Make Model Submodel 2015 Mitsubishi Lancer Evolution Final Edition 2008,2010-2015 Mitsubishi Lancer Evolution GSR 2008,2010-2015...

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...

Made 100% in the EBC Brakes Bristol UK facility from a Carbon Kevlar blend of materials, capable of temperatures and stability rarely seen in performance brakes.This Part Fits: Year Make Model Submodel 2020 Nissan GT-R 50th Anniversary Edition 2015-2016 Nissan GT-R Black Edition 2015-2020...

RP-X(TM) Racing Front Brake Pads by EBC(R). EBC Racings RP-X compound is an ultra-high performance track and race pad designed for performance vehicles driven hard on track and for dedicated race cars. RP-X has a very stable friction coefficient of 0.55 mu up to...