Pagid Car & Truck Brakes & Parts for Mercedes Benz

1 Pair (2 of) Front Disc Rotors. Photos are of actual boxes of rotors.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid Racing RS compounds are developed to comply with the strictest standards in racing and surpass the ecological standards set forth by the automotive industry. Pagid RS All Round Racing Brake Pads provide consistent in-stop behavior with good pedal feedbck, excellent release characteristics, low heat conductivity, easy bedding, and are disc friendly.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RS compounds are developed to comply with the strictest standards in racing and surpass the ecological standards set forth by the automotive industry. Pagid RS All Round Racing Brake Pads provide consistent in-stop behavior with good pedal feedbck, excellent release characteristics, low heat conductivity, easy bedding, and are disc friendly.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RS compounds are developed to comply with the strictest standards in racing and surpass the ecological standards set forth by the automotive industry. Pagid RS All Round Racing Brake Pads provide consistent in-stop behavior with good pedal feedbck, excellent release characteristics, low heat conductivity, easy bedding, and are disc friendly.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RS compounds are developed to comply with the strictest standards in racing and surpass the ecological standards set forth by the automotive industry. Pagid RS All Round Racing Brake Pads provide consistent in-stop behavior with good pedal feedbck, excellent release characteristics, low heat conductivity, easy bedding, and are disc friendly.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSC Ceramic Compounds are developed to comply with the latest requirements and technology in ceramic composite brake disc technology. Pagid Racing RSC Ceramic brake pads have been engineered to meet or surpass all current ecological standards of the automotive industry. Pagid Racing RSC Ceramic Pads are specifically designed for ceramic disc applications, provide a wide operating temperature range, have excellent release characteristics and feature low heat conductivity for repeated hard braking.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid Racing RSL Endurance Racing Pads compounds are developed to comply with the latest requirements in endurance racing. Designed to meet or surpass all current ecological standards set by the automotive industry, Pagid Racing RSL Endurance Racing Pads feature excellent performing friction materials for endurance racing, superior modulation and controllability, low heat conductivity and progressive in-stop friction behaviour.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid RSH Racing Brake Pads for Historic Cars have been engineered to comply with the latest requirements in historic racing and meet or surpass all current ecological standards of the automotive industry. Pagid RSH Racing Brake Pads for Historic Cars provide very good modulation and controlability, slightly progressive in-stop friction behavior, wide operating temperature range, and low heat conductivity.

Pagid Racing RS compounds are developed to comply with the strictest standards in racing and surpass the ecological standards set forth by the automotive industry. Pagid RS All Round Racing Brake Pads provide consistent in-stop behavior with good pedal feedbck, excellent release characteristics, low heat conductivity, easy bedding, and are disc friendly.

Pagid Racing RS compounds are developed to comply with the strictest standards in racing and surpass the ecological standards set forth by the automotive industry. Pagid RS All Round Racing Brake Pads provide consistent in-stop behavior with good pedal feedbck, excellent release characteristics, low heat conductivity, easy bedding, and are disc friendly.