WAGNER Parking Brake Pad MX971

About this part

Park Brake Pad Set, ThermoQuiet Park Brake Pad Set, ThermoQuiet Parking Brake Disc Brake Pad Set Semi-Metallic, 2012-2015 Tesla S (Rear) (Qualifier: OE Pad Material is Semi-Metallic) 2008-2012 Jaguar XKR (Rear) (Qualifier: OE Pad Material is Semi-Metallic, with Alcon Brakes) 2012 Jaguar XKR-S (Rear) (Qualifier: OE Pad Material is Semi-Metallic, with Alcon Brakes) 2015-2021 Jaguar F-Type (Rear) (Qualifier: OE Pad Material is Semi-Metallic, Ceramic Composite Brakes, with Parking Brake) 2005-2006 Jaguar Super V8 (Rear) (Qualifier: OE Pad Material is Semi-Metallic, To Chassis # G49700, with Electric Parking Brake) 2010-2011 Jaguar XK (Rear) (Qualifier: OE Pad Material is Semi-Metallic) 2003-2006 Jaguar S-Type R (Rear) (Aspiration: Supercharged / Qualifier: OE Pad Material is Semi-Metallic, with Electric Parking Brake) 2004 Jaguar Vanden Plas (Rear) (Qualifier: OE Pad Material is Semi-Metallic) 2004-2005 Jaguar XJR (Rear) (Qualifier: OE Pad Material is Semi-Metallic, with Electric Parking Brake) 2005-2006 Ford GT (Rear) (Qualifier: OE Pad Material is Semi-Metallic) 2008-2020 Audi R8 (Rear) (Qualifier: OE Pad Material is Semi-Metallic, Except Ceramic Composite Brakes), Wagner ThermoQuiet MX971 Parking Brake Disc Brake Pad Set Semi-Metallic for Tesla S, Wagner TQ® brake pads feature a zero-copper friction formulation and a unique Integrally Molded Insulator (IMI™) technology for quieter operation, QUIET PERFORMANCE -- Semi-metallic friction material engineered in-house to allow quiet operation and high performance, EXCEPTIONAL BRAKING POWER -- Advanced friction formulations dissipate heat for superior braking performance, ONE-PIECE DESIGN -- IMI™ technology integrates friction material, backing plate and insulator into the brake pad for select applications, HARDWARE INCLUDED -- Premium stainless-steel hardware included for select applications, COMPREHENSIVE COVERAGE -- Brake pads available for all vehicle types, ZERO COPPER FORMULATION -- Features Wagner OE25™ zero-copper friction formulation