The Story
Rear Brake Kit for Jaguar and Land Rover
Dynamite Friction DFC Geospec Rotors with 5000 Euro Ceramic Brake Pads, part number 4602-11026, is a rear disc brake kit for select Jaguar and Land Rover applications. It combines replacement rotors with Euro ceramic brake pads for a service-focused brake repair on the rear axle.
Key Features
- Disc brake kit for rear service applications
- Includes DFC Geospec rotors and 5000 Euro Ceramic brake pads
- Fits 2018-2020 Jaguar E-Pace, rear
- Fits 2015-2019 Land Rover Discovery Sport, rear
- Part number 4602-11026 for ordering and fitment lookup
Product Details
The DFC Geospec Rotors with 5000 Euro Ceramic Brake Pads line is built for drivers replacing worn rear brake components with a matched rotor-and-pad service kit. For Jaguar E-Pace and Land Rover Discovery Sport rear brake service, this kit provides the core parts needed for a complete rear brake refresh in one package. If you are searching for rear brake pads and rotors for 2018-2020 Jaguar E-Pace or rear brake kit for 2015-2019 Land Rover Discovery Sport, part number 4602-11026 matches those applications.
What It Helps Address
- Brake noise from worn rear pads
- Pulsation or vibration from worn rear rotors
- Reduced braking performance from aged rear brake components
- Uneven rear brake wear during routine service
- Need for a rear brake kit matched to the vehicle application
Installation Notes and Tips
Verify rear axle fitment before installation and compare the existing brake setup to the vehicle listing. Clean the hub mounting surface, inspect caliper condition, and follow the vehicle manufacturer’s service procedure for pad bedding and rotor installation. Confirm the application by year, make, model, and rear position before ordering 4602-11026.
Quality Assurance
Dynamite Friction supplies this kit as a vehicle-specific brake service part for the listed Jaguar and Land Rover rear applications. The DFC Geospec rotor and 5000 Euro Ceramic pad combination is intended to support a straightforward rear brake replacement using matched components for the confirmed fitment.
Description
Rear Brake Kit for Jaguar and Land Rover
Dynamite Friction DFC Geospec Rotors with 5000 Euro Ceramic Brake Pads, part number 4602-11026, is a rear disc brake kit for select Jaguar and Land Rover applications. It combines replacement rotors with Euro ceramic brake pads for a service-focused brake repair on the rear axle.
Key Features
- Disc brake kit for rear service applications
- Includes DFC Geospec rotors and 5000 Euro Ceramic brake pads
- Fits 2018-2020 Jaguar E-Pace, rear
- Fits 2015-2019 Land Rover Discovery Sport, rear
- Part number 4602-11026 for ordering and fitment lookup
Product Details
The DFC Geospec Rotors with 5000 Euro Ceramic Brake Pads line is built for drivers replacing worn rear brake components with a matched rotor-and-pad service kit. For Jaguar E-Pace and Land Rover Discovery Sport rear brake service, this kit provides the core parts needed for a complete rear brake refresh in one package. If you are searching for rear brake pads and rotors for 2018-2020 Jaguar E-Pace or rear brake kit for 2015-2019 Land Rover Discovery Sport, part number 4602-11026 matches those applications.
What It Helps Address
- Brake noise from worn rear pads
- Pulsation or vibration from worn rear rotors
- Reduced braking performance from aged rear brake components
- Uneven rear brake wear during routine service
- Need for a rear brake kit matched to the vehicle application
Installation Notes and Tips
Verify rear axle fitment before installation and compare the existing brake setup to the vehicle listing. Clean the hub mounting surface, inspect caliper condition, and follow the vehicle manufacturer’s service procedure for pad bedding and rotor installation. Confirm the application by year, make, model, and rear position before ordering 4602-11026.
Quality Assurance
Dynamite Friction supplies this kit as a vehicle-specific brake service part for the listed Jaguar and Land Rover rear applications. The DFC Geospec rotor and 5000 Euro Ceramic pad combination is intended to support a straightforward rear brake replacement using matched components for the confirmed fitment.
