Dynamite Friction 4004-11019 Disc Brake Rotor Set - Front and Rear

DFC Geospec Rotor Set for Select Jaguar and Land Rover

The Dynamite Friction DFC Geospec Rotor Set, part number 4004-11019, is a disc brake rotor set for front and rear axle applications on select Jaguar and Land Rover vehicles. It is listed for the 2022 Jaguar E-Pace, 2020 Land Rover Discovery Sport, and 2020 Land Rover Range Rover Evoque.

Key Features

• Disc brake rotor set for front and rear positions
• DFC Geospec Rotors product line from Dynamite Friction
• Direct fitment listings for select 2022 and 2020 models
• Part number 4004-11019 for ordering and cross-reference
• Compatible with the 2020 Range Rover Evoque listing that notes a solid rear disc

Fitment Details

Fits 2022 Jaguar E-Pace, front and rear. Fits 2020 Land Rover Discovery Sport, front and rear. Fits 2020 Land Rover Range Rover Evoque, front and rear, with solid rear disc noted in the fitment data. The DFC Geospec Rotors line is positioned for vehicle-specific brake service where accurate rotor application matters.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues This Part Can Address

• Brake rotor wear from normal pad contact and mileage
• Rotor scoring or surface damage
• Brake pulsation caused by uneven rotor surfaces
• Reduced braking consistency from worn front or rear rotors
• Service replacement needs on Jaguar E-Pace, Discovery Sport, and Range Rover Evoque brake systems

Installation Notes and Tips

Verify rotor size and rear brake configuration before installation, especially on the 2020 Land Rover Range Rover Evoque with solid rear disc noted. Replace rotors in axle pairs and inspect pads, caliper hardware, and hub surfaces during brake service. Confirm fitment by vehicle year, make, model, and position before ordering part number 4004-11019.

Quality Assurance

DFC Geospec Rotors are part of Dynamite Friction's brake component lineup and are cataloged for specific vehicle applications to support accurate parts selection.