Dynamite Friction 6502-11199 Disc Brake Kit - Rear

Rear Brake Kit for Land Rover Discovery Sport and Range Rover Evoque

The Dynamite Friction DFC Brake Rotor with 5000 Advanced Brake Pads is a rear disc brake kit built for select 2020 Land Rover applications. Part number 6502-11199 combines rotors and pads in one package for a straightforward brake service on the rear axle.

• Rear disc brake kit with rotor and pad components
• Fits 2020 Land Rover Discovery Sport, rear
• Fits 2020 Land Rover Discovery Sport, rear, 300mm solid rear disc
• Fits 2020 Land Rover Range Rover Evoque, rear
• Part number 6502-11199 for application matching

DFC Complete Brake Kit Details

DFC Complete Brake Kits are packaged to simplify brake service by pairing the correct rotors and pads for the listed vehicle applications. This kit is intended for rear brake replacement on the 2020 Land Rover Discovery Sport and 2020 Land Rover Range Rover Evoque, including the 300mm solid rear disc configuration noted for the Discovery Sport. The 6502-11199 kit is a direct-fit service solution for buyers searching for a rear brake rotor and pad kit for these Land Rover models.

Common Problems This Kit Can Address

• Rear brake pad wear on a 2020 Land Rover Discovery Sport or Range Rover Evoque
• Rotor scoring or surface wear on the rear axle
• Brake pulsation caused by worn rear rotors
• Uneven rear braking performance from aged components
• Need for a complete rear brake service package

Installation Notes and Tips

Verify rear axle configuration before ordering, especially on the 2020 Land Rover Discovery Sport with the 300mm solid rear disc note. Compare the existing rotor and pad setup to the vehicle listing and confirm part number 6502-11199 before installation. Follow factory service procedures for brake inspection, cleaning, and bedding after replacement.

Quality Assurance

Dynamite Friction packages this DFC brake kit as a complete rotor-and-pad service set for the listed rear applications, helping reduce the chance of mismatched brake components during repair.