Dynamic Friction 6004-31240 Disc Brake Rotor Set - Front and Rear

Disc Brake Rotor Set for BMW Applications

The Dynamic Friction DFC Rotors 6004-31240 is a disc brake rotor set built for select BMW applications with front and rear fitment. It covers standard brake and full cast replacement applications, including aluminum hat disc and rotor setups.

Key Features

• Disc brake rotor set from DFC Rotors
• Full cast replacement coverage for aluminum hat disc and rotor designs
• Fits front and rear positions on select BMW models
• Application coverage includes standard brake and performance-oriented brake packages

Detailed Description

Part number 6004-31240 from Dynamic Friction is engineered for BMW vehicles that require a direct rotor replacement across both axle positions. The fitment includes 2020-2022 BMW 750Li xDrive, 2020-2022 BMW M760i xDrive, 2023 BMW M760i xDrive, 2023-2024 BMW Alpina XB7, 2022-2024 BMW Alpina B8 Gran Coupe, and 2025-2026 BMW Alpina XB7 and Alpina B8 Gran Coupe applications. This rotor set is listed for standard brakes as well as full cast replacement use where aluminum hat disc or rotor construction is specified.

What It Is Used For

• Replacing worn brake rotors that can cause pulsation or reduced braking consistency
• Restoring braking performance when rotor surfaces are scored or uneven
• Addressing brake noise related to rotor wear or surface condition
• Supporting service on BMW brake systems with aluminum hat rotor construction

Installation Notes and Tips

Verify the brake package and rotor construction before ordering, since this part covers both standard brakes and full cast replacement applications. Confirm the vehicle year, model, and brake configuration against the listed fitment for BMW 750Li xDrive, BMW M760i xDrive, BMW Alpina XB7, and BMW Alpina B8 Gran Coupe. Part number 6004-31240 is listed for front and rear use on the applications shown.

Quality Assurance

DFC Rotors is the product line identified for this application, and this part is cataloged for specific BMW fitments to support accurate replacement selection.