Brake Pump Module BMW F10 F11 RP Hydraulic Unit DSC 6851374

Brake Pump Module BMW F10 F11 RP Hydraulic Unit DSC is an original BMW braking system component, combining the function of a pump with a control module for the electronic stability program. This solution is designed for demanding users who expect precise braking system performance and seamless integration with the vehicle's electronics. Thanks to its factory OEM design, the part maintains full compatibility with the installation in BMW 5 Series F10/F11 models.

Specifications and technical data

• SKU: 6852809
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 6852809
• Substitutable numbers: 34516851375, 6851375, 34516852809, 6852809, 34516851635, 6851635, 34516851374, 6851374, BG, 6799515
• Category: Other Interior Parts & Accessories

Purpose and function in the BMW braking system

The presented Brake Pump Module BMW F10 F11 RP Hydraulic Unit DSC is responsible for generating the appropriate pressure in the braking system and for controlling the vehicle's electronic stability functions. In practice, this means it works in conjunction with systems such as:

• traction control and electronic stability control,
• precise distribution of braking force to individual wheels,
• emergency brake assist in critical situations.

Thanks to the integration of the pump with the DSC control module, the BMW F10/F11 braking system maintains operational consistency, and the response to sensor signals is fast and predictable. This translates into stable vehicle handling, especially at higher speeds and on surfaces with varying grip.

Advantages of using an original BMW component

Using a factory BMW solution in the form of an integrated brake pump and DSC module provides a number of technical benefits:

• Full compatibility with the electrical and hydraulic installation – no need for modifications to wiring harnesses or lines.
• Operating parameters matched to the weight, power, and characteristics of the BMW F10/F11.
• Seamless cooperation with the vehicle's factory control software.
• Stable operation of active safety systems.

A used OEM component is a reasonable compromise between cost and quality – you maintain the factory characteristics of the braking system while avoiding issues typical of aftermarket replacements with uncertain parameters.

Condition, verification, and part selection

The offered Brake Pump Module BMW F10 F11 RP Hydraulic Unit DSC is a used part, sourced from vehicle dismantling, which allows for an economical repair of the braking system while maintaining original BMW specifications. Before installation, it is recommended to perform a standard check of the braking system for leaks and verify electrical connections; after installation, the system should be bled and the module adapted according to the service procedure.

When selecting this component for your BMW, it is worth paying attention to compatibility with the body version and vehicle equipment, as well as the presence of the DSC system in the car. This will help you avoid issues with module communication with the rest of the electronics and errors in brake control.

Expansion and service of the braking system

If you are planning a comprehensive repair or upgrade of the braking zone in your BMW and need other components from the same group, such as discs, pads, or brake lines, check out the available parts in the Other BMW category.

For drivers interested in comparing solutions used in different brands and sports versions, the material discussing differences in engine, brake, and chassis construction may be helpful – details can be found in the article Audi RS vs other models – what is hidden under the hood and chassis?.

Summary

Brake Pump Module BMW F10 F11 RP Hydraulic Unit DSC is a practical service solution for 5 Series users who want to restore the proper operation of the braking system and stability control systems while maintaining the vehicle's factory characteristics. Choosing an original, used component allows you to maintain the integrity of the entire system, ensuring predictable vehicle response to braking and stable behavior in difficult road conditions.