BMW F45 F48 Mini Cooper F55 F56 F60 DSC Pulse Generator Sensor Rear 6858466

The BMW F45 F48 Mini F55 F56 F60 DSC Sensor is an original component of the stability control system, designed for installation on the rear axle of the vehicle. The sensor works with the factory Dynamic Stability Control system, supporting the precise operation of ABS, traction control, and advanced safety systems. This is a solution for users expecting compatibility with factory BMW and Mini electronics.

Specifications and technical data

• SKU: 6858466
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 9804590
• Substitutable numbers: 34526858466, 6858466, 34526850762, 6850762
• Location on the vehicle: Rear
• Category: Other Interior Parts & Accessories

Purpose and Function of the DSC Sensor

The DSC sensor in this version is dedicated to selected BMW F45, F48, and Mini F55, F56, F60 models, where it is responsible for precise measurement of parameters necessary for the stability control system to function. Its placement on the rear of the vehicle allows for accurate monitoring of the body and wheel behavior, which translates to better control of the car in emergency situations, during braking, and dynamic maneuvers.

As a component from the Other category, the sensor is a specialized part of the electronic system that works with the factory DSC controller, without the need for universal solutions or installation adaptations.

Compatibility and Vehicle Integration

The presented sensor has been designed as a BMW part, ensuring full compatibility with the vehicle's electrical architecture and communication bus. Proper fitting for BMW F45, F48, and Mini F55, F56, F60 platforms allows for:

• correct cooperation with the DSC and ABS systems,
• maintaining factory operating parameters for safety systems,
• avoiding communication errors and calibration issues in the controller.

Its placement on the vehicle, specified as the rear, facilitates the selection of the correct part when comparing with the existing car installation.

Product Characteristics and Service Application

The DSC sensor is a high-precision electronic component that is most commonly replaced in service in case of stability system errors, illuminated DSC/ABS warning lights, or improper operation of assistance systems. As a part from the Other group, it plays a key role in:

• maintaining vehicle stability when driving on slippery surfaces,
• coordinating brake operation on individual wheels,
• supporting driver assistance systems that rely on correct sensor data.

A used product allows for an economical repair of the DSC system while maintaining the original manufacturer's specifications.

Benefits of Choosing an Original BMW Sensor

Choosing an original BMW DSC sensor for F45, F48, and Mini F55, F56, F60 models ensures:

• factory fit for the electrical installation and mounting points on the rear axle,
• compatibility with controller software and service diagnostics,
• reduced risk of incompatibility, typical for universal aftermarket parts.

For workshops and private users, this means more efficient diagnostics, faster installation, and greater predictability in the operation of the entire stability control system.

Other Products and Technical Knowledge

If you are also looking for other components from the BMW Other category, check out our dedicated offer: other BMW system components. This will help you easily assemble the necessary parts for a one-time repair or a larger service.

For those interested in comparing advanced driving and braking systems in sports and standard cars, we recommend an article on our blog: Audi RS vs. Other Models – What Lies Under the Hood and Chassis?, which discusses, among other things, differences in engine, brake, and chassis construction in the context of selecting appropriate parts.

If you want to learn more about the benefits of using used parts from dismantling in terms of economy and the environment, it's worth checking out the post: Circular Economy in Your Garage and the Role of Used Parts, which shows how conscious component choices can support sustainable vehicle operation.