BMW X3 E60 E61 E83 Front PDC Parking Distance Sensor 9270498

BMW X3 E60 E61 E83 Front PDC Parking Distance Sensor is an original component from the Parking sensors group, designed for operation in the rear zone of the vehicle body. It ensures precise obstacle detection during maneuvering, supporting the driver in safe parking and reducing the risk of damage to the bumper and bodywork components.

Specifications and technical data

• SKU: 9270498
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 9270498
• Substitutable numbers: 9270498, 66209270498, 9139865, 66209139865, 9231284, 66209231284
• Location on the vehicle: Rear
• Category: Parking Sensors

Purpose and function of the PDC sensor

The PDC parking sensor used in BMW X3 and 5 Series models is responsible for continuous measurement of the distance from obstacles located behind the vehicle. It operates in the rear part of the car, working in conjunction with the factory PDC module and the acoustic or visual system, allowing the driver to receive clear warning signals while reversing.

This component is particularly important in daily city driving, where frequent parallel parking and maneuvering in tight spaces require efficient and stable operation of the parking assistance system.

Compatibility and identification parameters

The offered sensor has been designed specifically for BMW vehicles, which guarantees proper geometric fit and correct integration with the factory electrical installation. Thanks to the use of the OEM part number and available replacement numbers, it is possible to precisely verify compatibility with a specific vehicle equipment version, including selection via VIN.

In practice, this means that installation takes place in the location provided by the manufacturer, without the need for wiring modifications or interference with the bumper structure. For the user, this translates into shorter service time and a lower risk of communication issues between the sensor and the control module.

Performance characteristics and installation benefits

A functional PDC sensor in the rear of the vehicle increases maneuvering comfort, especially in situations with limited visibility. A properly working component:

• ensures stable, repeatable distance readings from obstacles,
• reduces the risk of minor parking collisions,
• supports the maintenance of the aesthetics of the bumper and bodywork components,
• maintains the full functionality of the factory parking assistance system.

For workshops and service centers, it is also important that using an original sensor from the BMW group helps avoid software compatibility issues and control unit memory errors, which often occur when installing replacements with uncertain parameters.

Condition of the component and practical aspects

The offered parking sensor is a used component, which allows for reducing repair costs while maintaining performance characteristics consistent with the manufacturer's factory specifications. For many BMW users, this is a reasonable compromise between quality and budget, especially in the case of post-accident repairs or comprehensive replacement of several sensors at once.

To better understand how to safely and consciously choose used modules and sensors, it is worth reading the Global Parts guide: Used automotive electronics on board – why is it worth choosing second-hand ECU modules and sensors?. The article explains, among other things, issues of selection by OEM numbers, hardware and software compatibility, and practical aspects of installation.

Expansion of the PDC system in BMW

If you are planning a comprehensive repair or upgrade of the parking zone in your BMW and need other components from the same group, such as additional sensors, wiring harnesses, or control modules, check the available parts in the BMW parking sensors category.

By using components from the same product group, you will maintain the consistency of the entire system's operating parameters, which translates into predictable PDC system performance and lower susceptibility to interference and diagnostic errors.