BMW X3 F97 G01 X4 F98 Led Light Daytime Running Module Control Unit DRL 7466102

BMW X3 F97 G01 X4 F98 LED Daytime Running Light Control Module DRL is a specialized component within the electronic control modules category, designed to operate the LED daytime running lights on the right side of the vehicle. It offers precise control over the lighting system's operation, supporting safe and compliant operation of BMW X3 and X4 series cars.

Specifications and technical data

• SKU: 7466102
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 7466102
• Substitutable numbers: 7466102, 63117466102, 6002TM0421
• Location on the vehicle: Right
• Category: ECUs & Computer Modules

Module Purpose and Function

The LED Daytime Running Light Control Module DRL is responsible for controlling the operation of the right daytime running light assembly in BMW X3 F97 G01 and X4 F98 vehicles. As a component from the electronic control modules and controllers group, it collaborates with the vehicle's electrical system and safety systems, ensuring correct activation, deactivation, and load monitoring of the LED circuit.

Its placement on the right side of the vehicle allows for precise adaptation to the specific lamp, which reduces the risk of installation errors and facilitates servicing.

Benefits of Using an Original BMW Module

Using a dedicated control module in BMW X3 and X4 offers a range of practical benefits:

• Stable operation of LED daytime running lights – proper current control and communication with the vehicle's electrical system.
• Compatibility with factory electronics – the module is designed to work with the systems used in the specific generation of BMW X3/X4.
• Reduced dashboard errors – a correctly selected controller minimizes the risk of lighting failure messages appearing.
• User safety – functional daytime running lights improve the vehicle's visibility in road traffic.

Characteristics and Installation

The presented module belongs to the BMW electronic control modules and controllers group, meaning its construction is adapted to the vehicle manufacturer's requirements. The component is intended for the right side of the car, so its housing, connectors, and mounting method are optimized for the specific lamp and wiring harness.

In practice, this translates to:

• easier installation – fitted mounting points and electrical connectors,
• consistency with the factory harness – no need for electrical modifications,
• preservation of original electrical architecture – important for diagnostics and subsequent repairs.

Condition and Service Application

The module is a used part, making it an attractive service solution for BMW X3 F97 G01 and X4 F98 owners looking for a proven component within a reasonable budget. This type of controller is particularly useful for repairs after mechanical damage to the lamps, module flooding, or when problems with the LED daytime running lights arise.

Due to the specific nature of automotive electronics, installation by someone experienced in working with BMW electrical systems is recommended to ensure proper operation of the lighting systems and avoid secondary faults.

BMW Electronic Control Modules and Controllers – Part Selection

If you are looking for other components from the BMW electronic control modules and controllers category, visit our dedicated subpage where you will find a wide selection of controllers tailored for various models of this brand: BMW electronic control modules and controllers.

More About the Role of Original Modules in Modern Cars

Modern cars, such as the BMW X3 and X4, rely heavily on the cooperation of numerous control modules responsible for lighting, comfort, and multimedia systems. It is worth understanding how original modules influence the car's behavior and why choosing the right parts matters for the vehicle's character. You can find more information on the role of factory electronic components in maintaining the DNA of a premium brand in the article: Audi and Pure Emotion – How Original Modules and Used Parts Influence a Car's Character.