Ford Kuga C394 Keyless Entry Receiver Radio Remote Control 6G9T-15K602-AE

Ford Kuga C394 Keyless Entry Receiver Radio Remote Control is a component from the Electronic control modules and controllers group, responsible for handling the keyless entry function in the vehicle. This original Ford component ensures consistency with the vehicle's factory electronic architecture and stable cooperation with other body control modules.

Specifications and technical data

• SKU: 6G9T-15K602-AE
• Mark: Ford
• Condition: Used
• OEM Part Number: 6G9T-15K602-AE
• Substitutable numbers: 6G9T-15K602-AE, 6G9T15K602AE, 2324012
• Category: ECUs & Computer Modules

Purpose and function of the keyless entry receiver

The keyless entry receiver in the Ford Kuga C394 is responsible for communication between the key fob and the vehicle's electronic system. A properly functioning module enables comfortable locking and unlocking of the car, as well as authorization for engine start without the need for a traditional mechanical key. Thanks to its integration with the vehicle's wiring, the controller works with other body modules to create a coherent security system.

Benefits of using an original Ford module

Using an original Ford keyless entry receiver translates into:

• Full compatibility with the vehicle's electrical installation and communication network.
• Stable operation of the keyless entry system without unwanted errors or dashboard messages.
• The ability to maintain factory comfort and safety functions as intended by the manufacturer.
• Easier diagnostics using dedicated Ford service tools.

For workshops and users, this means reducing the risk of fitment issues, as well as a more efficient process for programming and adapting the module to the vehicle.

Product characteristics and service application

The keyless entry receiver from this series is a component designed to operate in a vehicle environment where resistance to interference and correct communication with the key fob and other controllers are essential. As a part from the Electronic control modules and controllers group, it can be used both for routine repairs and for replacing a damaged module after a collision or a comfort system failure.

The used product is a good solution for users looking for an economical alternative to a new component while maintaining the original manufacturer's specifications. In practice, this allows for restoring the functionality of the keyless entry system at reasonable service costs.

Installation and operational tips

When replacing the keyless entry receiver, it is recommended to:

• Use appropriate diagnostic equipment to adapt the module to the vehicle.
• Check the condition of the electrical installation and connectors for corrosion and mechanical damage.
• Verify the system's correct operation after installation – test locking, unlocking, and starting the vehicle.

This approach allows you to maximize the potential of the used module and reduce the risk of further service interventions. For those who want to better understand the specifics of automotive electronics and comfort modules, our blog article may be helpful: Driving pleasure for years – how to take care of iDrive systems and electronic modules in BMW 3 and 5 series models, which discusses general principles for handling advanced vehicle electronics.

Expansion of service work and selection of related components

If you are planning a comprehensive repair or upgrade of the electronic zone in your Ford and need other elements from the same group, such as comfort controllers, body modules, or other systems managing vehicle functions, check the available parts in the Ford electronic control modules and controllers category.

To maximize the potential of used electronic components, it is worth learning good practices for their operation and protection against damage. Practical tips on maintenance and extending the service life of such elements can be found in the guide: How to extend the life of used car parts, which covers, among other things, issues related to salvaged electronics.