Ford Kuga Mk2 Door Crash Sensor Unit Front Right O/S CM5T-14C676-AA

Ford Kuga Mk2 Door Crash Sensor Unit Front Right O/S is a component from the Electronic control modules and controllers group, responsible for precise impact detection in the driver or passenger door zone on the exterior side. This used module is designed for installation on the front right side of the vehicle body and serves as an important link in the vehicle's passive safety system, working in conjunction with the rest of the body electronics.

Specifications and technical data

• SKU: CM5T-14C676-AA
• Mark: Ford
• Condition: Used
• OEM Part Number: CM5T-14C676-AA
• Substitutable numbers: CM5T-14C676-AA, CM5T14C676AA
• Location on the vehicle: Front, Right
• Part type: Door Control Unit
• Category: ECUs & Computer Modules

Purpose and function of the door crash sensor

The offered Ford Kuga Mk2 Door Crash Sensor Unit Front Right O/S operates in the front right area of the body, where it monitors acceleration and G-forces generated during side or oblique collisions. The signal from the module is transmitted to the central safety system controller, which then decides whether to deploy the appropriate protective elements. This allows the system to react faster and more accurately to real threats, minimizing the risk of unnecessary deployments. The component was designed specifically for the second-generation Ford Kuga platform, which ensures proper electrical and logical compatibility with the vehicle's wiring architecture. Using an original module from the same design group allows for maintaining the consistency of the entire body electronic system.

Benefits of using an original Ford module

Choosing an original Ford Door Crash Sensor Unit Front Right O/S offers a number of practical advantages:

• maintaining the factory performance characteristics of the safety system,
• proper compatibility with the existing electrical harness and body controllers,
• correct geometry and mounting points tailored to the door and pillar structure,
• reduced risk of diagnostic errors resulting from parameter mismatch. As a result, the installation process is straightforward, and the module can be easily verified using standard diagnostic procedures once correctly connected. A used component with preserved functionality allows for an economical repair while maintaining a high level of safety.

Vehicle placement and installation aspects

The sensor is intended for installation in the front – right side of the vehicle zone, in the door area of the Ford Kuga Mk2. This placement enables precise mapping of dynamic conditions during an impact to this part of the body. When replacing, it is recommended to follow the disassembly sequence of covers and upholstery in accordance with the service documentation to avoid damaging wiring harnesses or mounting elements. After installing the module, it is advisable to perform a safety system diagnostic to confirm proper communication with other controllers. In many cases, the procedure is limited to clearing stored errors and verifying current operating parameters, which speeds up the restoration of full system functionality.

Ford electronic control modules and controllers – expansion and service

If you are planning a comprehensive repair or upgrade of the body electronics area in your Ford and need other components from the same group, such as airbag modules, comfort controllers, or other units supervising safety systems, check the available parts in the Ford electronic control modules and controllers category. When working with used electronic modules, it is worth knowing the basic principles of component selection and verification. Practical tips on assessing condition, matching methods, and typical diagnostic procedures can be found in the article: The second life of electronics – when is it worth choosing used engine controllers, comfort modules, and parking sensors? Additional information on how to optimize repair costs using used components – including body electronics – can also be found in the guide on car repairs using used auto parts, which discusses a practical approach to operational faults and the selection of spare parts.