Ford Kuga C520 Front Windscreen Wiper Motor Left N/S CV44-17504-BD

Ford Kuga C520 Front Windscreen Wiper Motor Left N/S is a component from the Wiper motors and linkages category, designed for operation on the windscreen on the driver's side. This used original Ford component ensures proper compatibility with the factory wiper mechanism, stable operation in various weather conditions, and predictable system behavior.

Specifications and technical data

• SKU: CV44-17504-BD
• Mark: Ford
• Condition: Used
• OEM Part Number: CV44-17504-BD
• Substitutable numbers: CV44-17504-BD, CV4417504BD, 2011369, CV44-17504-BE, CV4417504BE
• Location on the vehicle: Front, Left
• Part type: Wiper Motor
• Category: Wiper Linkages, Transmissions & Motors

Purpose and vehicle placement

The presented motor is designed for installation in the front part of the vehicle, on the left side, which is the area responsible for clearing the driver's field of vision. Such precise vehicle placement allows for the correct transmission of drive to the wiper linkages and maintains the proper range of motion for the wiper blades on the windscreen. The component belongs to the Wiper motors and linkages group, meaning it works with the arm and linkage mechanism, ensuring smooth wiper movement and consistent operating speed across individual modes.

Technical characteristics and compatibility

The motor was developed by the vehicle manufacturer, ensuring it maintains factory operating parameters such as rotation direction, torque, and the method of attachment to the body structure and wiper mechanism. Properly selected mounting points and an electrical connector allow for installation without the need for modifications to the wiring. The product has a dedicated OEM part number and associated interchangeable numbers, which facilitates the selection of the correct component based on service documentation or manufacturer catalogs. When matching it to a specific Ford Kuga C520, it is worth using factory markings or the VIN to confirm full compatibility.

Benefits of using an original wiper motor

Using an original motor in the wiper system translates into several significant operational benefits:

• maintaining the correct range of motion for the wiper arms on the windscreen,
• stable movement speed in individual operating modes,
• proper cooperation with factory controls and electrical installation,
• reducing the risk of excessive vibration or noise during system operation. A used original component is a reasonable compromise between cost and functionality – it allows you to maintain consistency with the vehicle's factory design while reducing expenses compared to new replacements. You can find more about the practical aspects of choosing used drive components and how to select them by OEM numbers in the article Why it is worth buying used gearboxes and engines – facts instead of myths, which also discusses the approach to identifying parts based on technical documentation.

Condition, origin, and service application

The wiper motor is offered as a used original Ford component, meaning it comes from dismantling and was previously used in a vehicle. Such components are frequently chosen by professional workshops and informed users who expect to maintain the factory operating characteristics of the system while reducing repair costs. The component will work well both for a typical replacement of a damaged motor and for broader service work related to the wiper system – for example, after a collision, corrosion of mounts, or failure of the linkage mechanism. Thanks to the preservation of the original design, it is possible to use existing mounting points and factory wiring.

Expansion and modernization of the Ford wiper system

If you are planning a comprehensive repair or modernization of the windscreen area in your Ford and need other elements from the same group, such as arms, linkages, or additional drives, check the available parts in the Ford wiper motors and linkages category. Selecting components from one construction group allows you to maintain the consistency of the entire system, reduce the risk of incompatibility, and facilitates later diagnostics of any faults. In the case of systems responsible for visibility on the road, this has a direct impact on driving comfort and safety, especially in difficult weather conditions.