Ford Kuga Mk1 Mondeo Mk4 Radiator Cooling Fan Shroud Housing 6G91-8C607-SC

Visual condition of the part

The product shows signs of use visible in the photos.

Ford Kuga Mk1 Mondeo Mk4 Radiator Cooling Fan Shroud Housing is an original cooling system component designed to work with the factory fan and radiator. It ensures stable mounting, proper airflow guidance, and supports efficient heat dissipation from the engine bay. This solution is particularly beneficial for city driving and high-temperature conditions, where an efficient cooling system is crucial for the durability of the engine unit.

Specifications and technical data

• SKU: 1593900-1
• Mark: Ford
• Condition: Used
• OEM Part Number: 1593900
• Substitutable numbers: 1593900, 6G91-8C607-SC, 6G918C607SC
• Part type: Fan Shroud
• Category: Fan & Shroud Assemblies

Purpose and function in the cooling system

The presented radiator cooling fan shroud has been specifically designed for the first-generation Ford Kuga and fourth-generation Ford Mondeo models, which translates into a perfect fit for the front-end structure. This component is responsible for the precise positioning of the fan relative to the radiator, ensuring that airflow is directed exactly through the radiator core rather than bypassing it.

This solution improves the engine's thermal stability, reduces the risk of overheating in traffic jams, and supports the proper operation of the air conditioning system. A correctly selected fan shroud is particularly important after accident repairs or radiator replacement, when it is necessary to restore the factory geometry of the cooling system.

Construction and fit for Ford Kuga Mk1 / Mondeo Mk4

The housing belongs to the Radiator Fans and Shrouds group, which means it has been developed to work with standard Ford cooling system components. The placement of mounting points, cable routing, and the shape of the frame are adapted to the factory front-end, which facilitates installation and allows for maintaining the original structural rigidity.

Thanks to the use of an original Ford solution, compatibility with standard brackets, covers, and adjacent components, such as the coolant radiator or A/C condenser, is maintained. This is especially important for vehicles where maintaining factory cooling parameters and fan operating acoustics is a priority.

Characteristics of the used component

The offered radiator cooling fan shroud is a used part, which provides a favorable compromise between repair costs and maintaining original build quality. A used OEM component usually fits better into the existing mounting system than aftermarket parts with universal geometry, which reduces the risk of stress and improper fitment.

Choosing this solution is particularly attractive for maintenance repairs and restoring functionality after minor collisions, when the priority is functionality, proper cooling, and a reasonable service budget.

Benefits of using an original fan shroud

• Factory fit for Ford Kuga Mk1 and Mondeo Mk4, with no need for mounting modifications.
• Stable fan mounting, promoting uniform airflow through the radiator.
• Support for proper cooling system operation in city conditions and at high temperatures.
• Reasonable repair cost thanks to the use of a used OEM component.

Ford radiator fans and shrouds – expansion and modernization

If you are planning a comprehensive repair or modernization of the cooling system area in your Ford and need other elements from the same group, such as additional fans, covers, or mounting frames, check the available parts in the Ford Radiator Fans and Shrouds category.

More about cooling system maintenance

To better plan your service and consciously select used cooling system components, it is worth learning about the impact of high temperatures on engine and fan operation. Practical tips on selecting radiators and fans from the secondary market can be found in the guide Summer heat vs. cooling system: used radiators and fans as a guarantee of savings, which will help optimize operating costs while maintaining the thermal safety of the engine unit.