Ford Kuga C482 Engine Coolant Hose Pipe 2.5 PHEV Petrol Hybrid LX61-8B550-HAE

Ford Kuga C482 Engine Coolant Hose Pipe 2.5 PHEV is an original cooling system component designed for the plug-in hybrid version with a petrol engine. Thanks to its factory fitment for this specific Kuga generation, it ensures stable coolant flow and proper integration with other system components. It is a practical solution for users looking for a proven coolant hose for a PHEV vehicle.

Specifications and technical data

• SKU: LX61-8B550-HAE
• Mark: Ford
• Condition: Used
• OEM Part Number: LX61-8B550-HAE
• Substitutable numbers: LX61-8B550-HAE, LX618B550HAE
• Fuel type: Petrol
• Part type: Hose
• Category: Coolant Hoses

Purpose and role in the cooling system

The coolant hose in the Ford Kuga C482 is responsible for the controlled flow of liquid between key system components, which is crucial for both the petrol engine and hybrid components. In the 2.5 PHEV version, proper cooling is particularly important due to the interaction between the internal combustion engine and the electric drive, as well as higher thermal density during intensive operation. A properly selected hose minimizes the risk of localized overheating, leaks, and pressure drops in the circuit, which translates into stable engine operating temperature and longer service life for other components.

Why choose an original Ford hose

This item from the Cooling system hoses and pipes group, designed by the vehicle manufacturer, ensures the correct hose routing, appropriate internal diameter, and compatibility with factory-fitted connectors and clamps. As a result, installation is predictable, without the need for modifications or fitting universal replacements. In the case of the PHEV version, it is also essential to maintain the material's resistance to variable temperatures and operating pressure, which limits the risk of micro-cracks and deformation in the long term. Choosing an original hose is a solution that supports trouble-free operation of the cooling system in urban and highway conditions, as well as during frequent use of hybrid modes.

Technical specifications and fitment for the PHEV version

The hose has been developed for the Ford Kuga C482 with a plug-in hybrid drive, working in conjunction with a petrol engine. This means its geometry, length, and mounting points are adapted to the specific routing of the cooling system in the engine bay of this body and powertrain version. Such fitment facilitates service, reduces replacement time, and lowers the risk of installation errors. The product comes from the segment of used original parts, which for many users represents a favorable compromise between OEM quality and vehicle maintenance costs. A properly selected hose allows for the restoration of full cooling system functionality after a failure, leak, or planned preventive replacement.

Operation, diagnostics, and the impact of external conditions

In plug-in hybrid vehicles, the cooling system operates under varied thermal conditions, especially when driving in high ambient temperatures. A functional coolant hose helps maintain stable operating parameters for the petrol engine and associated components, reducing the risk of overheating and performance loss. Regular inspection of the hoses – for potential cracks, abrasions, or signs of leakage – is crucial for maintaining the integrity of the entire system. To better understand how summer conditions affect the cooling system and how to optimally care for heat dissipation components, check out our guide: Summer heat vs. cooling system – how to care for radiators, fans, and other components.

Expanding Ford Kuga cooling system service

If you are planning a comprehensive repair or upgrade of the cooling system in your Ford and need other elements from the same group, such as additional pipes, flexible hoses, or coolant return sections, check out the available parts in the Ford cooling system hoses and pipes category. When planning service, it is also worth analyzing how the choice of used OEM components affects the vehicle's operating budget – especially in the case of modern hybrid designs, where the number of components is greater than in classic powertrains. Additional tips on cost optimization can be found in the article: rising repair costs and the cost-effectiveness of used OEM parts.