Range Rover Evoque L551 Coolant Hose Pipe 2.0 Hybrid M8D2-8B159-AB

Range Rover Evoque L551 Coolant Hose Pipe 2.0 Hybrid is a component from the Cooling system hoses and pipes group, designed for operation in the 2.0 hybrid unit cooling system. The used OEM component ensures factory geometry, proper coolant flow, and a precise fit to the mounts and connectors in the engine bay, which facilitates servicing and reduces the risk of leaks.

Specifications and technical data

• SKU: M8D2-8B159-AB
• Mark: Range Rover
• Condition: Used
• OEM Part Number: M8D2-8B159-AB
• Substitutable numbers: LR139851, M8D2-8B159-AB, M8D28B159AB
• Category: Coolant Hoses

Purpose and function in the cooling system

The coolant hose in the version dedicated to the Range Rover Evoque L551 with a 2.0 hybrid powertrain is responsible for the stable transport of coolant between the radiator and other system components. The properly shaped routing of the hose allows for maintaining the correct distance from hot engine parts and moving components, which translates into safe operation and predictable operating temperature behavior.

By maintaining the original design, the hose works with factory clamps, brackets, and connectors, which minimizes material stress and the risk of abrasion during long-term operation in variable thermal conditions.

Benefits of using an original hose

Using an original coolant hose in a hybrid powertrain brings a number of practical service and operational benefits:

• factory fit for the 2.0 Hybrid engine cooling system in the Evoque L551 model,
• preservation of the designed internal diameter and flow cross-section,
• correct hose routing in the engine bay, reducing the risk of collision with other components,
• compatibility with original clamps and connectors,
• easier diagnostics and service due to compliance with manufacturer documentation.

Choosing such a component allows for maintaining stable cooling system operation, which is particularly important in hybrid vehicles, where the temperature of the internal combustion engine and electrical components must remain within a strictly controlled range.

Characteristics of the used component

The offered hose comes from dismantling and has the status of a used OEM component. This type of part is an attractive cost alternative to a new replacement, while maintaining the original design and compatibility with the factory cooling system. A used hose is a particularly beneficial solution for maintenance repairs when the priority is to efficiently restore tightness and proper coolant circulation.

Before installation, a standard visual inspection for any signs of operational wear is recommended, in accordance with good service practice for rubber and flexible elements in the cooling system.

Technical support and part selection by numbers

The coolant hose is associated with an OEM part number and has interchangeable numbers, which facilitates verification of compatibility with a specific Range Rover Evoque L551 configuration. When selecting the component, it is worth using the vehicle's service documentation and catalog numbers to avoid mistakes between engine variants and equipment versions.

If you want to deepen your knowledge about how high temperatures affect cooling system efficiency and how to reasonably use the second-hand parts market, check out the guide Summer heat vs. cooling system: used radiators and fans as a guarantee of savings, where you will find practical tips on operation and diagnostics.

Expanding the cooling system in the Range Rover Evoque

If you are planning a comprehensive repair or upgrade of the engine area in your Range Rover and need other elements from the same group, such as additional pipes, flexible hoses, or sections connecting the radiator to other components, check the available parts in the Range Rover cooling system hoses and pipes category.

This will give you the opportunity to complete a coherent set of cooling system components, which will facilitate one-time service maintenance and allow you to reduce the number of vehicle downtimes in the future.