Land Rover Range Rover Evoque L551 AdBlue Filler Neck Pipe Hose K8D2-5J232-AD

Land Rover Range Rover Evoque L551 AdBlue Filler Neck Pipe Hose is an original AdBlue fluid supply system component, designed for precise installation in the L551 generation Evoque model. Thanks to its factory-fit design and adherence to the manufacturer's specified geometry, the pipe ensures stable fluid delivery from the filler neck to the tank, supporting the proper operation of the exhaust emission reduction system. This is a practical solution for users looking to restore AdBlue system efficiency without compromising on compatibility.

Specifications and technical data

• SKU: K8D2-5J232-AD
• Mark: Land Rover
• Condition: Used
• OEM Part Number: K8D2-5J232-AD
• Substitutable numbers: K8D2-5J232-AD, K8D25J232AD, LR134942
• Part type: Pipe
• Category: Hoses, Lines & Pipes

Purpose and function in the AdBlue system

The AdBlue filler neck pipe in the Range Rover Evoque L551 is responsible for the safe and leak-free delivery of fluid from the filler neck to the tank. A correctly selected component for this section of the system minimizes the risk of leaks, facilitates maintenance, and helps maintain the proper operating parameters of the nitrogen oxide reduction system. Using an original part from the Lines, Hoses and Pipes category reduces issues with fitting mounts, diameters, and the routing of the line within the vehicle body.

Construction and fitment for Range Rover Evoque L551

The filler neck pipe has been designed specifically for the Evoque L551 body architecture, taking into account the routing within the wheel arch, sills, and tank area. The appropriately selected shape and mounting points allow for:

• stable attachment of the hose in factory mounts,
• maintaining the proper slope and flow for the AdBlue fluid,
• reducing stress resulting from bodywork movement and temperature changes.

As a result, the installation process is orderly, and the entire system maintains parameters close to factory specifications.

Characteristics of the used component

The offered AdBlue filler neck pipe is a used component, sourced from dismantling, which allows for a balance between reasonable cost and maintaining the manufacturer's original design. This type of component is particularly attractive for maintenance repairs where it is crucial to maintain the correct routing and compatibility with existing system elements. A used OEM part often fits the existing vehicle configuration better than replacements with universal geometry.

Benefits of using an original AdBlue filler neck pipe

Using a factory filler neck pipe in the Range Rover Evoque L551 offers a number of practical benefits:

• High installation compatibility – the hose is prepared for specific mounting points and routing in the vehicle body.
• Reduced risk of leaks in the filler neck and tank area.
• Easier diagnostics and maintenance of the AdBlue system by maintaining the original configuration.
• Reasonable repair cost through the use of a used part while retaining OEM design.

Application in service practice

The AdBlue filler neck pipe for the Evoque L551 is suitable both for typical replacement of a damaged hose (e.g., due to bracket corrosion, mechanical damage, or bodywork interference) and for broader work related to the emission reduction system. Choosing an original element from the Lines, Hoses and Pipes category facilitates workshop work, shortens installation time, and reduces the risk of needing modifications.

If you are planning a comprehensive repair or upgrade of the AdBlue fluid supply system area in your Land Rover and need other elements from the same group, such as supply lines, flexible hoses, or rigid guide pipes, check the available parts in the Land Rover Lines, Hoses and Pipes category.

For owners of older vehicles who want to better understand the potential of used parts in the context of refreshing a car and optimizing repair costs, the guide article The second life of a youngtimer – how used car parts rejuvenate cars from 1998–2012, which describes practical modernization scenarios using dismantled components, may be helpful.