Range Rover L322 Injector Leak Off Return Pipe 3.6 Diesel 6H4Q-9K022-LC

1423955 6H4Q-9K022-LC is a used, original part designed for Range Rover vehicles, providing a solid foundation for professional repair or replacement of a component within the vehicle's system. The product comes from the OEM line, which signifies factory fitment for a specific car configuration and predictable performance during operation.

Specifications and technical data

• SKU: 1423955
• Mark: Range Rover
• Condition: Used
• OEM Part Number: 1423955
• Substitutable numbers: 1423955, 6H4Q-9K022-LC, 6H4Q9K022LC
• Fuel type: Diesel
• Gearbox type: Automatic
• Part type: Wiring Harness
• Category: Additional Fuel Injection Parts

Technical Characteristics and Purpose

The presented part has been specifically designed for Range Rover vehicles, adhering to factory construction standards. This means that its geometry, mounting points, and interaction with other components are consistent with the solutions used in original assembly. For the user, this translates to stable operating parameters and no need for installation modifications.

As an OEM component, this part is ready for installation in place of a worn or damaged part, maintaining the vehicle's original performance characteristics. This is particularly important for modern Range Rover models, where various systems are tightly integrated and require precisely matched sub-assemblies.

Benefits of Using an Original Range Rover Part

Using an original component from this brand ensures a range of practical benefits in daily operation:

• factory fitment for the specific vehicle platform,
• compatibility with the existing mechanical and electronic systems,
• maintenance of manufacturer-specified operating parameters,
• reduced risk of future compatibility issues.

For Range Rover owners, this means the possibility of carrying out repairs in a manner similar to authorized service standards, while utilizing a part from the aftermarket. In terms of safety and durability, it is particularly important that the component comes from the same technological line as factory-fitted parts.

Product Condition and Application in Repairs

The offered part is used, which allows for a significant reduction in repair costs while maintaining the original manufacturer's specifications. This type of solution is often chosen by workshops specializing in the Range Rover brand when the priority is to combine cost-effectiveness with the preservation of factory-standard workmanship.

The component is suitable for both standard replacement of a worn part and for more extensive repairs where maintaining the integrity of the entire system is crucial. For premium vehicles like the Range Rover, using original aftermarket parts is a sensible compromise between quality and budget.

Why Choose Used OEM Parts?

Choosing a used OEM part for a Range Rover is a solution that allows you to maintain a high level of vehicle safety and functionality, without resorting to cheaper alternatives of uncertain origin. Original components are designed for specific models, ensuring better interaction with vehicle systems and stable performance in the long term.

If you wish to learn more about the advantages of using original aftermarket parts, we recommend reading the article on quality assurance and safety when choosing used OEM parts, which details the selection and verification of such sub-assemblies.

Summary and Installation Recommendations

1423955 6H4Q-9K022-LC is a proposition for users and service centers that prioritize original Range Rover solutions while optimizing repair costs. Using this part helps maintain the vehicle's structural integrity, which is important for both driving comfort and long-term reliability.

Prior to installation, standard verification of compatibility with the specific engine version and vehicle equipment is recommended, along with installation according to the manufacturer's service procedures. This approach minimizes the risk of system malfunction and allows for the full utilization of the original component's potential.