Land Rover Discovery 4 L319 Water Coolant Pipe 3.0 TDV6 AH22-9P924-AA

AH22-9P924-AA is an original, used Land Rover part, designed for discerning users seeking factory fitment and predictable performance. Choosing an OEM component of this type ensures vehicle system consistency, minimizes installation issues, and maintains stable operational characteristics. Consequently, AH22-9P924-AA is suitable for both standard repairs and more advanced servicing tasks.

Specifications and technical data

• SKU: AH22-9P924-AA
• Mark: Land Rover
• Condition: Used
• OEM Part Number: AH22-9P924-AA
• Substitutable numbers: AH22-9P924-AA, AH229P924AA, LR014204
• Part type: Pipe
• Category: Coolant Hoses

Technical Characteristics and Origin

The presented component originates from the Land Rover OE production line, meaning it was designed for full compatibility with the vehicle's factory systems. Its construction and implemented solutions meet manufacturer standards, ensuring the part maintains correct assembly tolerances, geometry, and operational parameters required by the original specification.

This used component has undergone selection for its suitability for continued use. This type of OEM part is particularly valued in workshops specializing in the Land Rover brand, where consistent performance in real-world driving conditions and predictable interaction with other components are crucial.

Application in Servicing and Repairs

AH22-9P924-AA is the appropriate choice when the priority is to maintain the vehicle's original system architecture without introducing aftermarket replacements of uncertain parameters. It is suitable for:

• post-accident repairs, where restoring the original system configuration is necessary,
• routine maintenance, where compliance with manufacturer documentation is important,
• precision repairs, where correct mounting points and component geometry are critical.

Using an original used part allows for cost savings compared to a new component, while still ensuring proper fitment and predictable vehicle behavior.

Benefits of Choosing a Used Land Rover OEM Part

By opting for this part, you gain primarily factory fitment and consistency with the vehicle's other components. In practice, this means:

• maintaining original mounting points and correct geometry,
• reducing the risk of malfunction due to design differences in aftermarket alternatives,
• easier future diagnostics, as operational parameters align with factory specifications.

A used OEM part also represents a sensible compromise between cost and quality. If you wish to consciously compare new and used solutions, it is worth reviewing the material: New or Used? A Comparison of Car Part Costs and Quality, which discusses in detail the differences in durability, cost-effectiveness, and fitment of components.

Practical Installation and Operational Tips

Before installation, standard servicing procedures are recommended: verifying the condition of connectors, mounting points, and the cleanliness of mating surfaces. Installing an OEM component typically follows a near plug-and-play process due to its design alignment with the vehicle's factory specifications. It is advisable to have the installation performed by a workshop experienced with the Land Rover brand, which will facilitate correct configuration and potential adaptation within the vehicle's systems.

If the part is being used as part of post-accident repairs or a broader vehicle restoration, the guide on selecting dismantled parts may also be helpful: Body and Chassis – Post-Accident Repairs Using Dismantled Parts. There you will find practical procedures, application examples, and answers to frequently asked questions regarding used OEM components.

Summary of AH22-9P924-AA Application

AH22-9P924-AA is a used, original Land Rover part intended for users and workshops prioritizing compliance with factory specifications and predictable vehicle behavior after repair. Choosing this component allows for cost control while maintaining manufacturer standards, which is particularly important in vehicles where stable operational parameters and correct interaction of all systems are crucial.