Land Rover Discovery 4 L319 Exhaust Crossover Pipe Line 3.0 TDV6 9X2Q-6P647-CE

Description

Land Rover Discovery 4 L319 Exhaust Crossover Pipe Line 3.0 TDV6 is an original exhaust system component from the Exhaust pipes and tips category, designed for the 3.0 TDV6 diesel engine. This is a dismantled part, allowing for a technically correct repair or restoration of the factory geometry of the section between the manifold and the rest of the exhaust system.

Specifications and technical data

• SKU: LR038751-1
• Mark: Land Rover
• Condition: Used
• OEM Part Number: LR038751
• Substitutable numbers: LR038751, 9X2Q-6P647-CE, 9X2Q6P647CE
• Part type: Exhaust Pipe Connector
• Category: Exhaust Pipes & Tips

Purpose and function in the exhaust system

The described crossover pipe operates in the critical area between the manifold and the subsequent section of the 3.0 TDV6 exhaust system in the Land Rover Discovery 4 L319. It is responsible for a stable, leak-proof connection of components, proper exhaust gas routing, and maintaining the correct alignment of the entire section relative to the body and the powertrain.

A properly selected manifold crossover pipe helps reduce unwanted vibrations, minimizes the risk of leaks, and supports the maintenance of factory engine performance parameters, including smooth operation and exhaust acoustics.

Advantages of using an original crossover pipe

Using an original component from the Exhaust pipes and tips category in the Land Rover Discovery 4 L319 provides a number of practical operational benefits:

• factory fitment for the 3.0 TDV6 engine exhaust system, with no modifications required,
• preservation of the correct exhaust gas routing geometry, which promotes stable engine operation,
• appropriately selected rigidity and resistance to thermal and mechanical loads,
• the ability to restore the original system configuration after repairs or modifications.

Thanks to this, the crossover pipe is a functional solution both for typical replacement of a worn section and for repairs following mechanical damage within the exhaust system.

Characteristics of the used product

The component comes from dismantling, which means it is a used part that retains the construction and parameters specific to original Land Rover equipment. This type of component is particularly useful when you want to maintain consistency with the factory exhaust system while optimizing repair costs.

Choosing a used manifold crossover pipe allows for a technically correct replacement of the exhaust section while maintaining compatibility with other factory elements, such as the manifold, subsequent pipes, silencers, or mounts.

Application in service practice

The manifold crossover pipe in the Discovery 4 L319 with a 3.0 TDV6 engine is often replaced in situations where:

• corrosion or cracking of the section near the manifold has occurred,
• the exhaust system has been damaged as a result of an undercarriage impact,
• it is necessary to restore the factory exhaust routing after previous modifications.

Selecting an original crossover pipe facilitates workshop work, shortens installation time, and reduces the risk of fitment issues, which translates into a more predictable final repair result.

If you are planning a comprehensive repair or upgrade of the exhaust system area in your Land Rover and need other elements from the same group, such as pipe sections, connectors, or tips, check the available parts in the Land Rover Exhaust pipes and tips category.

Additional information and good repair practices

When replacing the manifold crossover pipe, it is recommended to check the condition of adjacent exhaust system components, flexible mounts, and heat shields. Proper installation, maintaining correct alignment and operating clearances, limits the transmission of vibrations to the body and reduces thermal loads at critical points.

If the exhaust system repair is part of broader post-accident work or also includes body components, it is worth checking out practical tips on selecting dismantled parts – you will find them in the article Bodywork and chassis – post-accident repairs using dismantled parts.