Range Rover Sport L494 Rear Subframe Mount Bracket Support CPLA-5A364-AB

LR038057 is an original Range Rover part, sourced from dismantling, intended for users seeking a proven OEM part for professional repair or to restore the vehicle's factory specification. Choosing a component from this series allows for maintaining the car's structural integrity and preserving the proper operating parameters of associated systems. This is a solution for those who prefer original components over random aftermarket alternatives.

Specifications and technical data

• SKU: LR038057
• Mark: Range Rover
• Condition: Used
• OEM Part Number: LR038057
• Substitutable numbers: LR038057, CPLA-5A364-AB, CPLA5A364AB
• Location on the vehicle: Rear
• Category: Frame Rails & Subframes

Technical Characteristics and Purpose

The offered Range Rover part has been designed as a factory-installed vehicle component, ensuring full compatibility with the body structure, mechanical, or electronic systems (depending on its specific application in a given model). The component is ready for installation in place of the original part, which simplifies servicing and reduces the risk of fitting issues.

As an OEM part, the product integrates with factory mounting points, wiring harnesses, and accessories, allowing for the preservation of correct geometry, sealing, or system operating parameters. This is particularly important for premium vehicles, where installation precision impacts driving comfort, durability, and safety.

Benefits of Using an Original Range Rover Part

Using the component designated as LR038057 (catalog number, visible in the specification) helps maintain the vehicle's service consistency and facilitates future part identification in technical documentation. In practice, this translates to:

• maintaining the factory operating parameters of the specific system,
• a secure fit to the vehicle's structure without modifications,
• easier future diagnostics due to compatibility with service documentation.

Choosing an original dismantled component is particularly advantageous when you aim to keep the vehicle in a configuration close to factory original, while optimizing repair costs.

Part Condition and Service Application

The product comes from the secondary market, allowing for an economical restoration of the vehicle's functionality while maintaining the manufacturer's original specifications. Such elements are often chosen by workshops specializing in the Range Rover brand, as well as by discerning users who prefer dismantled OEM parts over unreliable aftermarket alternatives.

Before installation, standard service procedures are recommended: verifying compatibility with the specific engine version and model year of the car, checking mounting points, and – if necessary – replacing consumables associated with the part (seals, mounting bolts, flexible elements).

Application in Upgrades and Repairs

Original premium components, to which Range Rover belongs, are often used not only for standard repairs but also for refreshing older models or restoring them to a factory-like condition. In many cases, a used OEM part offers better manufacturing quality than new aftermarket parts of uncertain origin.

If you are interested in a broader context of using parts in higher-standard vehicles, it is worth familiarizing yourself with a guide on the optimal selection of components for sports and compact cars, such as the analysis of upgrades and part replacements in subsequent generations of the VW Golf GTI. This helps to better understand how the selection of appropriate components affects durability, handling, and comfort.

Installation and Operational Recommendations

To fully utilize the potential of the offered part, installation in a specialized service center with experience in Range Rover vehicles is recommended. Professional installation minimizes the risk of leaks, improper tension of cooperating elements, or installation errors that could shorten the component's lifespan.

After installation, it is advisable to check the operation of related systems (mechanical, electronic, or bodywork – depending on the part's function) and perform a test drive to confirm correct operation and the absence of unwanted noises or diagnostic messages. This approach increases confidence that the replacement has been carried out completely and safely.