Land Rover Discovery 3 L319 Brake Servo Master Cylinder 2.7 Diesel SJG500042

Land Rover SJG500042 is an original part from the Land Rover group, designed for discerning users seeking a part that complies with the manufacturer's factory standards. The product comes from dismantling, making it an attractive service solution for vehicles where maintaining compatibility with the factory system and consistency with technical documentation is crucial.

Specifications and technical data

• SKU: RHD-SJG500042
• Mark: Land Rover
• Condition: Used
• OEM Part Number: SJG500042
• Substitutable numbers: SJJ500010, 5H222002AA, 5H22-2002-AA, SJG500042
• Fuel type: Diesel
• Category: Brake Servos

Technical Characteristics and Purpose

The presented Land Rover SJG500042 part has been designed as a component compliant with the vehicle manufacturer's requirements, facilitating its integration with existing sub-assemblies. Its original origin ensures correct geometry, proper mounting points, and predictable performance within the system for which it was designed.

Thanks to the use of factory production standards, the component maintains consistency with service documentation, simplifying the work for workshops and specialists servicing vehicles of this brand. This is particularly important for repairs where compliance with specific part numbers and manufacturer-defined operating parameters is required.

Compatibility and Replacement Numbers

The part has been prepared to work with vehicle systems where the use of various reference numbers is foreseen. The presence of interchangeable numbers allows the component to be adapted to several equipment variants or model versions, increasing selection flexibility during repair or upgrade.

For the user and mechanic, this means the possibility of using one, proven component in place of several different catalog designations, while maintaining proper functionality. In practice, this simplifies part identification, reduces the risk of ordering errors, and speeds up the service process.

Product Condition and Service Application

The offered part is used, making it a sensible choice in situations where an economical yet technically correct repair is a priority. Dismantled parts of this type are frequently used in vehicles subjected to intensive use, where maintaining system efficiency at controlled service costs is important.

Choosing an original, used part allows for compliance with factory specifications while limiting the consumption of new resources. This is a particularly beneficial solution for routine repairs, restorations of older models, and for returning a vehicle to a technical condition that meets manufacturer requirements.

To maximize the potential of a dismantled component, it is advisable to familiarize yourself with practical tips on operation and maintenance, described in the article How to Extend the Lifespan of Used Car Parts. There you will find specific recommendations for protecting mechanical and electronic components from the aftermarket.

Benefits of Using an Original Land Rover Part

Using a component directly from the Land Rover brand offers a number of practical benefits:

• maintaining factory fit to the vehicle's system,
• consistency with service documentation and repair procedures,
• easier identification thanks to assigned catalog and reference numbers,
• possibility of use in several model variants due to interchangeable numbers.

For workshops specializing in servicing this brand, it is a convenient solution that reduces diagnosis and installation time, and for the end-user, it is a way to keep the vehicle in a technical condition consistent with the manufacturer's intentions.

Summary

Land Rover SJG500042 is an original, used part intended for professional service applications in vehicles of this brand. Thanks to compliance with factory standards and the presence of reference and interchangeable numbers, it is a practical solution for repairs where precise fit and predictable performance within the vehicle system are important. Combined with proper installation and appropriate operation, it helps maintain the vehicle's technical efficiency at a stable, safe level.