Mercedes W205 W246 Lambda Oxygen Sensor Probe Hybrid Engine 0075426418

A Genuine Mercedes Part from the Miscellaneous category is a solution designed for users seeking a factory-original component tailored to their vehicle's specifications. This product comes from the Mercedes equipment line and, as an OEM part, ensures compliance with the manufacturer's factory standards. A used sub-assembly allows for an economical yet technically correct repair or supplement to the system in a vehicle of this brand.

Specifications and technical data

• SKU: 0075426418
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: 0075426418
• Substitutable numbers: A0009050701, A 000 905 07 01
• Category: Oxygen Sensors

Technical Characteristics and Purpose

The offered component belongs to the group of factory-made components installed in Mercedes vehicles. Using an original sub-assembly minimizes the risk of fitting issues, eliminates the need for modifications, and facilitates integration with the vehicle's existing systems. The part has been designed in accordance with the manufacturer's internal standards, which helps maintain the consistency of the entire system's operating parameters.

The product is particularly useful in situations where restoring the factory configuration is required – for example, after a specific module failure, mechanical damage, or during a phased vehicle rebuild. Thanks to its assignment to a specific OEM part number, precise matching to a given equipment variant is possible.

Benefits of Using a Genuine Mercedes Component

Using a genuine part offers a range of practical advantages, important for both the service provider and the end-user:

• maintaining compatibility with the vehicle's factory installation and software,
• consistency of operating parameters with other sub-assemblies in the system,
• easier future diagnostics due to unambiguous assignment to the OEM number,
• reduced risk of incorrect installation compared to universal aftermarket parts.

For workshops and service centers, the ability to uniquely identify parts by interchangeable numbers is also important, facilitating the selection of the correct component for different versions of the same model. The end-user, on the other hand, gains greater certainty that the installed part will work with the vehicle's existing configuration without additional modifications.

Product Condition and Application in Service Practice

The offered component is used, which allows for reduced repair costs while maintaining the part's factory origin. This type of solution is often chosen for repairing vehicles several years old, where a reasonable cost-to-functionality ratio is a priority. In service practice, used OEM parts perform particularly well where maintaining the original system architecture is crucial.

Before installation, standard verification of compatibility with the specific vehicle model based on the OEM part number and interchangeable numbers is recommended. This approach minimizes the risk of error and speeds up the service process, especially for more complex equipment configurations.

Application in Repair and Modernization Projects

A component from the collective category can be used in both typical operational repairs and more extensive vehicle rebuild or modification projects. For Mercedes solutions, choosing OEM parts helps maintain the consistency of the entire system – from the mechanical and electrical layers to communication with control units.

If you are planning a comprehensive repair or modernization of the technical area in your Mercedes and need other parts from the same group, such as additional modules, connectors, or supplementary sub-assemblies, check the available parts in the Miscellaneous Mercedes category.

Substantive Support and Selection of Used Parts

When selecting used components, it is worth paying attention to the consistency of markings, the equipment version, and the part's intended use in the specific vehicle system. This helps avoid common problems such as incorrect interaction with the installation, diagnostic errors, or the need for re-disassembly.

For those who want to better understand the differences between individual model lines and the impact of applied sub-assemblies on vehicle characteristics, a comparative material may be helpful – check the article Audi RS vs. Other Models – What's Under the Hood and Chassis?, which shows how the selection of specific components translates into performance and vehicle behavior.

If you are considering wider use of aftermarket parts in your project, it is also worth familiarizing yourself with the guide Buying Used Car Parts – Common Mistakes When Choosing Parts for Tuning, which discusses practical aspects of selecting used sub-assemblies and helps avoid common pitfalls.