Mercedes S212 Driveshaft Rear Axle Shaft Left N/S E350 CDI Diesel A2213500810

Mercedes S212 Driveshaft Rear Axle Shaft Left N/S E350 CDI Diesel is an original drivetrain component designed for the rear axle of diesel versions. Thanks to its factory-engineered design, it ensures precise torque transmission and stable operation with the differential and wheel hub, which translates into predictable vehicle behavior during acceleration and engine braking.

Specifications and technical data

• SKU: A2213500810
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2213500810
• Substitutable numbers: A2213500810, A 221 350 08 10
• Location on the vehicle: Rear, Left
• Fuel type: Diesel
• Category: Driveshafts

Purpose and drivetrain compatibility

The presented driveshaft is intended for installation on the rear left side of the driven axle in Mercedes E-Class S212 models with a diesel engine. The component has been designed for specific suspension and drivetrain parameters, allowing for the maintenance of proper geometry, joint operating angles, and correct load transmission under typical operating conditions of a premium vehicle.

Its original Mercedes origin ensures compliance with factory quality standards, as well as a proper fit with the hub, differential, and mounting components without the need for modifications or adaptations.

Technical characteristics and role in drivetrain operation

The rear axle driveshaft is responsible for transmitting torque from the differential to the wheel on the left side, while simultaneously compensating for suspension movements and load changes during driving. In practice, this means:

• stable power transmission across the full range of suspension travel,
• reduction of vibrations and unwanted play in the system,
• correct interaction with traction control and electronic stability programs,
• maintaining the proper handling characteristics typical of E350 CDI models.

Thanks to a design adapted for the Diesel unit, the shaft is prepared for the higher torque generated by the diesel engine, which is significant for durability and operational safety.

Condition, benefits of using a used part, and installation aspects

The item is offered as a used part, which allows for an economical repair of the drivetrain while maintaining the manufacturer's original specifications. In many cases, using a factory-original driveshaft from dismantling is more beneficial than installing a replacement with uncertain parameters, especially in high-end vehicles where operating refinement and compatibility with other components are crucial.

The shaft is intended for direct replacement of the factory component, following standard service procedures. A correctly selected component helps reduce the risk of:

• knocking and vibrations during acceleration and load changes,
• accelerated wear of the differential and wheel bearings,
• traction problems resulting from uneven power transmission.

Support with selection and drivetrain service expansion

When replacing the rear axle driveshaft, it is worth simultaneously verifying the condition of the differential, bearings, and other drivetrain components. To better prepare for assessing these parts and planning repairs consciously, our blog guide will be helpful – check out practical tips in the article Second-hand differential – what you need to know about used differentials, sensors, and drivetrain systems.

Related Mercedes Driveshafts – expansion and comprehensive repair

If you are planning a comprehensive repair or upgrade of the drivetrain area in your Mercedes and need other elements from the same group, such as half-shafts, intermediate shafts, or additional drivetrain components, check out the available parts in the Mercedes Driveshafts category.

Summary

The rear left driveshaft for the Mercedes S212 E350 CDI Diesel is a functional, original drivetrain component that allows for restoring the proper operation of the rear axle after failure or wear of the factory element. By choosing a used Mercedes driveshaft, you gain a perfect fit for the vehicle's construction, predictable road behavior, and the ability to rationally reduce service costs while maintaining factory technical standards.