Mercedes W204 Output Drive Shaft C63 AMG Rear Left Right Axle Shaft A2043501610

Mercedes W204 Output Drive Shaft C63 AMG Rear Left Right Axle Shaft is an original drivetrain component designed for installation on either the left or right side of the rear axle. Thanks to its factory design, Mercedes ensures precise torque transmission, stable drivetrain operation, and predictable vehicle handling even during dynamic driving.

Specifications and technical data

• SKU: A2043501010
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2043501010
• Substitutable numbers: A2043501010, A 204 350 10 10
• Location on the vehicle: Rear, Right, Left
• Category: Driveshafts

Purpose and function in the drivetrain

The presented drive shaft is a rear axle component for the Mercedes C-Class W204 generation in the C63 AMG version. It is responsible for transferring power from the differential to the wheel on the left or right side, ensuring smooth power delivery and proper interaction with the suspension and differential system.

The vehicle placement covers the rear axle on the right or left side, which allows the part to be used according to service needs – replacing a single shaft or both sides simultaneously to maintain balanced drivetrain performance.

Benefits of using an original drive shaft

The original drive shaft from the Drive shafts Mercedes family has been designed for the high loads characteristic of the AMG version. Using a factory component translates into:

• maintaining the correct geometry of the drivetrain and suspension,
• proper cooperation with the differential and wheel hub,
• reduction of vibration and noise during acceleration and engine braking,
• consistency with factory settings for traction control and electronic stability systems.

The component comes from a Mercedes vehicle and is an OEM class part, which facilitates fitting to a specific drivetrain configuration without the need for modifications.

Selection, installation, and service application

The rear axle drive shaft in the C63 AMG operates under demanding conditions – high torque, high rotational speeds, and variable operating angles resulting from suspension movement. Replacing it with an original used component is a frequently chosen service solution when the following occur:

• knocking or play in the rear axle area during acceleration or load changes,
• vibrations at specific speeds,
• leaks or damage to the joints within the drive shaft.

Professional installation involves correctly seating the shaft in the hub and differential, following the proper tightening sequence, and checking for play after installation. Using an original component makes workshop work easier – mounting points, length, and geometry are consistent with factory specifications.

Used OEM component vs. drivetrain durability

Choosing a used OEM drive shaft for the C63 AMG allows you to balance repair costs while maintaining factory build quality. Unlike random aftermarket replacements, the original component is designed for specific loads and the operating characteristics of the engine and differential in the AMG version.

If your car has started showing symptoms such as increasing noise from the rear of the vehicle, whining, or humming during acceleration, it is worth considering a diagnosis of the entire drivetrain – from the differential to the drive shafts. In such a case, the Global Parts guide will be helpful: Humming differential? Find out why a used OEM drive axle is a better investment than an uncertain replacement, which discusses the practical aspects of selecting and replacing drivetrain components.

Expanding repairs within the drivetrain system

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 additional shafts, half-shafts, or components working with the differential, check the available parts in the Mercedes Drive shafts category.

This approach allows you to restore the consistency of the entire drivetrain in one service stage, reduce the risk of subsequent disassembly, and ensure predictable vehicle behavior during both daily and dynamic use.