Mercedes W176 Front Left N/S Prop Drive Shaft Manual Transmission A2463307600

Mercedes W176 Front Left N/S Prop Drive Shaft Manual Transmission is an original drivetrain component designed for the front axle on the driver's side in vehicles with a diesel engine and manual transmission. Thanks to its factory geometry and precise joint selection, it ensures stable torque transfer to the wheel, which translates into predictable handling and safe drivetrain operation. It is a practical solution for users who want to maintain consistency with the original Mercedes design and avoid issues with fitting aftermarket replacements.

Specifications and technical data

• SKU: A2463307600
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2463307600
• Substitutable numbers: A2463307600, A 246 330 76 00
• Location on the vehicle: Front, Left
• Fuel type: Diesel
• Gearbox type: Manual
• Category: Drivetrain Hardware & Fasteners

Purpose and function in the drivetrain

The front left drive shaft in the Mercedes W176 is responsible for the mechanical connection between the transmission and the wheel hub on the driver's side. In a front-wheel-drive vehicle with a manual transmission, this component must work in tandem with both the differential and the suspension, compensating for suspension travel and wheel steering while maintaining smooth power delivery.

In diesel engine configurations, drive shafts are designed for higher torque, which is why selecting the correct component for the specific fuel type and transmission is crucial for the durability of the entire system. Using the appropriate drive shaft reduces the risk of vibrations, knocking during acceleration, and improper joint operation at high steering angles.

Drivetrain compatibility

The presented drive shaft is intended for installation on the front left axle of a Mercedes W176 with a diesel engine and manual transmission. This fitment ensures:

• compliance with the factory length and geometry of the drive shaft,
• proper positioning of the joints relative to the hub and transmission,
• correct interaction with the suspension and steering system.

As a result, this component can be used as a direct replacement for the factory-installed drive shaft without the need for modifications to other drivetrain components.

Characteristics of the used component

The product comes from the Drivetrain mounting parts and brackets group, meaning it is an integral component responsible for power transmission and stable mounting in the vehicle. As a used part, it retains the manufacturer's original design, which promotes proper fitment with other components of the Mercedes drivetrain.

Choosing an original, used drive shaft instead of a random replacement allows you to maintain factory drivetrain performance parameters while reducing repair costs. This is particularly important in diesel vehicles, where the loads transmitted by the drive shafts are higher than in gasoline units.

Why choose an original used drive shaft

Using components that comply with Mercedes factory specifications translates into handling stability, reduced tire wear, and a lower risk of joint failure and transmission damage. An original drive shaft retains the correct profile, diameters, and mounting points, which facilitates installation and minimizes vehicle downtime.

To better understand the benefits of choosing original components, it is worth reading the material explaining the importance of OEM parts in vehicle repairs – this is discussed in detail in the article OEM quality assurance and safety – why used original car parts are the best choice for your vehicle?, which describes how such solutions impact safety and operating economy.

Expansion and service of the Mercedes drivetrain

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 brackets, mounts, or additional fastening elements, check out the available parts in the Mercedes drivetrain mounting parts and brackets category.

This approach allows you to select a consistent set of components, optimize the operation of the entire system, and reduce the risk of subsequent leaks, play, or unwanted vibrations resulting from mixing random solutions from different manufacturers.