Mercedes C117 W176 Propshaft Flexible Disc Fits Joint A2464110015

The Mercedes C117 W176 Driveshaft Flexible Coupling is a precision component of the drivetrain, designed specifically to work with the driveshaft joint in select Mercedes models. As part of the Cardan Joint Bearings and Universal Joints group, it stabilizes the driveshaft's operation, limits torsional vibrations, and supports smooth torque transfer. A used OEM component is a sensible choice for drivetrain servicing when you prioritize factory geometry and fit without the cost of new parts.

Specifications and technical data

• SKU: A2464110015
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2464110015
• Substitutable numbers: A2464110015, A 246 411 00 15
• Category: Propshaft Bearings & U-Joints

Purpose and Function in the Drivetrain

The flexible coupling in Mercedes C117 and W176 models operates between the driveshaft and the joint, compensating for minor axial and angular deviations and dampening vibrations resulting from engine and gearbox operation. This allows for:

• reduced shock loads in the drivetrain,
• limited vibration transfer to the vehicle's body and interior,
• support for consistent, predictable operation of the Cardan joints,
• maintenance of proper drivetrain refinement during acceleration and gear changes.

Selecting the correct flexible coupling is crucial for maintaining driveshaft alignment and proper cooperation with universal joints, which translates to the longevity of the entire system.

Benefits of Using an Original Mercedes Component

An original driveshaft flexible coupling from Mercedes ensures the preservation of the system's factory operating parameters. In practice, this means:

• precise fit to the joint and driveshaft without modifications,
• maintenance of proper torsional stiffness and flexibility along the driveshaft axis,
• compatibility with factory Cardan joint bearings,
• consistency with factory service procedures and torque specifications.

A used OEM component is particularly attractive for routine repairs where the priority is combining factory-quality fit with controlled service costs.

Condition, Verification, and Service Application

The presented driveshaft flexible coupling is offered as a used part, allowing for an economical replacement of a worn component in the vehicle. This type of component is most commonly used when the following symptoms appear:

• knocking or jerking during acceleration and load changes,
• excessive vibrations in the center tunnel,
• play felt around the driveshaft-to-joint connection.

Replacing the flexible coupling is recommended preventatively during major driveshaft work to restore stable and predictable drivetrain operation.

Integration with the Cardan Joint System

As a component within the Cardan Joint Bearings and Universal Joints category, this flexible coupling works directly with the joints and support bearings, influencing:

• load distribution across individual joints,
• limitation of sudden torque changes,
• reduction of the risk of premature wear of universal joints and bearings.

Choosing the correct component for a specific drivetrain configuration in the Mercedes C117 / W176 is essential for maintaining proper driveshaft geometry and avoiding undesirable resonances.

If you are planning a comprehensive repair or upgrade of the drivetrain area in your Mercedes and need other components from the same group, such as additional flexible couplings, support bearings, or universal joints, check the available parts in the Mercedes Cardan Joint Bearings and Universal Joints category.

Additional Technical Information and Expert Knowledge

When planning drivetrain repairs, it's beneficial to understand the differences between standard and sport configurations of suspension, brakes, and drivetrain, as these affect the loads transferred by the driveshaft and joints. If you are interested in how manufacturers design reinforced components for dynamic driving and when it's worthwhile to opt for used parts in premium cars, check out the article BMW M Performance: How Do BMW M Components Differ from Standard Ones?, which discusses these issues in a broader engineering context.