Mercedes C204 63 AMG Intake Manifold Dampening Suction Fitting M156 A1562260485

Mercedes C204 63 AMG Intake Manifold Dampening Suction Fitting is a specialized intake system component designed for the M156 engine in the 63 AMG version. This component comes from the original Mercedes production line, which ensures proper fitment to the factory engine architecture and stable operating parameters. As a result, it provides a solid foundation for servicing intake components in the sporty C-Class C204 variants.

Specifications and technical data

• SKU: A1562260485
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A1562260485
• Substitutable numbers: A1562260485, A 156 226 04 85
• Category: Other Engine Parts

Purpose and function in the intake system

The presented intake manifold integrated with the dampening fitting is responsible for directing air to the cylinders of the M156 engine in the C204 63 AMG model. Its design is engineered for the high loads characteristic of high-performance units, promoting stable operation during dynamic driving. Using an original component allows for maintaining factory cylinder filling characteristics and proper interaction with the control electronics.

Benefits of using an original intake manifold

Choosing an original intake manifold with dampening fitting for the M156 in the C204 63 AMG primarily offers:

• preservation of factory intake channel geometry and mounting points,
• consistency with stock engine accessories and control systems,
• reduced risk of leaks in the intake area,
• easier diagnostics and service based on manufacturer documentation. Consequently, replacing a worn or damaged part with an original Mercedes component helps maintain predictable engine performance and eliminates the need for additional installation modifications.

Application in service and upgrades

This model of intake manifold with dampening fitting is particularly useful for engine service work, such as replacing intake components after mechanical failure, repairs following overheating, or comprehensive maintenance of the M156 unit. A used, original element allows for the cost-effective restoration of system efficiency while maintaining factory specifications. This solution is recommended for both specialized AMG workshops and independent service centers that prioritize OEM parts.

Part selection and compatibility with markings

Before purchasing, it is advisable to verify the compatibility of the intake manifold with the specific C204 63 AMG configuration using the OEM part number and available replacement numbers in service documentation or the manufacturer's catalog. This ensures precise matching of the component to the engine version and avoids installation issues. The product description also includes information such as SKU, brand designation, and condition, which facilitates component identification in workshop and warehouse systems. If you are planning a comprehensive repair or upgrade of the engine area in your Mercedes and need other elements from the same group, such as manifolds, intake components, or intake system dampeners, check out the available parts in the Other Mercedes category.

Additional technical materials and knowledge

When working with powerful gasoline engines, it is worth expanding your knowledge about the structural differences between standard and sports versions. An article comparing solutions used in sports variants, such as RS, to standard versions may be helpful – you can find it here: Audi RS vs other models – what is hidden under the hood and chassis?. It allows for a better understanding of the vital role played by intake system components and how they influence engine characteristics.

Summary

Mercedes C204 63 AMG Intake Manifold Dampening Suction Fitting is an original intake system component designed for the high-performance M156 unit. It ensures proper air delivery to the cylinders, compatibility with factory equipment, and predictable engine behavior during daily and dynamic use. It is a practical choice for users and workshops looking to restore intake system efficiency while adhering to manufacturer standards.