Mercedes C219 Front Centre Console Tray Rubber Mat Covering Storage A2196830118

Visual condition of the part

The product shows signs of use visible in the photos.

Mercedes C219 Front Centre Console Tray Rubber Mat Covering Storage is an original interior trim component, designed specifically for the front section of the console in C219 series models. The rubber insert improves organization within the storage compartment, stabilizes small items, and reduces noise while driving, while providing an aesthetic, cohesive finish to the Mercedes interior. Thanks to its factory-fit design, it serves as a practical addition to the vehicle's original configuration.

Specifications and technical data

• SKU: A2196830118
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2196830118
• Substitutable numbers: A2196830118, A 219 683 01 18
• Location on the vehicle: Front
• Category: Floor Mats, Carpets & Boot Liners

Purpose and fitment for the centre console

The presented mat is designed for installation in the front part of the centre console, in the storage compartment area. The construction has been developed for the specific geometry of the C219 series interior, which translates into a stable fit without the need for additional modifications. Properly contoured edges help keep the mat in one position, and the working surface reduces the sliding of items during acceleration, braking, and cornering.

Protective function and user comfort

The rubber storage mat serves several important operational functions:

• protects the factory finish of the storage compartment against scratches and dents from hard objects,
• reduces noise generated by moving keys, cards, or small accessories,
• facilitates cleaning – dirt remains on the surface of the insert, which can be removed and cleaned,
• improves space organization in the centre console, ensuring a more orderly interior.

Thanks to these features, the mat is a practical and functional addition to the storage area, especially in vehicles used intensively on a daily basis.

Rubber construction and performance properties

The rubber construction ensures beneficial performance properties, essential for conditions inside the vehicle. The material is characterized by resistance to typical mechanical loads occurring in the storage compartment, while maintaining flexibility, which facilitates the installation and removal of the insert. The surface structure promotes the stabilization of items, limiting their sliding along the bottom of the compartment.

As an item from the Linings, floor mats, boot trays group, the mat fits into a set of protective solutions for the vehicle interior, aimed at extending the durability of factory linings and improving daily ergonomics.

Characteristics of the used product

The offered mat is a used item, which means it may show signs of normal wear and tear typical for this type of component. At the same time, it retains its basic functional properties, such as protecting the storage surface and improving user comfort. For many users, this represents a favorable compromise between the purchase cost and maintaining the original character of the Mercedes interior.

Application in the floor and storage area of Mercedes

If you are planning a comprehensive repair or upgrade of the floor and storage area in your Mercedes and need other elements from the same group, such as floor mats, carpets, or protective inserts, check the available parts in the Linings, floor mats, boot trays Mercedes category.

Additional technical and operational information

In the case of Mercedes vehicles equipped with advanced all-wheel-drive systems, the selection of interior elements often goes hand in hand with care for mechanical components. If you want to better understand the specifics of drives used by premium manufacturers and consciously plan service and the selection of used components, it is worth reading the article xDrive, 4Matic, quattro or 4Motion – a comparison of AWD drives from BMW, Mercedes, Audi and VW, which discusses the design and operational differences between individual systems.