Air Duct Mercedes W205 Dashboard Air Channel Right O/S With Motor A2058300200

The Mercedes W205 Right Dashboard Air Vent Duct with Motor is an original ventilation system component designed for installation on the right side of the dashboard. It ensures precise airflow direction and stable integration with the factory climate control system, contributing to thermal comfort inside the cabin and the proper functioning of the entire ventilation system. With its integrated drive, it is a complete solution for professional repair or replacement of a damaged duct.

Specifications and technical data

• SKU: A2058300200-1
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2058300200
• Substitutable numbers: A2058300200, A 205 830 02 00
• Location on the vehicle: Right
• Category: Other Air Conditioning & Heating

Purpose and Function in the Ventilation System

The presented air vent duct is specifically designed for W205 series models, intended for installation on the right side of the dashboard. It is responsible for:

• directing air from the climate control module to the appropriate air vents,
• maintaining set airflow directions stably,
• interacting with the electronic control of the air vent flaps.

The presence of a motor within the duct's construction allows for automatic flap adjustment according to the selected climate control mode, ensuring consistent operation with the factory comfort system.

Construction and Dashboard Integration

The air vent duct is geometrically matched to the W205 dashboard, facilitating installation and minimizing the risk of leaks. The design includes:

• dedicated mounting points to the dashboard structure,
• factory connection sockets for the control motor,
• an internal shape optimized for airflow.

This solution helps maintain proper pressure and even air distribution, which is crucial for both effective cabin heating and cooling.

Benefits of Using an Original Air Vent Duct

Using an original air vent duct with a motor in a Mercedes W205 offers a range of practical benefits:

• Full compatibility with vehicle electronics – the motor works with factory controllers without the need for adaptation.
• Precise fit to the dashboard – no issues with installation or finishing element alignment.
• Stable operation of air vent flaps – reduces the risk of clicking, jamming, and uneven airflow.
• Restoration of factory comfort and air distribution settings.

For users who expect predictable climate control and ventilation performance, choosing such a component allows for professional repair of the ventilation system without compromising on fit.

Vehicle Placement and Installation Aspects

This component is designed for installation on the right side of the vehicle, within the dashboard area. In practice, this requires access to the internal dashboard structure and adherence to the disassembly sequence of covers and panels according to service documentation. When replacing, pay attention to:

• correct connection of the electrical harness to the motor,
• precise seating of the duct in its sockets to prevent leaks,
• checking flap operation after installation through a climate control functional test.

This approach helps maintain stable ventilation parameters and reduces the need for further dashboard intervention.

Part Selection and System Expansion

When undertaking extensive repairs of the ventilation or climate control system in a Mercedes, it is advisable to ensure component consistency – especially when working with electrically controlled parts. If you are planning a comprehensive repair or upgrade of the cockpit area in your Mercedes and require other parts from the same group, such as air ducts, vent grilles, or flow control elements, check the available parts in the Other Mercedes category.

Technical Knowledge and Operation

When working with comfort systems in modern vehicles, knowledge of solutions used in different brands and drive versions is beneficial. For those interested in a broader context of the construction and servicing of vehicles with advanced drive and comfort systems, an article comparing AWD systems and typical wear parts may be helpful – you can find it here: xDrive, 4Matic, quattro or 4Motion – comparison of AWD drives from BMW, Mercedes, Audi and VW.

If you are also interested in analyzing the structural differences in sports versions of vehicles, including the impact of more powerful engines and braking systems on component selection, it is worth reading the material: Audi RS vs other models – what lies under the hood and chassis?, which shows how manufacturers design components for higher loads and usage requirements.