Mercedes A205 M264 Petrol Air Module Pressure Pipe Hose Line Tube A2058303705

Mercedes A205 M264 Airbag Pressure Hose is an original safety system component designed for gasoline engine vehicles. Thanks to its factory fit and specific hose geometry, it ensures stable pressure management in the airbag system, which is crucial for the proper functioning of the SRS. This is a solution for users who expect compliance with the original Mercedes specification and want to maintain a high level of passive safety.

Specifications and technical data

• SKU: A2058303705
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2058303705
• Substitutable numbers: A2058303705, A 205 830 37 05
• Fuel type: Petrol
• Category: Hoses, Lines & Pipes

Purpose and Function of the Pressure Hose

The presented hose belongs to the group of Hoses, Tubes, and Pipes and operates within the airbag system, responsible for the controlled flow of pressurized medium between system components. In Mercedes vehicles with the M264 gasoline engine, a correctly selected pressure hose directly influences:

• maintaining the airtightness of the airbag system,
• stable pressure parameters during operation,
• correct reaction of the safety system in an emergency situation.

The original design of the hose minimizes the risk of incorrect routing within the wiring harness and collision with other components, which is particularly important in the densely packed engine bays of gasoline-powered vehicles.

Benefits of Using an Original Mercedes Part

Using a pressure hose dedicated to the airbag system in a Mercedes offers a range of practical service and operational benefits:

• Factory Fit – the original length, diameter, and routing shape are maintained, facilitating installation and reducing mechanic's work time.
• Compatibility with the SRS safety system – the hose works with other system components in accordance with the manufacturer's design.
• Reduced risk of installation errors – no need for modifications or fitting aftermarket alternatives.
• Ability to maintain a uniform vehicle configuration – especially important for vehicles serviced according to manufacturer guidelines.

Choosing an original hose from this group is the preferred solution for collision repairs, safety system inspections, and restoring a vehicle to its documented technical condition.

Technical Characteristics and Compatibility

The hose is designed to work with gasoline engines, meaning it is adapted to the specific thermal and spatial conditions within the engine bay of these types of units. The component's design considers:

• resistance to typical temperature ranges found around a gasoline engine,
• appropriate flexibility to compensate for vibrations and body movements,
• dimensional stability during long-term operation.

This allows the hose to be safely used as a replacement part in Mercedes vehicles where this type of structural solution is factory-fitted in the airbag system.

Item Condition and Service Application

The offered airbag pressure hose is a used item, making it an attractive cost-effective alternative while maintaining the original manufacturer's specification. Such components are often chosen in situations where:

• a damaged hose needs replacement after the airbag system has deployed,
• a collision repair is being carried out while maintaining the factory configuration,
• cost reduction is important while preserving the original system design.

For safety-related components, it is particularly important that installation is carried out by qualified service personnel, following manufacturer procedures and performing appropriate SRS system diagnostics upon completion of the work.

Related Parts and Technical Knowledge

If you are planning a comprehensive repair or upgrade of the safety system area in your Mercedes and need other parts from the same group, such as pressure hoses, flexible hoses, or rigid tubes for medium flow, check the available parts in the Mercedes Hoses, Tubes, and Pipes category.

For a better understanding of how systems work in modern all-wheel-drive vehicles and typical components that interact with safety systems, it is worth consulting the guide: xDrive, 4Matic, quattro, or 4Motion – Comparison of AWD Drives from BMW, Mercedes, Audi, and VW. The article discusses, among other things, the characteristics of their construction, typical wear parts, and situations where the use of used components is technically justified.