Mercedes W168 Boot Lid Tailgate Gas Pressurized Spring Absorber A1689801264

Mercedes W168 Boot Lid Tailgate Gas Pressurized Spring Absorber is an original component from the Boot lids and rear parts group, designed for precise operation of the rear lid in W168 series models. This used gas spring ensures the maintenance of factory-specified operating characteristics, which translates into safe and predictable opening and closing of the trunk.

Specifications and technical data

• SKU: A1689801264
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A1689801264
• Substitutable numbers: A1689801264, A 168 980 12 64, BG
• Category: Boot & Hatch Lids

Purpose and function of the gas spring

The trunk lid gas spring in a Mercedes W168 is responsible for the controlled lifting and holding of the rear lid in a stable position. A correctly selected component from this group ensures:

• smooth opening of the lid without jerking,
• holding the trunk in the desired position,
• reducing the load on the hinges and lid mounts,
• comfortable operation of the rear body section in daily use.

By maintaining factory parameters, the gas spring works with the W168 body structure in a predictable and repeatable manner, which is important for both user convenience and safety.

Benefits of using an original Mercedes component

Choosing a gas spring dedicated to the Mercedes W168 from the Boot lids and rear parts group allows you to maintain the structural integrity of the vehicle. An original Mercedes component primarily offers:

• fitment to factory mounting points without modifications,
• compatibility with the lid geometry and its range of motion,
• predictable behavior across the full range of operating temperatures,
• easier diagnostics and potential future replacement due to clear model assignment.

Using this component allows for an economical repair while maintaining a design consistent with the manufacturer's specifications, which is particularly important for parts that affect the daily operation of the vehicle.

Installation and operational aspects

The rear trunk lid gas spring in a Mercedes W168 is designed for installation in existing body points, which reduces the time required for replacement. With the correct selection of a component from the same group, installation usually boils down to:

• removing the worn gas spring from the lid and body mounts,
• checking the condition of the sockets and mounts,
• installing the new component in the same points,
• checking the lid's range of motion after replacement.

This approach allows for restoring the proper operation of the rear lid without interfering with the body structure, which is beneficial from both a technical and economic perspective.

Application in the rear body zone

A functional trunk lid gas spring has a direct impact on the comfort of using the rear part of the vehicle, especially when opening the trunk frequently. Stable holding of the lid in the upper position facilitates:

• loading and unloading luggage,
• access to the interior of the cargo space,
• safe work near the rear of the vehicle without the risk of the lid falling unexpectedly.

For users operating the car in urban and suburban conditions, where the trunk is used often, maintaining the proper condition of the gas spring is an essential element of the vehicle's daily functionality.

Expanding rear vehicle modernization

If you are planning a comprehensive repair or modernization of the rear body zone in your Mercedes and need other elements from the same group, such as additional gas springs, mounts, or components supporting the lid's operation, check the available parts in the Mercedes boot lids and rear parts category.

When planning broader service work on the vehicle, it is also worth paying attention to other sub-assemblies whose condition affects the overall reliability of the powertrain. If you are interested in how to consciously approach the purchase of components from the secondary market, check out the guide Buying a used engine: 5 things you must check before installation, which discusses practical rules for verifying used mechanical components.