Bumper Rear Carrier Mercedes W176 W246 Cross Member Support Bar A2466100014

Visual condition of the part

The product shows signs of use visible in the photos.

Bumper Rear Carrier Mercedes W176 W246 Cross Member Support Bar is an original structural component from the Bumpers and reinforcements group, designed for installation in the rear part of the vehicle body. The robust construction of this beam provides stable support for the bumper and assists in the controlled transfer of loads during a collision, which translates into more predictable body behavior. It is a practical solution for users who want to restore the factory geometry of the rear zone of their Mercedes after mechanical damage.

Specifications and technical data

• SKU: A2466100014
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2466100014
• Substitutable numbers: A2466100014, A 246 610 00 14
• Location on the vehicle: Rear
• Category: Bumpers & Reinforcements

Purpose and function of the rear bumper beam

The rear bumper beam in Mercedes compact class models plays a key role as a load-bearing element for the bumper cover and part of the energy absorption system. Mounted in the rear body zone, it is responsible for:

• stiffening the structure in the bumper area,
• working in conjunction with absorbers and the bumper cover,
• maintaining the correct assembly line for exterior components,
• limiting deformation in the event of low to medium-force impacts.

By maintaining factory geometry, the beam helps in properly aligning the bumper, lights, and adjacent body panels, which is important for both aesthetic and functional reasons.

Benefits of using an original rear reinforcement

The original rear reinforcement for Mercedes has been designed for a specific vehicle platform, which ensures a perfect fit to mounting points and predictable behavior under load. In practice, this means:

• no need for mounting modifications or drilling additional holes,
• preservation of factory crumple zones in the rear part of the vehicle,
• consistency with other bumper system components,
• easier quality control of repairs at a service center or during a technical inspection.

Choosing such a component is particularly beneficial for post-accident repairs, where restoring the original structural characteristics of the vehicle is just as important as simply "closing" the bodywork.

Assembly characteristics and application

The beam is intended for installation in the rear area of the vehicle, in place of the factory bumper reinforcement. The design intended for the Mercedes W176 and W246 series allows for:

• installation in existing body mounting points,
• compatibility with original bumper brackets and supports,
• maintaining the proper distance between the bumper and structural elements.

Such a fit facilitates the work of body shop technicians and mechanics, reducing the time required for bumper alignment and adjusting gaps between body panels.

Condition and practical aspects of use

The component comes from the secondary market, which makes it a cost-effective solution compared to new parts, while maintaining the original structural specification. For many users, this is a reasonable compromise between quality and budget, especially for maintenance or post-accident repairs in older vehicle models.

Using such a beam allows for the restoration of proper rear bumper operation and mounting stability, which is significant for both safety and the durability of the entire system.

Expanding repairs within bumpers and reinforcements

If you are planning a comprehensive repair or upgrade of the bumper zone in your Mercedes and need other components from the same group, such as additional reinforcements, brackets, or cross members, check the available parts in the Mercedes Bumpers and reinforcements category.

Eco-approach to body repairs

Choosing a used rear reinforcement is not only a saving but also a real reduction in waste and raw material consumption in the vehicle servicing process. If you want to learn more about the possibilities of improving car performance while reducing environmental impact, it is worth checking out the concept of eco-tuning – more information can be found in the article Eco-tuning in practice: how to increase performance while reducing your carbon footprint with recycled parts.