Mercedes C204 Rear Axle Suspension Tie Rod Lateral Arm A2043501253

Description

Mercedes C204 Rear Axle Suspension Tie Rod Lateral Arm is a precision chassis component responsible for stable rear axle handling and maintaining correct wheel geometry. This offered component from the Tie rods and ends category has been designed specifically for Mercedes construction, ensuring consistency with factory handling characteristics. The used part allows for a technically correct suspension repair while maintaining a favorable cost-to-quality ratio.

Specifications and technical data

• SKU: A2043501253
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2043501253
• Substitutable numbers: A2043501253, A 204 350 12 53
• Location on the vehicle: Rear
• Category: Tie Rods & Steering Linkages

Purpose and function in the rear axle suspension

The rear axle suspension tie rod in the Mercedes C204 operates within a multi-link system, responsible for maintaining the correct position of the wheel relative to the body during acceleration, braking, and cornering. A correctly selected component:

• stabilizes the position of the hub relative to the rear subframe,
• limits unwanted changes in toe and camber angles,
• contributes to predictable vehicle behavior at higher speeds,
• reduces tire wear resulting from incorrect geometry.

Thanks to its fitment to the specific Mercedes design, factory handling characteristics are preserved, which is important for both comfort and driving safety.

Compatibility with Mercedes C-Class C204

Mercedes C204 – rear axle suspension tie rod has been developed as a component intended for installation on the rear axle in the coupe body of this generation. The design of the arm and mounting points is consistent with the factory suspension system, which enables:

• trouble-free fitment to original mounts,
• cooperation with standard suspension and steering system components,
• preservation of correct bushing and joint operation throughout the entire suspension travel range.

Such fitment reduces the risk of installation stress and accelerated wear of adjacent components.

Technical characteristics and installation

The element belongs to the Tie rods and ends group, however, in this case, it serves as a lateral suspension arm for the rear axle. Its task is to transfer lateral and longitudinal loads, as well as to work with other control arms to maintain stable geometry. During installation, it is worth paying attention to:

• correct positioning of the arm relative to the vehicle axis,
• tightening bolts while the suspension is under load to avoid twisting the bushings,
• the necessity of performing a geometry measurement and adjustment after replacement.

Professional installation and subsequent toe and camber adjustment allow for full utilization of the benefits of the Mercedes suspension design.

Condition, service and tuning application

The offered tie rod is a used component, which makes it an attractive solution for maintenance repairs when combining functionality with a reasonable budget is key. It works well both in standard repairs following bushing wear or mechanical damage, and in projects where the vehicle owner is gradually refreshing the suspension, improving handling precision.

For those interested in vehicle modifications and optimizing suspension upgrade costs, valuable tips on using used components can be found in the article Tuning with used parts – how to gain performance without spending a fortune, which discusses a practical approach to selecting sub-assemblies.

Expanding repairs within the tie rod system

If you are planning a comprehensive repair or upgrade of the suspension and rear axle steering zone in your Mercedes and need other elements from the same group, such as additional lateral rods, trailing arms, or ends working with the hub, check the available parts in the Mercedes tie rods and ends category.

Summary

Mercedes C204 Rear Axle Suspension Tie Rod Lateral Arm is a technically matched component that restores proper rear axle operation and handling stability. The used component allows for a cost-effective repair while maintaining compliance with the factory suspension design. It is a sensible choice for drivers expecting predictable vehicle behavior, correct wheel geometry, and solid chassis performance in daily operation.