Smart ForTwo A453 Rear Black Wheel Alloy Rim 16" 6.5J ET:40 A4534010500

Smart ForTwo A453 Rear Black Wheel Alloy Rim 16" 6.5J ET:40 is an original rear light-alloy wheel, designed specifically for the requirements of the urban Smart model. Precise geometric parameters and stable aluminum construction ensure predictable handling, while the black finish gives the car a distinctive, modern character. This is a solution for drivers who want to maintain factory driving characteristics while improving the vehicle's aesthetics.

Specifications and technical data

• SKU: A4534010500-1
• Mark: Smart
• Condition: Used
• OEM Part Number: A4534010500
• Substitutable numbers: A4534010500, A 453 401 05 00
• Location on the vehicle: Rear
• Color: Black
• Rim diameter: 16"
• Rim width: 6.5
• Offset (ET): 40
• Hole diameter: 100
• Number of holes: 4
• Category: Rims

Purpose and fitment for Smart ForTwo

The presented wheel belongs to the Wheels category and has been prepared as a rear axle component for Smart vehicles. By maintaining factory dimensions and offset parameters, it is suitable for users who expect to retain standard suspension geometry, proper handling, and correct interaction with the braking system and safety features.

The rear alloy wheel has been engineered for daily urban use, frequent maneuvers, and dynamic load changes. The properly selected rim width, diameter, and mounting parameters allow for the seamless use of tires intended for this model, without any interference with the bodywork or suspension.

Construction, geometry, and mounting

The wheel's construction is based on a light aluminum alloy, which reduces unsprung mass and promotes more precise vehicle handling. The applied geometric parameters have been selected to maintain the correct position of the wheel relative to the wheel arch and suspension components, which translates into stability during straight-line driving and cornering.

The bolt pattern and diameter of the mounting holes are adapted to the factory hubs of the Smart ForTwo model, which enables secure, repeatable wheel tightening and even load distribution. This mounting system supports the proper operation of the braking system and minimizes the risk of unwanted vibrations while driving.

Appearance and performance characteristics

The black finish of the wheel gives the rear axle of the vehicle a more assertive, technical look that complements both light and dark body colors. This type of styling emphasizes the compact, urban character of the Smart while visually lowering the car's silhouette.

The aluminum construction facilitates efficient heat dissipation from the braking system, which is beneficial during frequent braking in city traffic. At the same time, the wheel maintains adequate rigidity, supporting precise steering responses and predictable vehicle behavior in daily operation.

Practical application and installation

The rear wheel for Smart ForTwo is suitable both as a replacement part after damage to an existing wheel and for completing a set of summer or winter wheels. Thanks to the retention of factory parameters, installation does not require modifications to the suspension or bodywork, which facilitates service work and reduces vehicle downtime.

The product is intended for users who expect consistency with the vehicle's factory design while wanting to maintain an appropriate level of comfort and predictable handling. This solution allows for compatibility with standard chassis components as well as traction and stability control systems.

Expanding your Smart Wheel configuration

If you are planning a comprehensive repair or upgrade of the wheel and suspension area in your Smart and need other items from the same group, such as additional rims, wheel sets, or alternative alloy wheel designs, check out the available parts in the Smart Wheels category.

Technical support and brand knowledge

For drivers interested in a broader context of technical solutions used in the Mercedes-Benz group, including Smart models, an article discussing the development of construction and components in higher vehicle classes may be helpful. It is worth reading the material: Evolution of the Mercedes S-Class: from W140 to W222 – innovations, model differences, and Mercedes auto parts over the years, which shows how approaches to component design have changed and can serve as a reference point when planning the long-term operation of the car.