Mercedes CLC CL203 Coupe Front Seat Heated Black Leather Right O/S

Visual condition of the part

The product shows signs of use visible in the photos.

Mercedes CLC CL203 Coupe Front Seat Heated Black Leather Right O/S is an original interior component from the Seats and benches category, designed for installation on the front passenger side in Mercedes CLC CL203 Coupe models. The heated seat and backrest, combined with black leather, ensure a comfortable, stylistically consistent cabin space and help maintain a high standard of interior finish.

Specifications and technical data

• SKU: A2039100893-1
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2039100893
• Substitutable numbers: A2039100893, A 203 910 08 93
• Location on the vehicle: Front, Right
• Color: Black
• Category: Seats and Sofas

Purpose and vehicle compatibility

The presented seat is designed as a front right-side component, allowing for the preservation of factory ergonomics and seat geometry in the Mercedes CLC CL203 Coupe. The construction is prepared to work with factory mounting points in the floor and the electrical installation responsible for powering the heating function.

The vehicle placement has been selected so that the seat harmoniously integrates with the dashboard, center console, and passenger-side door panel, maintaining the correct seat and backrest alignment relative to other interior elements.

Construction, material, and color

The seat and backrest are finished in black leather, which provides an aesthetic, subdued look and ease of cleaning. The black color of the upholstery blends well with most Mercedes interior configurations, allowing for the seamless replacement of a single seat without the need to interfere with other cabin elements.

The leather surface provides a pleasant tactile experience, and the properly contoured seat supports the body while driving, reducing fatigue on longer journeys. The applied construction complies with Mercedes factory standards, which translates into mounting stability and predictable seat behavior in daily use.

Heating function and user comfort

An integral feature of this model is the seat heating function, which improves thermal comfort in colder conditions. Once connected to the vehicle's electrical system, the heating circuit works with factory controllers, allowing for rapid heating of the seat and backrest.

The heated front seat on the right side increases interior functionality, especially in cars used year-round. This solution positively impacts passenger comfort while simultaneously increasing the overall utility value of the vehicle in the premium coupe segment.

Characteristics of a used product

The seat comes from vehicle dismantling, meaning it is a used item that retains the characteristics of an original part factory-fitted in a Mercedes. This type of component allows for economical repair or refreshing of the interior without the need to resort to more expensive solutions from the new parts market.

Choosing an original used seat is beneficial both in terms of fitment and visual consistency with other cabin elements, while also allowing for reduced interior modernization costs while maintaining a high level of quality.

Interior expansion and related elements

If you are planning a comprehensive repair or upgrade of the seating area in your Mercedes and need other elements from the same group, such as additional seats, rear benches, or headrests, check the available parts in the Mercedes Seats and benches category.

For those who want to plan cabin modernization more broadly, a guide describing the selection of seats, steering wheels, and multimedia systems from the secondary market may be useful – detailed tips can be found in the article Premium interior for half the price: second-hand seats, steering wheels, and multimedia.

If you are also interested in the environmental aspect related to the use of dismantled parts, it is worth reading the material Sustainable automotive: How purchasing original used parts reduces the carbon footprint and protects the environment?, which discusses the impact of such solutions on reducing raw material and energy consumption.