Contemporary Grey Plastic Dining Chair with Walnut Legs

This contemporary SketchUp model features a grey plastic dining chair with a moulded seat shell supported by four tapered walnut-brown legs. This dining chair features a minimalist aesthetic, defined by a smooth, contoured grey plastic shell that provides ergonomic support. The seat unit flows seamlessly into a rounded backrest, creating a clean silhouette suitable for modern interiors. Supporting the shell are four splayed, tapered legs finished in a warm walnut-brown tone, which provide a visual contrast to the cool-toned seat. The construction is straightforward, focusing on clean lines and simple geometry. This piece is a versatile addition to any space, balancing functional durability with a refined, understated appearance that integrates easily into various design schemes.

The download is a 1.5 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model is organised as a clean component, allowing for efficient placement within a scene. Users should utilise the native layer system to manage the chair geometry separately from other furniture assets. The material mapping is straightforward, with distinct textures applied to the plastic shell and timber legs. When populating a dining area or cafe layout, use the move and rotate tools to adjust the orientation, ensuring the splayed legs are properly grounded on the floor surface.

Ideal for residential dining rooms, modern kitchen areas, or hospitality projects such as cafes and boutique restaurants, this chair pairs well with both glass and timber dining tables. It serves as a reliable asset for interior designers and architects working on mid-range residential or commercial schemes. Professionals searching for clean, contemporary seating options will find this model useful for quick staging and visualisations where a neutral, high-quality chair is required to complete a project scene without overwhelming the surrounding space.