About this asset

This modern SketchUp dining room scene features a walnut dining table, upholstered chairs, and open shelving in a grey palette. This dining room scene presents a cohesive contemporary aesthetic centered around a rectangular walnut-finish dining table. It is paired with six high-backed chairs upholstered in a clean, off-white fabric with visible piping details. The background includes a tall, open-frame shelving unit in a dark wood and metal finish, complemented by light grey panelled walls. Lighting is provided by three spherical wire-frame pendant lights suspended above the table. A decorative mid-century style wall clock and framed artwork add texture to the walls, while a potted orchid serves as a central table ornament.

The download is a 54.9 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.

Professionals can integrate this scene directly into SketchUp projects by merging the file into an existing model workspace. The components are grouped logically, allowing for easy selection, scaling, or individual asset extraction. Materials are mapped to standard SketchUp textures, which can be easily swapped or adjusted in the material editor. Users should check the layer structure upon import to ensure proper visibility management and to facilitate the addition of custom lighting or render-engine-specific materials for high-quality visualisation outputs.

Ideal for residential interior design visualisations, this scene serves as a ready-made focal point for dining areas in apartments or family homes. It works well in project stages requiring quick conceptual layouts or high-fidelity renderings for client presentations. Designers searching for modern dining room inspiration, open-plan kitchen-dining layouts, or contemporary furniture arrangements will find this asset useful. It pairs effectively with minimalist interiors and can be adapted for various lighting conditions by adjusting the environment settings within the native software.