Contemporary Walnut 6-Seater Dining Set, 6-Seater Rectangular

This contemporary 6-seater dining set in SketchUp features a rectangular walnut table and matching high-back chairs with leather seats. This dining set comprises a substantial rectangular table and six matching chairs, all finished in a rich, warm-toned walnut wood. The table features a solid, thick-profile tabletop with visible grain patterns, supported by a geometric, angular base structure. Each chair is designed with a tall, slightly tapered backrest that echoes the organic curves of the wood grain. The seats are upholstered in a dark, complementary leather, providing a tactile contrast to the timber frame. The set is presented with a decorative fruit bowl and place settings, demonstrating a cohesive aesthetic for formal dining environments.

The download is an 11.9 MB compressed archive containing the native SketchUp (.skp) model holding 7 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

To integrate this set into a SketchUp model, use the component browser to import the file directly into your scene. The geometry is grouped by object type, allowing for easy selection and placement of individual chairs around the table. Ensure the model is placed on the floor plane and check that the material mapping remains consistent if scaling is required. For rendering, apply appropriate reflection and bump maps to the wood surfaces to enhance the realism of the walnut finish.

Ideal for residential dining rooms, high-end apartment projects, or boutique restaurant interiors, this set brings a sense of warmth and sophistication to a space. It works well in open-plan living areas where a central dining piece is required to anchor the room. Designers searching for a formal yet contemporary furniture arrangement will find this set compatible with modern interior styles. It pairs effectively with minimalist lighting fixtures and neutral wall palettes, making it a versatile choice for various architectural visualization tasks.