About this asset

This contemporary SketchUp scene features a sophisticated restaurant dining layout with walnut banquettes, marble tables, and upholstered chairs. This restaurant dining arrangement presents a balanced, back-to-back configuration anchored by two long, curved-end banquettes crafted from rich, dark-toned walnut timber. The interior backs are upholstered in a light, neutral fabric, providing a refined contrast to the deep wood grain. Four square marble-topped dining tables with polished gold pedestals are positioned along the banquettes, accompanied by a mix of curved-back wooden chairs and upholstered armchairs in grey tones. A central console table with a matching marble top and gold frame separates the seating, topped with minimalist table lamps and decorative branches.

The download is an 8.6 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.

Utilise this SketchUp model as a ready-made module for rapid interior spatial planning. The components are organised into logical groups, allowing for easy adjustment of the table spacing or swapping of chair models to suit specific floor plans. Users should ensure all textures are correctly mapped upon insertion; applying high-quality material definitions within your preferred rendering engine will enhance the depth of the walnut and the reflective quality of the marble surfaces and gold metal finishes.

Designed for hospitality projects, this set is ideal for high-end restaurant interiors, boutique hotel dining areas, and modern cafes. It provides a cohesive aesthetic for floor plans requiring efficient, high-density seating that maintains a luxury feel. Architects and interior designers can integrate this assembly into commercial layouts to demonstrate circulation paths and patron comfort. It pairs well with neutral floor finishes and ambient lighting schemes, serving as a focal point in hospitality design presentations and client-facing 3D visualisations.