Contemporary Beige Upholstered Double Bed with Nightstands Scene

This contemporary SketchUp scene features a beige upholstered double bed paired with two matching nightstands and bedroom decor. This bedroom scene centers on a double bed featuring a soft, curved-edge upholstered headboard in a neutral beige fabric. The frame is low-profile and padded, providing a clean, modern aesthetic. Flanking the bed are two minimalist bedside tables with wooden frames and contrasting drawer fronts. The set includes a textured grey duvet, brown accent pillows, and a small lounge chair positioned to the side. A large, wood-panelled wall feature acts as a backdrop, integrating shelving and lighting elements. The overall composition is balanced, offering a cohesive look for high-end bedroom interiors.

The download is a 98.6 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.

Users can import this SketchUp model directly into their project files to populate bedroom layouts. The components are grouped logically, allowing for easy repositioning of the nightstands or adjustment of the bedding accessories. Materials are applied as standard textures, which can be swapped or scaled within the SketchUp material editor. For rendering, ensure all geometry is correctly oriented and check that light sources are properly mapped for your preferred engine to maintain the intended atmospheric lighting.

Ideal for residential bedroom design, hotel suite visualisations, and staging high-end interior projects, this scene provides a complete look for master bedrooms. It pairs well with modern timber flooring and neutral wall treatments. Professionals searching for bedroom furniture sets, contemporary bed models, or complete interior compositions will find this asset useful for rapid project development. It is particularly effective for creating realistic master bedroom renders where a coordinated furniture look is required to demonstrate scale and spatial flow.