Contemporary Grey Fabric Upholstered Double Bed Set – Variant 10

This contemporary SketchUp model features a double bed with a tufted fabric headboard, accompanied by two matching bedside tables. This bedroom ensemble comprises a low-profile double bed and two matching nightstands. The bed frame and oversized headboard are upholstered in a neutral grey fabric, featuring a grid-tufted design that provides a soft, tactile aesthetic. The bedding includes sage green sheets and beige throw blankets. Flanking the bed are two minimalist nightstands finished in charcoal grey, each topped with a cylindrical table lamp featuring a metallic base and a black drum shade. The proportions are balanced, aimed at creating a cohesive, modern sleeping area with clean lines and a soft, inviting material palette.

The download is an 11.3 MB compressed archive containing the native SketchUp (.skp) model holding 3 separate objects. 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 into logical groups for the bed and nightstands, allowing for easy placement within a floor plan. Users should check the component axes upon insertion to ensure correct orientation. The textures are applied as standard materials, which can be easily swapped or adjusted in the materials tray. For high-quality visualisations, users may choose to apply custom bump maps to the fabric surfaces to enhance the tufted detail when rendering with external plugins.

This bedroom set is suitable for high-end residential projects, such as master suites or luxury guest bedrooms, as well as boutique hotel designs. It pairs well with minimalist interior schemes and can be integrated into scenes featuring neutral wall colours and timber flooring. Professionals searching for a complete bedroom solution will find this asset efficient for staging interior design concepts or architectural visualisations. It is ideal for design presentations where a fully furnished look is required without the need for individual component sourcing.