Contemporary Beige Fabric Double Bed with Integrated Wall Panel – Variant 2

This contemporary double bed SketchUp model features an integrated fabric headboard, matching nightstands, and a slatted wall panel. This comprehensive bedroom set centres on a double bed upholstered in a neutral beige fabric with vertical channel tufting on both the headboard and the foot-end. The bed frame is constructed from a light natural-wood finish, which seamlessly extends into the integrated wall-mounted system. This system includes a large vertical slatted timber feature wall, a floating nightstand, and a matching vanity station with a wall-mounted mirror. The set is completed by a small, matching upholstered stool, creating a cohesive, minimalist aesthetic suitable for modern interior design schemes requiring a unified furniture composition.

The download is a 54.2 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.

When integrating this model into SketchUp, ensure the component is placed on a dedicated layer to maintain scene organisation. The file can be easily scaled to fit specific room dimensions, though original proportions should be maintained to preserve the geometry of the integrated shelving. Users should verify that textures are correctly mapped upon import, and apply custom lighting setups to enhance the material depth of the fabric and timber surfaces within the rendering environment.

This bedroom furniture set is ideal for residential master suites, hotel guest rooms, and high-end apartment developments. It provides a ready-to-use solution for interior visualisers looking to populate contemporary bedroom spaces efficiently. Professionals can pair this set with soft ambient lighting, neutral textiles, and minimal decor to achieve a sophisticated, tranquil atmosphere. Search for this asset when specifying complete furniture packages or seeking integrated joinery and bed solutions for compact, modern living environments that prioritise clean lines and functional storage.