Upholstered Cream Tufted Double Bed with Bedroom Accessories

This contemporary SketchUp scene features a tufted cream double bed complete with a matching nightstand, geometric rug, and styled accessories. The central element is a double bed featuring a high, button-tufted upholstered headboard in a neutral cream fabric, lending a soft, tactile quality to the design. The base is clean-lined, complemented by a white bedside table integrated with a rattan-paneled drawer front. The composition includes a set of crisp white bedding, a dark grey throw blanket with fringe detailing, and a patterned area rug with linear and semi-circular motifs. A small glass-topped side table with a green base and decorative greenery completes the ensemble, creating a cohesive and ready-to-use bedroom vignette.

The download is a 135 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.

In SketchUp, this model is structured as a collection of grouped components, allowing for easy selection of individual elements like the nightstand or the throw blanket. Users should check the layer or tag organization to manage visibility of the accessories separately from the bed frame. Materials are applied as standard textures, which can be easily swapped or scaled to match specific project requirements. Ensure the model is placed on the correct floor plane, as the pivot point is set at the base of the bed.

This bedroom arrangement is ideal for residential interior design projects, particularly in master suites or guest rooms where a soft, contemporary aesthetic is required. It integrates seamlessly into hotel room visualisations, providing a complete look with minimal effort. Designers searching for high-quality furniture sets will find this asset useful for staging architectural renderings or quick concept development. It pairs well with minimalist or modern decor, and is suitable for various project stages from initial spatial planning to final high-fidelity presentation renderings.