About this asset

This contemporary double bed SketchUp model features a grey upholstered frame and headboard, complete with matching wooden nightstands. The bed features a soft, rounded-edge upholstered headboard and base finished in a neutral grey fabric, providing a clean, contemporary aesthetic. It is paired with two mid-century inspired wooden nightstands, each featuring two small drawers and tapered legs. The bedding includes a patterned duvet, a solid brown throw blanket, and a variety of decorative pillows in complementary textures. A geometric-patterned area rug sits beneath the bed, grounding the composition. This set is fully assembled, offering a cohesive look for modern interiors, with all soft goods and bedside accessories included as part of the model.

The download is a 28.3 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 managed as a single component or group. Users should ensure the model is placed on a dedicated layer for easy visibility toggling. The materials are applied as standard textures; if re-texturing is required, use the native paint bucket tool to swap fabrics or wood finishes. For interior visualisations, ensure the model is correctly scaled against your room geometry before applying lighting to the scene, as the textures are pre-mapped for immediate use in standard SketchUp render workflows.

This bedroom set is well-suited for residential master bedrooms or guest suites in hospitality design projects. It pairs effectively with minimalist or Scandinavian-inspired interior schemes. Professionals might search for this asset when populating floor plans or creating high-quality interior renders for real estate marketing. It provides a quick, ready-to-render solution for staging spaces where a balanced, neutral colour palette is required. The inclusion of nightstands and decor allows for immediate integration into architectural visualisations without needing to source individual accessory components.