Contemporary Beige and Dark Wood Double Bed Scene

This contemporary double bed scene for SketchUp features an integrated headboard with pendant lighting and matching nightstands. This bedroom ensemble centres on a double bed with a low-profile upholstered frame and a tailored beige bench at the foot. The oversized headboard is a multi-material feature wall, combining dark wood vertical panels with a central light-beige upholstered section. Two integrated wall-mounted nightstands in white with light wood tops flank the base. The setup is completed by two sets of dual-pendant lights in a warm metallic finish, providing soft ambient illumination. The composition is balanced, offering a structured, symmetrical aesthetic suitable for high-end residential master suites or boutique hotel rooms.

The download is a 16.2 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.

In SketchUp, this model is organised into logical groups for easy placement and modification. The scene components, such as the lighting and nightstands, can be toggled or detached if a standalone bed is required. Users should ensure the model is scaled correctly to their room dimensions upon insertion. Materials are applied as standard textures, allowing for quick adjustments to the fabric colours or wood finishes to match specific project palettes using the native paint bucket tool and material editor.

This bedroom set is ideal for residential master suites, luxury apartments, and hospitality interior design projects. It pairs well with minimalist or contemporary decor, providing a turnkey solution for rapid visualisation. Architects and designers can search for this asset when specifying complete bedroom layouts or staging high-end interior renders. It is particularly effective for presenting a cohesive, high-quality furniture package to clients during the design development phase, ensuring a polished look without the need to source individual components.