Contemporary Natural Wood Double Bed with Integrated Nightstands

This contemporary double bed is a SketchUp model featuring an integrated headboard and matching nightstands in a natural wood finish. The bed features a clean, minimalist aesthetic constructed from light-toned timber. It includes a wide, flat headboard that spans the width of the bed, seamlessly incorporating two bedside units on either side. The frame is low-profile, designed with a slatted base structure that supports a mattress. The nightstands are built directly into the headboard assembly, providing a cohesive look. The design prioritises function with built-in storage, maintaining a streamlined profile suitable for modern bedroom configurations. The wood grain texture is consistent across the frame, highlighting the simple, geometric lines of the piece.

The download is a 6.4 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 via a single component or group, allowing for easy placement within a room layout. Users can adjust the material textures by accessing the secondary material browser to apply custom finishes. The file is optimised for architectural visualisation, with clean geometry that is easily scalable. It is recommended to place the bed on a dedicated layer for toggling visibility during the design development process or when creating detailed interior elevations.

This piece is ideal for residential interior design projects, particularly for master bedrooms or guest suites where space-saving furniture is required. Its neutral, natural wood finish pairs well with a variety of interior palettes, from minimalist to Scandinavian-inspired spaces. Professionals can utilise this model in concept design and final rendering stages for residential developments. It is frequently searched as a platform bed, integrated bedroom set, or contemporary wooden bed for use in high-end residential visualisation and layout planning.