About this asset

This contemporary SketchUp king bed set features a grey fabric frame, integrated bedside tables, and a vertical wood-slat wall panel. This bedroom ensemble centres on a low-profile king-sized bed frame upholstered in a textured grey fabric. The design is anchored by an expansive floor-to-ceiling headboard wall, featuring central white vertical panels flanked by natural wood-tone slats. Two wall-mounted, minimalist nightstands are integrated directly into the headboard structure, each topped with a spherical bedside lamp. The bedding includes a plaid-patterned duvet and decorative cushions in complementary blue and grey tones. The composition is balanced and symmetrical, designed to serve as a complete focal point for a modern master bedroom suite.

The download is a 33.9 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.

To integrate this SketchUp model, use the component browser to import the file into your master scene. The bed and headboard are grouped logically, allowing for easy placement against a wall surface. Ensure the model origin is set at the floor level for accurate snapping. You can adjust the material textures within the native tray to match your specific interior palette, and verify that the face orientations are correct before applying final render settings or adjusting lighting for your project's specific camera angles.

This bedroom set is ideal for high-end residential master suites, boutique hotel guest rooms, or luxury apartment staging. It pairs effectively with minimalist interiors and contemporary architectural styles. Professionals searching for a complete, ready-to-render bedroom solution will find this asset useful for design presentations, interior styling, and architectural visualisation projects. Its clean lines and integrated storage aesthetic make it a versatile choice for designers aiming to create a cohesive, tranquil sleeping environment with minimal additional modelling required.