Contemporary Brown Upholstered Double Bed with Nightstands

This contemporary double bed set in SketchUp features a brown upholstered headboard and matching dark wood nightstands for bedrooms. The set comprises a double bed with a tall, grid-tufted, chocolate-brown upholstered headboard and frame. The bedding arrangement includes layered grey and charcoal textiles, featuring a mix of plain and plaid decorative pillows. Flanking the bed are two minimalist, low-profile nightstands finished in a textured dark wood veneer. A single sleek black floor lamp with a small warm-toned shade is positioned on one side, providing a functional lighting element. The entire assembly sits on a neutral-toned area rug, creating a cohesive, structured look suitable for modern interior design schemes.

The download is a 15 MB compressed archive containing the native SketchUp (.skp) model holding 3 separate objects. 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 distinct groups for the bed, nightstands, and lamp, allowing for easy placement and individual adjustment. The geometry is clean, with textures mapped to standard faces for straightforward material replacement or scaling. Users should manage the file size by utilizing layers to toggle the bedding components if needed for lighter scenes. Ensure the model is correctly anchored to the floor plane and check the orientation of the lamp before finalizing your composition.

This bedroom set works well in residential projects, ranging from master suites to guest rooms, and is also suitable for hotel room visualizations. The neutral, earthy colour palette pairs effectively with hardwood flooring, textured wall panels, or minimalist decor. Professionals would search for this item when specifying bedroom furniture, looking for a pre-composed set that includes essential bedside storage. It is ideal for staging interior design renders where a balanced, contemporary aesthetic is required to demonstrate spatial proportions and material finishes.