About this asset

This contemporary double bed 3ds Max model features a beige upholstered frame paired with a pair of matching wooden nightstands. This bedroom set consists of a double bed and two matching circular nightstands. The bed is defined by a low-profile base and a soft, neutral beige fabric upholstery that covers the headboard and frame. The bedding includes white sheets, a layered tan throw, and a selection of accent cushions in varying textures and shades of beige. Flanking the bed are two minimalist round wooden nightstands, each featuring a lower storage shelf. One nightstand supports a simple table lamp, maintaining a clean, cohesive aesthetic suitable for modern interior design schemes.

The download is a 56.6 MB compressed archive containing the native 3ds Max (.max) model holding 3 separate objects, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

Users can import this 3ds Max file directly into their scene to populate residential or hotel bedrooms. The model is organised with logical layer naming, allowing for easy selection of individual components like the lamp or nightstands. Textures are applied using standard mapping, which can be adjusted in the material editor to suit specific lighting conditions. The set arrives as a grouped assembly, making it straightforward to position, scale, or rotate within a larger interior project without needing to re-link individual assets.

Ideal for residential master suites, guest bedrooms, and boutique hotel rooms, this set provides a balanced, neutral foundation for interior visualisations. It integrates well into contemporary, scandinavian, or minimalist design concepts. Professionals searching for bedroom furniture, upholstered bed frames, or complete bedroom layouts will find this asset highly versatile. It pairs effectively with diverse wall finishes, from plaster and light wood panelling to textured wallpaper, allowing for quick iteration during the design development phase of a project.