Modern Grey Fabric Upholstered Double Bed with Headboard

This modern double bed 3ds Max model features a grey fabric upholstered frame and an integrated headboard with a matching nightstand. This contemporary bedroom set centers on a double bed with a low-profile upholstered frame finished in a neutral grey textile. The design features an expansive, integrated headboard panel that spans the width of the bed and includes a built-in floating nightstand to one side. The set is presented with a layered textile bedding arrangement, including pillows and a throw blanket. The clean, linear geometry of the white-framed headboard contrasts with the soft fabric upholstery, creating a balanced aesthetic suitable for minimalist or modern interior schemes. The composition includes a rug and wall artwork.

The download is a 50.4 MB compressed archive containing the native 3ds Max (.max) model. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is organised into logical layers for easy management. Users can quickly merge the asset into larger interior scenes, adjusting the scale to suit specific bedroom layouts. The textures are applied using standard material slots, allowing for straightforward mapping adjustments or customisation of the fabric weave. Lighting setups can be easily integrated with the existing nightstand geometry, which is modelled to accommodate point or spherical light sources to simulate functional bedside illumination within the final rendered environment.

Ideal for residential master suites or hotel guest rooms, this bed set provides a cohesive look for modern interiors. It pairs well with neutral palettes, minimalist decor, and contemporary lighting fixtures. Designers can use this model during the schematic design or photorealistic visualisation stages to quickly populate bedroom layouts. Search for this asset when specifying furniture for urban apartments, boutique hospitality projects, or high-end residential developments where a streamlined, integrated storage and sleeping solution is required to maximise spatial efficiency.