Contemporary Grey and White Wall-Bed Unit with Integrated Storage

This contemporary 3ds Max model of a wall-bed features an integrated storage headboard finished in contrasting grey and white tones. This space-saving bed assembly combines a functional sleeping surface with a vertical storage unit that functions as a headboard wall. The design features a two-tone palette, pairing a dark charcoal wood-grain finish on the left side with a lighter grey panel on the right. The bed frame is finished in a clean white, complemented by grey and charcoal bedding textiles including pillows and a draped throw. The unit provides a cohesive, built-in aesthetic suitable for compact living environments where efficient use of vertical space is required for both sleeping and storage needs.

The download is a 17.1 MB compressed archive containing the native 3ds Max (.max) model, 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.

In 3ds Max, this model is organised into logical components, allowing for easy placement within interior scenes. Users can adjust the mapping on the wood-grain textures to suit specific lighting conditions or scale the unit to fit custom room dimensions. The bedding elements are separate objects, enabling simple modification of materials or textiles to match a project's specific colour scheme. Ensure the pivot point is correctly aligned at the base for accurate positioning against walls or within floor plans.

This wall-bed unit is ideal for studio apartments, guest bedrooms, and home offices where multi-functional furniture is essential. It pairs well with minimalist or contemporary interior styles, offering a clean, streamlined look. Architects and interior designers will find this asset useful for small-scale residential developments or urban housing projects where space optimisation is a priority. Search for this item when specifying space-saving bedroom solutions, compact furniture, or modern joinery for residential interior visualisations and space planning exercises.