About this asset

This 3ds Max model features a contemporary four-door wardrobe crafted from warm-toned walnut wood and detailed with natural rattan cane inserts. Designed with a clean, linear aesthetic, this four-door wardrobe offers a sophisticated storage solution for modern interiors. The frame is constructed from a rich, dark-toned walnut timber, providing a sturdy contrast to the light-coloured, woven rattan panels that fill each door section. The unit is divided into four main vertical panels, with each door featuring a distinct upper and lower section of cane webbing. Minimalist vertical handles are integrated into the timber frame, maintaining a flush profile that emphasises the natural texture of the materials and the precision of the joinery.

The download is a 21.8 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.

This asset is provided as a 3ds Max model, ready for integration into your scene files. Users should ensure the texture paths for the rattan and walnut materials are correctly re-linked upon import to maintain the intended visual fidelity. The model is organised with logical grouping, allowing for easy placement against bedroom walls or within dressing areas. Adjust the scale as necessary to fit specific project dimensions, and apply standard lighting setups to highlight the depth and pattern of the woven cane detailing.

Ideal for residential bedrooms, high-end hotel suites, and luxury dressing rooms, this wardrobe brings a tactile, organic element to contemporary design schemes. It pairs well with neutral palettes, soft linen bedding, and mid-century or japandi-inspired furniture. Professionals searching for natural storage, cane-fronted cabinetry, or sophisticated bedroom joinery will find this piece highly versatile. It serves effectively in both minimalist and eclectic interior projects, providing a grounded, warm focal point that balances functional storage requirements with high-quality material expression and clean, architectural lines.