About this asset

This contemporary white walk-in wardrobe 3ds Max model features an L-shaped configuration with integrated mirror panels and drawers. This extensive, floor-to-ceiling walk-in wardrobe system is finished in a clean, matte white, offering a modern aesthetic suitable for high-end residential dressing areas. The layout comprises a combination of open shelving, hanging rails, and closed cabinetry with recessed-panel doors. The internal organisation includes deep drawers for folded garments and tiered shelving for footwear. Black hardware accents provide a subtle contrast against the white frame, highlighting the clean lines and symmetrical proportions of the joinery.

The download is a 188 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 asset is typically managed as a single group or hierarchical parent object to allow for easy positioning within a bedroom or dressing room scene. Users should check the pivot point for alignment against wall boundaries. Materials are mapped with standard diffuse and reflection channels; adjusting the glossiness on the mirror surfaces may be necessary to match specific project lighting conditions. Layers should be used to separate the internal racking from the exterior doors to optimise viewport performance during final scene assembly.

Ideal for master bedroom suites, walk-in closets, and dressing rooms in luxury residential developments, this wardrobe provides a high-detail solution for interior visualisations. It fits seamlessly into projects requiring bespoke joinery, offering a polished, organised look for both contemporary and transitional interiors. Search for this item when specifying custom cabinetry, storage solutions, or full-room fit-outs. It pairs effectively with modern bedroom furniture and minimalist lighting schemes, serving as a functional focal point that demonstrates high-quality storage design in residential architectural presentations.