White and Natural Wood Four-Door Wardrobe with Black Handles

This 3ds Max model of a minimalist four-door wardrobe features a clean white finish contrasted by a light natural wood frame. This tall, freestanding wardrobe unit features a clean, functional design suited for contemporary interiors. The primary structure is finished in a light, natural wood grain, which frames the white-faced doors. The configuration includes four main doors, divided into an upper and lower section, providing ample vertical storage. Each door is fitted with a slim, vertical black handle, adding a sharp, graphic contrast to the light surfaces. The unit is designed with a simple, rectilinear profile, maintaining a minimalist aesthetic that integrates well into modern bedroom or dressing room layouts.

The download is a 59.1 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 wardrobe is structured for efficient placement within a scene. Users should ensure the unit is correctly aligned against wall geometry, utilizing the pivot point at the base for accurate positioning. Textures for the wood grain and matte white surfaces are mapped to the geometry, allowing for easy adjustment of material properties or reflection settings. Layers should be managed to isolate the carcass from the door hardware if individual animation of the doors is required for interior visualization purposes.

This wardrobe is an ideal solution for residential bedroom designs, walk-in closets, or compact dressing areas where clean lines and neutral tones are requested. It pairs effectively with minimalist bedroom furniture, light oak flooring, and monochrome decor schemes. Professionals searching for functional storage assets will find this piece useful for high-end residential projects and staging, as it provides a realistic, unobtrusive storage element that maintains a tidy, organized look in architectural renderings and interior design visualizations.