L-Shaped Dark Wood Wardrobe with Glass Doors

This contemporary L-shaped wardrobe for 3ds Max features a dark wood frame with a combination of white solid and black glass doors. This L-shaped wardrobe unit combines solid white cabinetry on one side with expansive, dark-framed glass-fronted storage on the other. The dark wood finish provides a grounding aesthetic, while the transparency of the glass doors allows for the display of interior organization, including hanging rails and shelving. Slim, minimalist metal handles provide subtle detailing to the solid door sections. The unit is designed as a corner configuration, making it an efficient solution for maximizing storage in smaller bedroom footprints or dedicated walk-in closet spaces where a sleek, modern aesthetic is required.

The download is a 89.4 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.

To integrate this wardrobe into a 3ds Max scene, users should import the model and align it to the corner of the room geometry. The model is structured into logical components, allowing for easy material assignment to the wood, glass, and metal elements. Users can manipulate the visibility of the internal components to suit specific rendering requirements, such as adding custom clothing assets or lighting the interior shelves using photometric lights or target spots to highlight the glass-fronted display areas effectively.

Ideal for master bedrooms, dressing rooms, or compact walk-in closet layouts in contemporary residential projects, this wardrobe serves as a functional and aesthetic focal point. It pairs well with modern minimalist interior schemes and neutral palettes. Professionals should search for this item when specifying high-end storage solutions that require a blend of closed, private cabinetry and open, visible wardrobe displays. It is particularly suited for high-end apartment design where every square metre of floor space must be utilized efficiently.