Contemporary Walnut Timber 4-Door Wardrobe with Glass Centre

This contemporary 4-door wardrobe in 3ds Max features a walnut timber frame, integrated black metal handles, and a central glass-fronted section. This floor-to-ceiling wardrobe unit combines solid timber-veneered doors with a central pair of glass-fronted doors, revealing an illuminated interior. The design incorporates two outer solid panels and two central glass panels, all framed by slim black metal vertical handles. Internally, the unit is organised with a hanging rail section and integrated drawers, providing a mix of visible and concealed storage. The warm walnut-brown finish contrasts with the black hardware and dark metal trim at the base, creating a balanced, refined aesthetic suitable for modern bedroom or dressing room interiors.

The download is a 36.8 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.

To integrate this wardrobe into a 3ds Max scene, use the align tool to position it against a wall surface. The asset is structured with distinct layers for doors, internal shelving, and lighting, allowing for easy adjustment of visibility or material properties. Ensure the internal light objects are correctly linked to your scene's lighting controller to manage the interior glow. Apply custom wood grain maps to the timber surfaces if required for closer-up shots, and verify the scale against your room model.

This wardrobe is ideal for high-end residential master bedrooms, walk-in dressing areas, or boutique hotel suites. Its neutral, contemporary design pairs well with minimalist interior palettes, soft ambient bedroom lighting, and modern bedroom furniture. Architects and interior designers searching for premium storage solutions will find this piece useful for visualizing organized, luxury dressing spaces. Use search terms like "fitted wardrobe", "glass-fronted closet", or "bedroom storage unit" to find similar pieces that complement this specific configuration in your architectural renders.