Modern White and Dark Wood 4-Door Wardrobe

This modern 4-door wardrobe is a 3ds Max model featuring a high-contrast white and dark wood finish with integrated linear handles. This freestanding wardrobe unit presents a clean, modern aesthetic defined by its rectangular silhouette and contrasting material palette. The primary structure is finished in a dark, textured wood veneer, while the four door panels are rendered in a crisp, matte white. Each pair of doors features a vertical black accent strip that integrates the brushed metal handles, creating a balanced, symmetrical appearance. The design includes a top-level storage section above the main hanging space, providing a functional and visually cohesive layout suitable for contemporary interior schemes requiring efficient, clean-lined storage solutions.

The download is a 1.2 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 your 3ds Max scene, use the merge command to import the file into your master project file. Ensure the object is placed on a dedicated layer for easy visibility toggling. The materials are pre-applied, but you may need to re-link texture paths if they do not load automatically. The model is scaled to standard unit sizes, though it is advisable to verify against your specific room height to ensure the unit fits comfortably within your ceiling constraints.

This wardrobe is ideal for residential bedrooms, dressing rooms, and guest suites where a modern, uncluttered look is desired. It pairs well with minimalist bed frames and neutral wall palettes. Architects and interior designers can use this asset in project visualizations to demonstrate efficient floor plan layouts in small to mid-sized rooms. Search for this item when specifying bedroom furniture, closet storage systems, or contemporary joinery solutions for new build residential developments or apartment renovation projects where space-saving storage is a priority.