White Minimalist Wardrobe with Integrated Vanity and TV Unit

This white minimalist 3ds Max model features an integrated wardrobe, vanity station, and wall-mounted TV unit in a single layout. This comprehensive furniture system combines a full-height, multi-door wardrobe with an L-shaped transition into a dedicated vanity and entertainment area. The wardrobe section features clean, handleless doors for a seamless aesthetic. An open-shelving niche sits above the vanity desk, which includes a mirror and integrated lighting. Continuing along the wall, the unit transitions into a suspended TV console with additional open storage compartments at the end. The entire assembly is finished in a consistent matte white, with a neutral grey upholstered pouf included beneath the vanity desk to complete the set.

The download is a 54.8 MB compressed archive containing the native 3ds Max (.max) model. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is organised into logical layers, allowing for easy selection of the wardrobe, vanity, and media components independently. Users should ensure the pivot points are correctly aligned for snapping to walls within the interior scene. Materials are applied via standard shader slots, enabling quick adjustments to the finish or colour to match specific project requirements. Due to the modular nature of the design, the unit can be scaled or adjusted to fit various room dimensions without losing its geometric integrity.

Ideal for modern master bedrooms or compact studio apartments, this integrated wall system maximises storage and utility in a single footprint. It serves as a space-saving solution for professionals designing high-end residential interiors where a cohesive, uncluttered look is essential. Search for this asset when planning bespoke bedroom layouts, walk-in closets, or multifunctional studio spaces. It pairs well with minimalist decor and neutral colour palettes, providing a functional backdrop for contemporary living environments that require both high-density storage and aesthetic refinement.