Contemporary Grey Lacquer Sliding Door Wardrobe

This contemporary SketchUp wardrobe features grey lacquer finishes, three sliding glass doors, and integrated internal storage modules. This floor-to-ceiling wardrobe unit presents a clean, contemporary aesthetic with a matte grey finish. The primary storage section is enclosed by three sliding doors framed in black metal, featuring clear glass panels that reveal the interior contents. Above the main hanging space, the unit incorporates a set of three upper cabinets with solid, Shaker-style panelled doors. The internal configuration includes a full-width hanging rail, a series of stacked drawers, and an open shelving section. The overall design is compact and modular, designed to integrate seamlessly into modern bedroom layouts or dressing rooms.

The download is a 22.6 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model is managed via a single component group, facilitating easy placement against wall planes. The sliding door elements are grouped separately, allowing for adjustments to the open or closed state of the unit. Users should verify the scale against the project floor-to-ceiling height before snapping the asset to the wall. Materials are applied as standard SketchUp textures, which can be easily swapped or adjusted in the material editor to match specific interior lighting schemes or project palettes.

Designed for residential bedroom projects, this wardrobe is ideal for master suites or guest rooms requiring efficient, high-end storage solutions. It pairs well with minimalist or contemporary interior styles, serving as a focal point for dressing areas. Architects and interior designers often search for this type of unit when specifying bespoke fitted furniture or modular closet systems for high-density living. It provides a realistic representation of modern bedroom cabinetry, suitable for both schematic design phases and final presentation renderings.