Modern White and Natural Wood 2-Door Wardrobe

This 3ds Max wardrobe features a sleek modern design with two sliding doors, natural wood framing, and integrated overhead storage. The unit presents a clean, minimalist aesthetic defined by a light natural wood carcass paired with crisp white door panels. It features a dual-sliding door mechanism that provides access to an internal arrangement of hanging rails and shelving, complemented by a top row of four smaller, separate cabinet doors for seasonal or overflow storage. The overall form is tall and rectangular, designed to maximize vertical space within a bedroom environment. Internal details include pre-populated clothing hangers and folded garments, demonstrating the functional capacity and scale of the internal shelving and rod systems.

The download is a 177 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 structured with clear object hierarchies, allowing for easy manipulation of the sliding door components. Users can adjust the mapping of the wood grain and white panel textures via the material editor to suit specific room lighting conditions. The model is scaled for standard architectural interior scenes and can be merged into existing projects as a single entity or ungrouped if individual modification of the internal shelves or clothing assets is required for closer camera shots.

This wardrobe is well-suited for contemporary residential master bedrooms, walk-in closets, or guest room designs where space-saving storage is a priority. It pairs effectively with neutral palettes and light timber flooring, fitting seamlessly into Scandinavian or modern interiors. Professionals searching for functional bedroom storage solutions, fitted cabinetry, or clean-lined furniture for high-end apartment visualizations will find this asset useful for populating realistic, lived-in interior scenes. It serves as a reliable component for both rapid conceptual layouts and detailed final render stages.