About this asset

This modern 3ds Max shoe cabinet features a white and light wood finish, combining closed storage with an integrated mirror panel. This floor-standing shoe cabinet presents a balanced composition of closed cabinetry and open shelving, ideal for organised entryways. The structure features a light wood-grain carcass, contrasted by solid white door and drawer fronts. A tall, vertical mirror is inset into the right side, framed by sleek, dark-toned elements. The unit includes three overhead cupboards, a central column of open shelves, and a lower row of storage compartments. Vertical bar handles provide a clean, contemporary aesthetic, while the overall proportions maintain a functional, streamlined profile suitable for compact domestic hallways or mudrooms.

The download is a 7 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.

In 3ds Max, this model is organised into logical layers for easy manipulation of the door and drawer components. Users can adjust the wood grain mapping to suit specific project scales or apply custom materials to the white panels for varied finishes. The mirror surface is set up with appropriate reflection properties, which can be further refined using standard scene lighting. The unit is scaled for standard residential ceiling heights and can be easily snapped to wall planes within the viewport.

This piece is well-suited for contemporary residential entryways, mudrooms, or apartment foyers where space-efficient storage is required. Architects and designers can specify this unit for projects requiring a clean, minimalist aesthetic that integrates utility and vanity functions. It pairs effectively with modern coat racks, wall-mounted hooks, or minimalist console tables. When searching for this asset, professionals typically look for terms such as hallway cabinet, entryway storage, bespoke joinery models, or modern shoe storage solutions for interior design visualisations.