About this asset

This modern tall shoe cabinet 3ds Max model features a crisp white and natural wood finish with a central integrated display niche. Designed as a vertical storage solution for entryways, this cabinet combines closed storage with an open display area. The structure is composed of a light timber-effect frame with matte white doors. It includes two lower doors for concealed shoe storage, a mid-level open niche for decorative items or keys, and an upper cupboard section for additional storage. The unit also features a bottom open shelf for immediate shoe placement. Proportions are slim and tall, making it suitable for compact hallways. The internal shelving layout is balanced, providing a mix of hidden and open compartments.

The download is a 33.1 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 managed via a clean layer structure, allowing for easy separation of the cabinet geometry from the decorative accessories. Users should ensure the pivot point is set to the base of the unit for simple floor-level placement. Materials are applied using standard mapping, which can be adjusted to match specific scene lighting. The unit is scaled to standard residential heights, making it ready for immediate integration into interior design visualisations without extensive modification to the base geometry or UV mapping.

Ideal for residential projects, this cabinet is a practical addition to entryways, mudrooms, and small apartment hallways. It pairs effectively with minimalist or contemporary interior styles, serving as a functional piece that keeps footwear organised while providing a display space for personal items. Architects and interior designers will find this asset useful for residential renders where space-saving storage is a priority. It is commonly searched for as an entryway console, tall storage unit, or compact hallway furniture for high-quality architectural visualisation.