About this asset

This modern 3ds Max shoe cabinet features a dual-tone white and natural wood finish, offering tall storage with an open middle shelf. Designed for vertical efficiency, this tall shoe cabinet combines a clean white finish with natural wood accents on the frame and central open niche. The unit is divided into two main sections: an upper four-door compartment and a lower two-door compartment, separated by a horizontal open shelf ideal for daily essentials. The design maintains a minimalist aesthetic with flush-front doors and a slim profile, supported by short, integrated legs. The internal structure is implied to be modular, providing ample storage capacity for an entryway or hallway setting while maintaining a light, contemporary appearance.

The download is a 4.7 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 structured with logical grouping for easy placement and material adjustments. Users should check the pivot point at the base for efficient snapping to floor surfaces. The textures are mapped for standard material editors, allowing for quick adjustments to the wood grain or white matte finishes. Use layer management to toggle the visibility of individual doors if required for specific interior views or animation sequences, ensuring the scene remains performant when populating larger residential projects.

This storage unit is suited for residential entryways, mudrooms, or narrow hallways where vertical space is at a premium. It pairs well with modern interior schemes, providing a functional yet unobtrusive solution for footwear organisation. Professionals can search for this piece when specifying hallway furniture, entryway storage, or tall cabinetry for contemporary homes. It is particularly useful for visualising clean, organised transition spaces in architectural renders, helping to define the utility of circulation areas while maintaining a cohesive, uncluttered design language.