Contemporary Walnut and Rattan Shoe Cabinet with Bench

This contemporary 3ds Max shoe cabinet features a natural wood finish with rattan door insets and an integrated seating bench. Combining functional storage with a seating element, this piece is crafted from rich, warm-toned timber. It features a vertical cabinet section with a drawer and two doors, all accented with woven rattan panels that provide texture and visual interest. The adjacent bench area includes a slatted backrest that curves gently at the corner, creating a cohesive, organic aesthetic. Open shelving runs beneath both the cabinet and the bench, offering convenient storage for footwear. Small, dark circular knobs complete the design, providing a stark contrast to the light, natural wood grain throughout the assembly.

The download is a 19.1 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 structured with logical layer separation for easy material management and object selection. The rattan and wood textures are mapped to ensure realistic tiling and grain orientation. Users can easily integrate this unit into an interior scene by snapping the base to the floor plane. Since the model is a single cohesive asset, it is best handled as a group or block for efficient placement within entryways, mudrooms, or hallway circulation spaces during the design development phase.

Ideal for residential entryways, mudrooms, or narrow hallway spaces, this shoe cabinet serves as a sophisticated storage solution that keeps living areas organized. It pairs well with minimalist or japandi-inspired interiors, providing a warm, tactile focal point. Professionals can specify this for projects where a blend of closed storage and open seating is required for a tidy, welcoming foyer. Search for this asset when looking for hallway furniture, entryway storage, or multifunctional timber and rattan pieces that bridge the gap between utility and style.