About this asset

This contemporary SketchUp shoe cabinet features an integrated bench, vertical wood slats, and grey cabinetry for a refined entryway. Designed as a comprehensive entryway solution, this unit combines closed storage with an open bench seating area. The left section features stacked cabinet doors in a matte grey finish, separated by an illuminated open niche. To the right, a central vertical timber slat panel serves as a backdrop, accented by an oval mirror. A cushioned bench seat sits atop a low-profile storage drawer, with additional open shelving at the base. The right-hand edge is finished with a curved timber profile, creating a soft transition. Integrated LED lighting highlights the shelving and the slat wall texture.

The download is an 11.7 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model is structured with logical grouping, allowing for easy adjustment of material textures or component scaling. The unit is best placed against a wall plane within an entrance hall or mudroom scene. Users should verify the scale against the project floor plan and apply custom lighting components to the existing recessed slots to match the specific rendering engine settings. Ensure the model is placed on a dedicated layer for easy visibility toggling during the design development phase of the project.

This piece is ideal for residential foyer designs, apartment entrance areas, or modern mudrooms where space efficiency is critical. It pairs effectively with minimalist interior palettes and contemporary architectural styles. Architects and interior designers might search for this when specifying custom joinery, hallway storage, or multifunctional entry furniture. It is suitable for high-end residential projects, including luxury apartments and modern family homes, particularly during the interior fit-out stage where bespoke or semi-bespoke furniture solutions are being planned for functional, high-traffic circulation spaces.