White Contemporary Fitted Hallway Storage Unit with Bench

This contemporary 3ds Max storage unit features an integrated bench, glazed upper cabinets, and vertical fluted panelling in white and grey. Designed for a residential entryway or mudroom, this large-scale fitted unit combines multiple storage functions into one cohesive assembly. The configuration includes a tall wardrobe section on the right, central open shelving with lower cupboards, and a dedicated bench area on the left. The bench features a grey upholstered seat set against a vertical fluted back panel, creating a distinct focal point. Upper cabinets are finished with decorative glazed doors featuring a geometric mullion pattern. The entire unit is finished in a crisp white, accented by slender metallic hardware handles throughout.

The download is a 10.8 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.

When working in 3ds Max, this unit should be treated as a single modular assembly. Users should check the pivot points to ensure proper placement against wall geometry. Materials are logically grouped, allowing for quick adjustment of the white cabinetry finish or the grey fabric texture. As this is a large-scale joinery piece, ensure the scale is verified against the project floor-to-ceiling height before rendering. Lighting should be considered to highlight the internal shelving recesses and the fluted panel detail.

This storage unit is suited for high-end residential projects, specifically for entryways, mudrooms, or large dressing areas. It provides a comprehensive solution for coat storage, shoe organization, and display, effectively replacing multiple smaller pieces of furniture. Professionals will find this useful for visualizing bespoke joinery concepts or modernizing hallway interiors. It pairs well with minimalist interior styles and can be used in both new-build projects and renovation schemes where maximizing storage in a compact footprint is a primary design objective.