White and Brown Four-Door Wardrobe with Drawers

This modern four-door wardrobe is a 3ds Max model featuring a dual-tone finish with white cabinet doors and contrasting brown timber frame elements. This freestanding wardrobe unit presents a clean, contemporary aesthetic defined by its balanced geometric composition. The structure features four primary vertical doors in a matte white finish, complemented by a top row of smaller storage compartments and a bottom row of four integrated drawers. The outer frame and base section are rendered in a warm brown wood tone, providing a distinct visual contrast. Slim, horizontal metal handles are fitted to all doors and drawers, maintaining a minimalist profile throughout. The overall construction is straightforward, emphasising functional storage capacity with a symmetrical layout suitable for various bedroom interiors.

The download is a 5.2 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.

The unit is organised with logical material IDs, allowing for easy adjustment of the wood grain direction or white laminate reflectivity. Use standard object snapping to align the base against wall surfaces or within bespoke joinery alcoves. For optimal visual results, apply a subtle bevel to the edges if close-up rendering is required, and manage the texture mapping using standard UVW map modifiers.

This wardrobe is an ideal asset for residential bedroom designs, particularly in contemporary apartment projects where space-efficient storage is a priority. It functions well as a primary closet solution or as part of a larger fitted furniture assembly. Designers often look for such pieces when detailing master suites, guest bedrooms, or walk-in closet layouts. It pairs effectively with minimalist bedroom furniture, neutral wall palettes, and soft textile accents, making it a versatile choice for visualisation projects requiring clean, functional, and realistic storage solutions.