Contemporary Brown Wood Wall Storage Unit with Integrated Lighting

This contemporary 3ds Max wall storage unit features integrated LED lighting, brown wood finishes, and a mix of closed and open bays. Designed for floor-to-ceiling applications, this expansive storage system combines solid wood-finished cabinetry with open shelving sections. The unit features four central solid-door cabinets, flanked by an open bookshelf bay on the left and a narrow display column on the right. Integrated warm LED strips line the back of the open shelving, providing soft accent lighting to the shelf interiors. A pair of horizontal drawers sits within the left-hand open bay, adding functional storage. The overall aesthetic is clean and linear, utilising a muted brown palette suitable for high-end residential or executive office interiors.

The download is a 76.1 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 organised into logical groups, allowing for easy placement and alignment against walls. Users should apply the provided wood texture maps to the main structure and adjust the emissive properties of the LED strips to match the scene's lighting environment. The model is scaled for standard room heights and can be adjusted as a modular component. Ensure the pivot point is set to the base of the unit for precise positioning during the interior design process.

This storage unit is an ideal solution for luxury living rooms, home libraries, or modern office boardrooms where high-end joinery is required. It pairs effectively with minimalist furniture and neutral palettes, acting as a focal point for media walls or feature storage displays. Professionals searching for bespoke-style cabinetry, wall-to-wall shelving systems, or integrated display units will find this asset versatile for both residential and commercial projects. It is particularly suited for high-fidelity visualisations requiring detailed lighting and realistic material finishes.