About this asset

This contemporary 3ds Max TV cabinet features a rich walnut timber frame, black metal legs, and an asymmetric three-drawer configuration. The sideboard presents a clean, linear aesthetic defined by its warm walnut wood grain and contrasting matte black elements. It features a tripartite design with three stacked drawers on the left side, accented by horizontal wood slats, and two smooth-fronted doors on the right. The cabinet is elevated on a slender, minimalist black metal frame that provides a light, airy profile. Its proportions are balanced, making it suitable for media storage or general living room use. The hardware is integrated into the design, maintaining a seamless look across both the drawer and cabinet fronts.

The download is a 13.8 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.

In 3ds Max, this asset is best handled as a single editable object or group. Ensure the pivot point is set to the base for easy placement on floor planes. The model uses distinct material IDs for the wood and metal components, allowing for quick adjustments to shaders or textures. Users should check the scale against a standard room height before final placement. It is recommended to use local lighting to highlight the wood grain and the depth of the cabinet's recessed drawer details.

This versatile piece fits well in contemporary residential interiors, particularly in living rooms, media dens, or open-plan apartment layouts. It provides ample storage for electronics, books, or media accessories. Designers often pair this with low-profile sofas or minimalist shelving systems to maintain a cohesive, modern look. The item is frequently searched for by professionals looking for high-quality media consoles, wooden sideboards, or storage solutions that blend natural warmth with industrial-inspired metal detailing for refined residential or boutique hotel design projects.