About this asset

This contemporary 3ds Max TV cabinet features a four-door storage configuration with a grey finish and contrasting metal hardware. This storage unit presents a clean, contemporary aesthetic defined by its rectangular form and balanced proportions. The exterior is finished in a muted grey, complemented by a darker wood-grain top surface that adds texture and visual depth. Four symmetrical cabinet doors provide substantial storage, each fitted with slender, vertical metallic handles in a warm tone that provides a subtle contrast against the grey body. The unit is elevated slightly on short, discreet legs, giving it a light, grounded appearance. The design is functional and understated, suitable for clean-lined modern interiors.

The download is a 5.5 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.

Within 3ds Max, this model is structured for efficient placement and scene integration. Users should ensure the pivot point is correctly aligned at the base for easy positioning against walls. The materials are logically grouped, allowing for quick adjustments to the wood grain mapping or metallic finish properties. The asset is scaled to standard furniture dimensions, making it compatible with most residential interior scenes without requiring extensive resizing. Ensure proper lighting setup to highlight the wood texture and metal handle reflections.

This versatile piece is ideal for residential living rooms, media lounges, and home cinemas where a refined, clutter-free look is required. It pairs well with modern sofa arrangements and minimalist wall decor. Architects and interior designers often specify this type of media console in high-end apartment projects and open-plan living spaces. Search for this item using terms such as media storage, modern sideboard, grey entertainment unit, or contemporary TV console to integrate it into your next project visualization.