About this asset

This contemporary 3ds Max model of a low-profile walnut wood TV unit features a clean, linear aesthetic with integrated storage. Defined by its horizontal profile and rich wood grain, this TV unit offers a sophisticated storage solution for media setups. The primary structure is crafted from walnut, showcasing a deep, natural tone. The front elevation is composed of two solid side panels flanking a central open shelf, providing a balance of closed and accessible storage. A distinct design feature is the subtle, horizontal grooved detailing on the central drawer or door sections, which adds texture and visual interest. The top surface provides an expansive, clean platform for television screens and decorative accessories.

The download is a 17.4 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 structured with logical object grouping for efficient scene management. Users should verify the pivot points are set to the base for easy placement on floor planes. Applying custom wood grain materials or adjusting the existing texture mapping allows for seamless integration into various interior lighting environments. The asset is well-suited for high-quality architectural visualisations, ensuring clean geometry that holds up well during close-up camera angles or wide-angle interior shots.

The unit is ideal for modern living room designs, media rooms, or hotel suites where a refined, low-slung media console is required. It pairs effectively with minimalist shelving systems and contemporary seating arrangements. Professionals searching for a stylish, low-profile media cabinet or a walnut-finished storage piece will find this model highly versatile. It is suitable for both high-end residential projects and boutique commercial interiors, providing a practical yet aesthetically pleasing element for clean, uncluttered interior design schemes.