About this asset

This contemporary 3ds Max TV wall unit features a textured beige stone panel, dark walnut timber accents, and an integrated shelf. This wall-mounted media system combines a large-format textured beige stone backing with a rich dark walnut timber lower shelf. The central section houses the television, flanked by vertical timber slatted panels that provide depth and contrast. The assembly creates a cohesive feature wall, with the stone providing a neutral, tactile backdrop for the warmer wood elements. The design is streamlined, focusing on clean lines and a balanced material palette. It is a complete wall-mounted solution, ideal for modern interior schemes that require a minimalist yet sophisticated focal point for entertainment areas.

The download is a 17.2 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.

In 3ds Max, this model is typically managed as a single grouped assembly for ease of placement against a wall surface. Users should ensure the pivot point is aligned to the rear face for accurate positioning. Materials are mapped to the stone and timber surfaces, allowing for adjustments to the grain orientation or stone texture scale if required. Lighting should be set to complement the natural material finishes, utilizing soft indirect illumination to highlight the vertical slatted wood details and the stone's tactile surface.

This unit is well-suited for high-end residential living rooms, hotel suites, and executive lounge areas where a refined media display is required. It pairs effectively with contemporary modular seating and minimalist coffee tables. Professionals looking for a structured, pre-composed media wall will find this model useful for rapid prototyping in interior design projects. Search for this asset when specifying feature walls, media consoles, or integrated storage solutions in luxury residential or boutique hospitality developments, particularly during the schematic design phase.