Contemporary Beige and Black TV Wall with Integrated Fireplace

Contemporary beige and black TV wall unit for 3ds Max, featuring an integrated linear fireplace and sleek built-in display shelving. This contemporary media wall unit features a minimalist, multi-layered composition finished in a neutral beige with contrasting black accents. The central section accommodates a large television screen, flanked by open shelving for decor and media components. Below the main console, a recessed linear fireplace provides a warm focal point, set against a subtle textured base. The design incorporates clean, horizontal lines and a vertical fluted detail to add visual depth. The unit is designed as a cohesive, built-in architectural element, suitable for high-end residential living rooms or luxury hotel suites.

The download is a 17.1 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.

As a 3ds Max asset, this model should be merged into your scene as a single assembly or grouped object. Ensure the pivot point is positioned at the base for easy alignment with the floor plane. The materials are likely multi-sub-object, allowing for individual adjustment of the matte lacquer and metal finishes. Use standard mapping for the wood grain textures and ensure the fireplace element is isolated on its own layer for independent light or particle effect adjustments within your rendering pipeline.

Ideal for modern residential interiors, this media wall serves as a sophisticated anchor for living rooms, master bedrooms, or private lounge areas. It pairs well with minimalist furniture and neutral colour palettes. Professionals might search for this asset when designing bespoke joinery, feature walls, or luxury apartment interiors. It is particularly suited for high-end residential projects where a seamless, integrated look is required for home cinema setups or entertainment zones, providing both functional storage and an atmospheric focal point.