About this asset

This contemporary SketchUp model features a custom TV wall unit with vertical walnut slatted panels and a central white-panelled backdrop. The assembly comprises a central display area flanked by floor-to-ceiling vertical timber slats, creating a rhythmic, textured feature wall. A low-profile horizontal media console in walnut finish sits at the base, featuring integrated white drawer fronts and an open storage shelf. The central panel is finished in a light, neutral textured material, providing a clean contrast against the warm wood tones of the slats. The entire unit is anchored by a raised, chamfered-edge timber platform, which supports the console and tower speakers. This cohesive design integrates media storage with architectural wall panelling.

The download is an 18.3 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

Within SketchUp, the geometry is structured with components for easy material replacement or scaling to fit specific room dimensions. Users should verify the scale against the model's bounding box before placement. The file uses standard mapping for the timber grain, which can be adjusted via the Texture Position tool. For high-quality visualisations, apply physically based materials to the wood surfaces and use the native layer system to toggle the included media equipment and accessories on or off to suit the project requirements.

This TV wall is ideal for modern residential living rooms, high-end apartment interiors, and boutique hotel suites where a focal point is required. It pairs effectively with minimalist furniture and neutral colour palettes. Professionals might search for this as a media feature wall, slatted wood partition, or bespoke joinery unit. It is suited for both concept design and detailed interior planning stages, providing a ready-to-use architectural element that adds immediate visual interest and structural depth to a space without requiring custom modelling.