About this asset

This modern, wall-mounted TV cabinet SketchUp model features a light wood finish with white drawer fronts and a curved side profile. The cabinet presents a clean, horizontal orientation designed for wall mounting, effectively creating a floating aesthetic. It features a natural wood grain finish across the top and side surfaces, contrasted by solid white drawer fronts. One side of the unit is finished with a distinct curved corner, adding a soft, organic detail to its otherwise linear geometry. The internal storage is divided into an open shelving section and a closed drawer compartment, providing a balanced mix of display and concealed storage. Proportions are slim and minimalist, suitable for contemporary interior schemes.

The download is a 2 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.

In SketchUp, this model is organised into logical groups, allowing for easy placement against wall surfaces. Users should verify the wall-mounting height according to standard ergonomic guidelines for viewing comfort. The material mapping uses standard texture projection, which can be easily scaled or swapped within the materials editor to match specific project finishes. Since the model includes a flat-screen display as part of the assembly, users can toggle the visibility of the screen object via the layers or outliner panel.

This media console is ideal for contemporary living rooms, home cinemas, and master bedrooms where a minimalist aesthetic is preferred. It pairs well with wall-mounted shelving systems or feature wall panels. Professionals often search for this type of unit when planning small-to-medium residential interiors that require efficient, space-saving storage solutions. Its neutral palette allows it to integrate seamlessly into various design styles, from Scandinavian-inspired spaces to more eclectic, modern apartment fit-outs where visual clutter must be kept to an absolute minimum.