About this asset

This contemporary TV wall unit for SketchUp features a sleek white console base, a marble-effect panel, and vertical timber slats. This media console arrangement consists of a low-profile, six-door storage cabinet finished in a clean white lacquer with a rich walnut-brown frame. Rising from the rear of the unit is an integrated feature wall comprising vertical timber slats that frame a central, polished marble-effect back panel. The composition is balanced and symmetrical, designed to house a flat-screen television and various media components. The clean lines and contrasting textures of the natural wood grain against the smooth, light-toned stone surface create a sophisticated focal point suitable for modern living spaces and media rooms.

The download is a 1.1 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, this model is organised into logical groups for the cabinet, wall panel, and slats, allowing for easy placement and adjustment against room geometry. Users can modify the material swatches using the paint bucket tool to match specific interior palettes. The model is scaled to standard television heights, making it ready for immediate insertion into residential floor plans. Ensure the wall-mounted components are properly aligned with the face of the room wall to avoid clipping or floating geometry in your final render.

Ideal for residential projects, this TV wall unit functions as a primary feature in living rooms, open-plan apartments, or dedicated home cinemas. It pairs effectively with modern minimalist furniture and neutral decor schemes. Professionals searching for contemporary media storage, custom joinery units, or feature wall solutions will find this asset versatile for both concept design and detailed visualisations. It provides a clean, ready-made solution for staging interiors where a high-end, bespoke cabinetry look is required without the need for extensive custom modelling.