About this asset

This traditional 3ds Max model features a walnut and gold TV wall unit with an ornate decorative frame and a matching storage cabinet. This elaborate TV wall unit features a large, rectangular wooden frame finished in a rich walnut tone with intricate, gilded carvings along its perimeter. A decorative laser-cut gold screen sits within the frame, providing a textured backdrop. The floor-standing cabinet base is crafted from matching walnut wood, featuring three front panels upholstered in a deep red fabric with gold-leafed trim and cabriole-style legs. The unit is designed as a cohesive display piece, balancing ornate classical detailing with functional storage, suitable for formal interior settings where a strong, historicist aesthetic is required.

The download is a 29 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 organised as a single assembly for streamlined placement within a scene. Users should check the pivot point at the base of the cabinet for accurate floor alignment. Materials are assigned to discrete object IDs, allowing for easy adjustment of the wood grain, metal finishes, or fabric textures. The ornate frame and cabinet can be separated if needed, though they are modelled as a unified set to maintain consistent scale and proportion during architectural visualisation.

This TV wall unit is ideal for formal living rooms, master bedrooms, or luxury hotel suites where a traditional or classic aesthetic is desired. It pairs well with ornate moulding, heavy drapery, and plush upholstery. Professionals searching for 'classic media storage', 'ornate TV wall', or 'traditional living room furniture' will find this piece useful for creating focal points in high-end residential or hospitality projects. Its ornate character makes it a strong choice for period-inspired interior design schemes and classical architectural renderings.