Contemporary Beige and Grey Wood TV Wall Unit

This contemporary 3ds Max TV wall unit features a dual-tone wood finish with an integrated media console and a sleek desk workspace. This large-scale wall unit combines functional media storage with an integrated desk area. The design is defined by vertical timber panels finished in light beige and contrasting grey wood grain textures. The assembly includes floor-to-ceiling cabinetry, a cantilevered desk surface, and a dedicated mounting area for a television. The composition is balanced by a recessed niche for display and a clean, handleless aesthetic that emphasizes the linear geometry of the joinery. It includes a small stool and decorative accessories to complete the scene, offering a cohesive look for modern interiors.

The download is a 30.5 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 structured with logical layering for easy selection and material adjustment. Professionals should check the pivot points to ensure correct placement against wall surfaces in the viewport. The materials are mapped for standard render engines, allowing users to easily swap wood grain textures or adjust the reflectivity of the surfaces. Due to the modular appearance, individual components can be isolated or scaled to fit custom room dimensions during the schematic design phase of a project.

This wall unit is well-suited for contemporary living rooms, home offices, or media suites where space-saving joinery is required. It provides a structured solution for residential projects, particularly in apartments where multi-functional furniture is preferred. It pairs effectively with modern seating and minimalist lighting fixtures. Architects and interior designers often search for integrated media walls or custom joinery units to streamline the design of open-plan living areas, making this a versatile asset for creating realistic interior visualisations.