About this asset

This contemporary 4-door sideboard in 3ds Max features a grey fabric-wrapped body with elegant gold metal detailing and glass panels. Defined by its soft, rounded profile, this sideboard features four doors adorned with distinct arched glass inserts framed in metallic gold. The body is wrapped in a textured grey fabric that contrasts against the solid black top and base. Slim, gold-finished vertical handles provide a refined accent, while the unit is supported by slender black legs with gold-tipped feet. This piece balances tactile fabric surfaces with the clean lines of metalwork, offering a sophisticated storage solution that functions as a focal point in high-end living spaces or dining areas.

The download is a 57 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 asset is structured for efficient scene integration, allowing for quick placement within interior visualisations. Users should utilise the provided material slots to adjust the fabric texture mapping or metallic reflectivity to match specific project lighting conditions. The model is scaled to standard furniture dimensions, ensuring it sits correctly against walls or as a freestanding element. Proper layer management allows for easy toggling of the decorative glass inserts or the included floral arrangement to suit varying composition needs.

This sideboard is ideal for luxury residential projects, boutique hotel lobbies, or upscale dining room schemes. It pairs well with minimalist decor, marble flooring, or velvet upholstery to create a layered, modern aesthetic. Designers searching for elegant storage solutions, statement furniture pieces, or refined living room cabinetry will find this model versatile. It is suitable for projects requiring a touch of metallic warmth and textured fabric, serving as a functional yet decorative piece in high-end interior design and architectural visualization workflows.