Contemporary Beige Fabric Upholstered Swivel Dining Chair

This contemporary 3ds Max model of a beige fabric upholstered swivel dining chair features a sleek four-legged black metal base. This contemporary dining chair features a sculpted, one-piece seat shell with integrated armrests, fully upholstered in a textured beige fabric. The upholstery has a soft, tactile appearance with subtle tonal variations. The seat is supported by a minimalist, four-legged swivel base finished in a matte black metal. The legs splay outwards from a central pivot point, providing a stable and clean-lined aesthetic. The overall form balances ergonomic comfort with a compact, modern silhouette, making it suitable for tight dining configurations or as an accent piece in a home office.

The download is a 13.2 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 as a single object with clearly defined material IDs for the upholstery and the metal frame. Users can easily adjust the fabric texture mapping or tweak the metal finish to suit specific project lighting conditions. The swivel base is modelled as a distinct component, allowing for rotation adjustments within the scene. Ensure the pivot point is correctly aligned at the base for accurate placement when populating dining tables or desk arrangements in your architectural interior visualisations.

Ideal for modern residential dining areas, boutique hotel suites, or contemporary office breakout zones, this chair pairs well with slender glass or timber dining tables. It serves as a versatile seating solution in interior design projects requiring a balance of comfort and refined, neutral aesthetics. Designers often search for this typology when specifying furniture for open-plan living spaces or executive meeting rooms. It complements minimalist and contemporary interiors, providing a soft textural contrast against hard surfaces like stone floors or polished concrete.