About this asset

This contemporary beige velvet armchair 3ds Max model features a distinctive curved backrest and slender brass legs for a refined look. Defined by its organic, flowing silhouette, this armchair features a fully upholstered shell in a soft, light-beige velvet texture. The backrest curves elegantly into integrated, rounded armrests, creating a cohesive, sculptural form. The seat cushion is subtly partitioned, providing a gentle contoured aesthetic. Supporting the structure are slim, tapered metal legs finished in a polished brass tone, which contrast with the soft fabric upholstery. Its compact proportions and rounded geometry make it an ideal accent piece for spaces requiring a balance of comfort and sophisticated, modern design language.

The download is a 5.5 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 geometry, allowing for straightforward integration into interior scenes. Users can easily adjust the material parameters to refine the velvet sheen or metal reflectivity to match specific project lighting. The pivot point is set at the base for efficient placement on floor surfaces. It is recommended to use the model as a grouped object to maintain the integrity of the leg and upholstery components during scene assembly and scaling within a larger architectural environment.

This armchair is well-suited for high-end residential living rooms, boutique hotel lobbies, or executive lounge areas. It pairs effectively with minimalist coffee tables or as a standalone reading chair in a bedroom suite. Professionals searching for statement seating with a soft aesthetic will find this asset useful for visualising luxury interiors, hospitality projects, and staged apartment layouts. It complements both neutral palettes and bold, contemporary colour schemes, offering a versatile solution for interior designers and 3D visualisers working on high-quality residential schemes.