About this asset

This contemporary 3ds Max armchair features a distinctive circular metal frame and blue leather upholstery with a contrast cushion. Defined by a sweeping, circular metal frame in a stark black finish, this armchair presents a fusion of geometric form and comfort. The seating area consists of a deep, square-profile cushion upholstered in a textured, muted blue leather. A rectangular lumbar cushion provides contrast, finished in a crisp off-white fabric with a bold, dark green vertical stripe running through the centre. The minimalist silhouette is supported by a stepped base, balancing the fluid curves of the backrest. This piece functions as a sculptural accent, suitable for high-end residential or boutique hospitality interiors.

The download is a 1.9 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.

To integrate this asset into a 3ds Max scene, use the standard object insertion method or merge the file into your master project. The model is organised with logical layer naming, allowing for easy selection of the frame and soft furnishings. When applying materials, ensure the leather and fabric shaders are mapped correctly to maintain their specific surface properties. Lighting should be adjusted to highlight the metallic sheen of the frame while preserving the soft, matte texture of the upholstered components.

This armchair is ideal for curated living room layouts, hotel lobbies, or executive office waiting areas. Its balanced aesthetic pairs well with minimalist side tables or as part of a larger lounge grouping. Professionals searching for statement seating will find this piece effective for focal points in contemporary interior design schemes. It is particularly suited for projects requiring a blend of structured, architectural lines and comfortable, tactile materials. Use it in renderings focused on modern luxury or refined, minimalist residential environments.