About this asset

This contemporary 3ds Max sectional sofa set features a tufted L-shaped configuration in contrasting beige and grey fabric upholstery. This L-shaped sectional sofa features a distinctive tufted seat and backrest design, providing a structured, tactile appearance. The configuration combines a two-tone aesthetic with a beige main section and a grey chaise component. Included are loose back cushions and a solitary dark-toned accent pillow. The set is presented on a dark, textured area rug and is accompanied by a low-profile, compartmentalised black coffee table. The overall composition balances soft, upholstered volumes with the geometric precision of the tufted detailing, making it a versatile choice for modern interior layouts requiring a clear focal point.

The download is a 49.3 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 organised with logical layer naming to facilitate easy selection of the sofa, coffee table, or rug elements independently. Users can adjust the fabric textures via the material editor to suit specific project colour palettes. The model is scaled for standard architectural interior scenes; ensure the pivot points are correctly aligned to the floor plane when merging into larger master files to maintain accurate placement within your living room environment.

Ideal for high-end residential living rooms, hotel lounge areas, and contemporary apartment staging, this sectional sofa offers a sophisticated seating solution. It pairs well with minimalist interior schemes or soft, neutral palettes where texture is desired. Architects and interior designers will find this asset useful for visualising open-plan living spaces or luxury hospitality reception areas. Search for this piece when specifying modular lounge furniture, tufted upholstery, or complete living room layouts that require a balanced, ready-to-render focal point for client presentations.