About this asset

This contemporary 3ds Max model features a modular L-shaped sofa in mustard yellow fabric, complete with a black metal side table. This modular L-shaped sofa features a low-profile, blocky silhouette with clean, squared-off armrests and seat cushions. The primary upholstery is a textured mustard yellow fabric, providing a warm, tactile finish. It includes a set of three decorative scatter cushions: one in black and two in a muted, reddish-brown tone. A slim, black metal C-shaped side table is integrated into the right side of the lounge section, offering a functional surface for small items. The overall design prioritizes geometric simplicity and comfort, making it a versatile seating solution for open-plan living areas.

The download is a 27.9 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.

In 3ds Max, this model is structured with logical layering, allowing for easy separation of the sofa cushions and the attached side table. Users can efficiently apply custom materials or adjust the fabric tiling using the UV map coordinates provided. For scene integration, ensure the pivot point is set to the floor level for precise placement. The asset is optimized for standard render workflows, requiring minimal adjustment to lighting environments to achieve realistic fabric highlights and metal reflections on the accessory table.

Ideal for residential living rooms and modern apartment interiors, this modular piece works well in both minimalist and contemporary design schemes. It pairs effectively with neutral-toned rugs, low-profile coffee tables, and floor lamps to create a cohesive lounge arrangement. Professionals can utilize this asset for high-end residential visualizations, hospitality lobby designs, or boutique office breakout spaces. Search for this item when specifying comfortable, space-efficient seating that incorporates functional storage or surface elements within a compact footprint.