About this asset

This contemporary 3ds Max sectional sofa features a beige fabric upholstery and includes a set of decorative accent cushions. Designed with clean lines and a low-profile silhouette, this L-shaped sectional sofa offers a balanced aesthetic suitable for modern interiors. The frame is supported by tapered dark wood legs, providing a subtle contrast to the light-toned, textured fabric upholstery. The configuration includes a dedicated chaise section for extended seating comfort. The piece is accessorised with a collection of scatter cushions in varying shades of green, orange, and dark teal, which introduce a vibrant colour palette to the neutral base. The overall construction emphasises comfort through deep, plush seat cushions and supportive backrests.

The download is a 14.4 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 with logical layering for efficient scene management. Users can easily adjust the material parameters or swap the fabric textures to match specific project requirements. The model is typically scaled to real-world dimensions, allowing for straightforward integration into architectural scenes. Lighting setups should account for the textured surface of the upholstery to ensure realistic light absorption and soft shadow casting across the seat and backrest surfaces during the rendering process.

This sectional is an ideal choice for residential living rooms, open-plan apartments, or boutique hotel lounge areas. Its versatile design pairs well with minimalist coffee tables, neutral area rugs, and timber flooring. Professionals searching for comfortable, modular seating will find this model useful for creating inviting gathering spaces in contemporary home design or hospitality projects. It functions effectively as a focal point in a lounge, providing both aesthetic appeal and practical seating capacity for multiple users in a compact footprint.