About this asset

This contemporary 3ds Max sofa features a structured metal frame and neutral beige fabric upholstery, complete with decorative cushions. This linear three-seater sofa is defined by a slender, dark-toned metal frame that wraps around the base and continues to form a minimal backrest rail on one side. The main seating area is upholstered in a textured, light beige fabric, providing a clean contrast to the industrial-style metal structure. The piece includes a set of plush scatter cushions in varying metallic brown tones and a single mustard-accented pillow, along with a draped fabric throw. Its low-profile design and clean lines offer a sophisticated, balanced silhouette suitable for modern living spaces.

The download is a 12.1 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.

Optimised for 3ds Max, this model is structured with clean geometry, allowing for efficient placement within a scene. Users should apply high-quality textures to the fabric and metal components to ensure realistic light interaction. The model is organised into logical layers or groups, making it straightforward to toggle the decorative cushions and throw as needed. Adjust the material reflectivity settings to match your specific lighting environment, ensuring the metallic frame reads correctly against your chosen interior background or HDRI setup.

Ideal for high-end residential living rooms or boutique hotel lobby lounges, this sofa provides a refined focal point in minimalist or contemporary interiors. It pairs effectively with low-slung coffee tables, textured area rugs, and metallic floor lamps. Designers looking for a sleek, structured seating option will find this piece useful for staging luxury apartments, upscale waiting areas, or sophisticated studio spaces. Search for contemporary linear sofas or metal-framed lounge seating to find similar assets for your architectural visualisation projects.