Contemporary Grey Leather 2-Seater Sofa

This contemporary grey leather 2-seater sofa 3ds Max model features a structured frame with visible stitching and slender metal legs. Designed with a clean, low-profile silhouette, this 2-seater sofa features supple grey leather upholstery with subtle creasing that suggests a lived-in, comfortable feel. The frame is defined by structured armrests and crisp vertical seam detailing across the back cushions. It is supported by minimalist, slender metal legs that provide a light, elevated appearance. The compact proportions make it suitable for smaller living areas or boutique reception spaces, while the neutral palette integrates easily into varied interior schemes. The model includes decorative throw cushions and a draped textile element, providing a complete look.

The download is a 106 MB compressed archive containing the native 3ds Max (.max) model. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is managed via a clean layer structure, allowing for easy isolation of the sofa from the decorative accessories. Users should verify that the leather material maps are correctly linked within the asset editor, ensuring the bump and reflection channels are active for realistic highlights. The geometry is optimized for high-quality architectural visualization, maintaining clean edge loops for smooth subdivision if required. Adjust the pivot point to the base of the legs for precise placement against walls or on rugs.

This sofa is ideal for residential living room projects, high-end apartment staging, or boutique hotel lobby designs. It pairs effectively with a variety of side tables and floor lamps, functioning as a primary seating anchor in a compact seating group. Professionals searching for a versatile, modern piece for contemporary interior design schemes will find this asset useful for mid-to-high-end visualizations. It works well in both light, airy spaces and moodier, darker environments, depending on the surrounding materials and lighting conditions.