Contemporary Grey Fabric 2-Seater Sofa with Dark Wood Frame

This contemporary 2-seater sofa for 3ds Max features a dark wood frame with grey fabric upholstery and a navy blue throw blanket. This 2-seater sofa features a clean, contemporary silhouette defined by a dark-stained timber frame that contrasts with soft grey fabric upholstery. The seat and backrest are upholstered in a neutral, textured material, providing a balanced look suitable for modern interiors. Two square accent cushions with a distinct orange and grey pattern are included, adding a pop of colour to the arrangement. A draped navy blue throw blanket with fringe detailing is positioned over the seat, enhancing the visual depth of the model. The frame follows a minimalist geometry, emphasizing the linear profile.

The download is a 13.8 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.

Users can import this 3ds Max file directly into their scene, ensuring the geometry is scaled to real-world units before applying materials. The model is organised with logical layer naming, allowing for easy selection of the frame, cushions, and throw blanket as separate elements. Texture maps should be verified in the material editor to ensure correct tiling and bump map intensity. Lighting can be adjusted using standard HDRI setups to highlight the fabric textures and the polished finish of the dark wood structure.

This sofa is ideal for high-end residential living rooms, boutique hotel lobbies, or modern lounge areas. It pairs well with minimalist coffee tables and neutral area rugs to create a sophisticated seating area. Professionals looking for a versatile piece for interior design presentations will find this asset useful for staging refined, comfortable spaces. When searching for this type of furniture, terms such as modern upholstered bench, two-seater lounge, or contemporary living room seating are effective for locating similar high-quality 3D assets.