
This modern 3-seater sofa in beige fabric is a 3ds Max model featuring a clean, linear frame and two matching scatter cushions. Defined by a minimalist aesthetic, this 3-seater sofa features a low-profile, rectangular silhouette with slim armrests and a consistent seat depth. The upholstery is a neutral beige fabric with refined piping detail along the seams, enhancing its structured appearance. It includes two square scatter cushions placed at opposite ends to provide visual balance and comfort. The modular-style seat and back cushions are flush, creating a seamless, uniform look suitable for contemporary interiors. The overall construction prioritizes clean lines and geometric precision, ensuring it integrates easily into various living room configurations without overwhelming the space.
The download is a 23.9 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.
The geometry is clean, allowing for easy placement within larger interior sets. You can apply custom fabric textures or adjust the material shaders to match specific project colour palettes. The model is organised by logical components, making it simple to manage layers or toggle the visibility of the scatter cushions depending on your final composition requirements.
Ideal for residential living rooms, hotel lobbies, and boutique office break-out spaces, this sofa serves as a versatile anchor for contemporary design schemes. It pairs well with low-profile coffee tables, neutral area rugs, and minimalist floor lamps. Professionals often search for this type of seating when specifying furniture for open-plan apartments or professional waiting areas that require a tidy, understated look. It is an essential asset for interior designers aiming to balance comfort with a sleek, architectural furniture profile in their visualisation projects.
Modern Beige Fabric 3-Seater Sofa
Free
Free to use in personal and commercial projects, including paid client work.
Covers 1 seat.