Contemporary Grey and Orange Fabric Modular Sofa Scene

This contemporary modular sofa scene in SketchUp features a dual-tone fabric configuration with a matching coffee table and wall panel. This complete living room vignette comprises a low-profile modular sofa upholstered in contrasting grey and orange fabric, featuring distinct tufted detailing on the seat cushions. The arrangement is complemented by a minimalist light-wood coffee table set, consisting of a square cube unit and a rectangular low-level table. The entire composition is anchored by a neutral-toned area rug and positioned against a floor-to-ceiling feature wall panel. This panel combines vertical light-wood slats with a central white marble-effect section, finished with a large, black-framed circular clock, creating a cohesive, modern interior aesthetic.

The download is a 40.7 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

Organised into layers for efficient scene management, this SketchUp model allows for easy manipulation of individual elements. Users can import the entire assembly as a component or explode the model to extract the sofa, tables, or wall features for use in separate projects. Applying textures to the fabric and wood surfaces is straightforward, as the geometry is clean and logically grouped, facilitating quick adjustments to materials or scaling to suit various floor plans and ceiling heights within a project.

This modular sofa scene is suitable for residential living room visualisations, hotel lobby concepts, or high-end apartment staging. The neutral palette and clean lines make it a versatile choice for contemporary interior design projects. Professionals can use this asset to quickly populate lounge areas, pairing it with additional soft furnishings or decorative lighting to complete a space. It is ideal for design presentations where a fully styled, ready-to-render focal point is required to demonstrate spatial flow and material coordination.