Grey Sofa with Round Back Cushions 3D Model

Specifications

Brand

Laruus

Style

Modern

Material

Fabric, Metal, Wood

Suitable spaces

Living Room, Office, Cafe, Commercial

Color

GrayBrownBlack

File types

3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Round Forms, Linear Structure 3D Model 3D's Max Corona Renderer

Description

This modern sofa 3D model is distinguished by its grey textured fabric upholstery, three circular back cushions, exposed natural wood base and contrasting black metal frame. The design combines soft rounded forms with a visibly structured support system, giving the sofa a recognizable contemporary identity. A long upholstered seat creates a clean horizontal line, while the three round cushions introduce repeated circular geometry across the back. Curved side panels frame the seating area and visually connect with the rounded ends of the wooden base, producing a balanced composition of soft upholstery and architectural structure. The sofa combines three clearly visible material groups: Fabric, Wood and Metal. Grey fabric covers the seat, back structure, side panels and circular cushions, with a fine woven texture visible across the surfaces. Beneath the upholstery, a light natural-toned wooden rail follows the length of the sofa and curves gently upward near the ends. A black metal framework supports the piece with slender cylindrical legs and horizontal structural elements. These exposed components create a deliberate contrast between the soft upholstered volume, warm wood grain and dark metal. Exact dimensions, wood species, textile composition and metal finish cannot be confirmed from the supplied image. With its elongated proportions and distinctive round cushions, the sofa can function as a primary seating piece in a modern Living Room, Office, Cafe or Commercial environment. Its neutral grey upholstery allows it to work with restrained contemporary palettes, while the visible wood introduces warmth and the black frame provides graphic definition. The design is particularly suitable for lounge areas, reception settings, conversational seating arrangements and interiors where furniture with an identifiable silhouette is needed without excessive ornamentation. Its raised frame also gives the substantial upholstered body a visually lighter appearance. For architectural visualization and CGI workflows, the combination of circular cushions, curved side panels, exposed timber and dark metal provides multiple material and lighting opportunities within a single furniture model. The silhouette remains recognizable in wider interior compositions, while closer camera views can emphasize the woven fabric surface, wood grain, rounded upholstery and contrasting structural frame. The model can be used in residential archviz, hospitality concepts, office visualizations, cafe interiors, furniture presentations and virtual staging. It is specified for 3ds Max and Corona Renderer workflows, supporting integration into visualization scenes created with that software and renderer combination. From an interior design perspective, this grey fabric sofa balances organic geometry with a disciplined linear framework. The circular back cushions soften the long horizontal seat, while the curved ends prevent the overall form from appearing rigid. Grey upholstery can coordinate with neutral walls, concrete-inspired finishes, stone and muted textiles, while the natural-looking wooden base can complement other visible timber elements. Black metal provides a useful connection to dark lighting fixtures, tables, shelving or architectural details, making the sofa adaptable to modern, warm minimal and contemporary material schemes. The supplied image presents the sofa against a clean white background with soft studio-style illumination and visible contact shadows. Three round back cushions, a continuous upholstered seat, curved side and back elements, an exposed wood base and black cylindrical metal supports are clearly visible. Small dark elements also appear along the upper edge of the back structure, but their exact function cannot be determined from the image alone. File formats, polygon count, physical dimensions, topology, UV layout, texture resolution and compatibility with additional renderers are not provided, so these technical details are intentionally left unspecified.