Specifications
- Brand
- Laruus
- Style
- Modern
- Material
- Wood, Fabric
- Suitable spaces
- Living Room, Bedroom, Office, Cafe, Commercial, Entrance
- Color
- GreenBrown
- File types
- 3D's MaxCorona Rendererfbxmtl3dsMapjpegobj
Forest Green Curved Comfort 3D Model 3D's Max Corona Renderer
Description
This forest green fabric armchair 3D model presents a modern seating design distinguished by its deep green upholstered shell, softly curved arms and slender brown wood legs. The chair has a cohesive, enveloping silhouette in which the tall backrest flows naturally toward the side sections and rounded seat. Its dark green surface gives the design a calm, grounded character, while the warm-toned wooden base creates a clear material and color contrast. Rounded corners and restrained detailing make the chair suitable for contemporary interiors without relying on decorative ornament. The supplied materials identify Wood and Fabric as the principal components, both of which are clearly expressed in the visible design. Fabric covers the seat, backrest and integrated arm sections, creating a nearly continuous upholstered body. Subtle surface variation and gentle shading suggest a soft textile character without requiring assumptions about the exact fabric type. The seat is broad and lightly contoured, while the back rises substantially above the arms to provide a visually supportive profile. Four slim wooden legs support the upholstered body. Their tapered form and slightly angled stance keep the base visually light while providing a warm brown counterpoint to the forest green upholstery. As a versatile modern armchair, the design can fit residential and commercial settings where individual seating is needed. In a living room, it can serve as a green accent chair beside a sofa, coffee table or reading corner. Its compact armchair format also works in bedrooms, home offices and entrance areas. For commercial interiors, the enclosed upholstered form is relevant to reception spaces, waiting areas, cafes, informal meeting zones and lounge arrangements. The combination of green fabric and brown wood is particularly compatible with interiors using neutral walls, natural materials, indoor plants or other earthy colors. For architectural visualization and CGI production, the model provides a useful furniture element with clearly differentiated textile and wooden surfaces. The broad upholstered areas offer opportunities to represent soft material response under diffuse interior lighting, while the narrow legs introduce harder edges and subtle highlights. The forest green color can function as a controlled focal point in neutral archviz compositions, making the chair useful when evaluating furniture placement, color distribution and visual hierarchy. Its uncomplicated silhouette also remains recognizable in both close furniture views and wider room perspectives. Within an interior design composition, the chair balances visual softness with a structured base. The curved back and integrated arms can soften rooms dominated by straight walls, rectangular cabinetry and geometric tables, while the tapered wooden legs preserve visible floor space beneath the seat. Dark green upholstery pairs naturally with beige, gray, brown and other muted interior palettes. The wood element can also establish a visual relationship with timber flooring, tables, shelving or cabinetry, helping the chair participate in a coordinated material scheme rather than appearing as an isolated object. The supplied production information identifies 3D's Max as the 3D software and Corona Renderer as the rendering engine. The combination of Fabric upholstery and Wood components provides two visibly different material responses for lighting, shading and rendering workflows. Specific dimensions, polygon counts, texture resolutions, file formats and software version compatibility are not provided, so these technical properties are not assumed. The model is suitable as a modern green armchair 3D asset for interior visualization, furniture presentations, archviz scenes and CGI environment development.
