Forest Green Velvet Chair with Curved Back 3D Model

Specifications

Brand

Laruus

Style

Modern

Material

Wood, Velvet

Suitable spaces

Living Room, Bedroom, Office, Cafe, Commercial

Color

GreenBeige

File types

3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Deep Green, Soft Curves 3D Model 3D's Max Corona Renderer

Description

The Forest Green Velvet Chair with Curved Back is a modern upholstered chair defined by its deep green surface, enveloping backrest, and contrasting light wood base. Its most distinctive feature is the continuous curved back that flows into rounded side sections, creating an embracing silhouette around the seat. The dark forest green velvet gives the upper body a rich visual depth, while the exposed pale wooden legs keep the overall composition lighter and more natural. Subtle piping follows the outer edges of the upholstery and reinforces the chair's smooth, sculpted profile without introducing unnecessary ornament. The chair combines two clearly visible material families: velvet upholstery and natural-looking wood. A generously padded seat sits above a slim wooden support frame, while four tapered legs extend downward with a slight outward angle. The upholstered back rises higher at the rear and gradually sweeps toward the sides, functioning visually as both back support and integrated arm sections. Rounded corners, soft transitions, and the continuous upholstered shell contrast with the straighter geometry of the wooden underframe. The velvet surface displays gentle tonal variation under light, while visible grain gives the light wood components additional natural texture. The exact wood species cannot be determined from the image alone. Its proportions and supportive wraparound form make this modern velvet chair suitable for living rooms, bedrooms, offices, cafes, restaurants, hospitality areas, and other commercial interiors. It can serve as an accent chair, dining chair, desk-side seat, or repeated seating around a table. The combination of forest green upholstery and beige-toned wood works naturally with neutral walls, warm timber furniture, stone surfaces, muted textiles, and indoor planting. Its compact footprint also allows it to contribute a substantial upholstered presence without requiring the visual or physical space associated with a larger lounge chair. For architectural visualization and CGI workflows, this chair 3D model provides useful contrast between soft textile surfaces and exposed wood. The sweeping backrest creates a recognizable silhouette from front, side, and three-quarter camera angles, while the velvet material can respond visibly to changes in light direction and viewing angle. These characteristics make the model suitable for close furniture shots as well as wider interior compositions. It can be incorporated into residential archviz, dining room CGI, boutique cafe layouts, office waiting areas, hospitality scenes, and commercial visualization projects where upholstered contemporary seating is required. Within an interior design context, the chair balances a visually substantial upper section with a comparatively light wooden base. The curved green shell introduces an organic form, while the four slender legs establish a simple architectural rhythm below. This relationship allows the piece to work in modern, contemporary, Scandinavian-influenced, and nature-oriented interiors. The deep green upholstery can act as a controlled color accent within otherwise neutral schemes, while the light wood helps connect the chair to natural finishes elsewhere in the room. The design is particularly effective where comfort, color, and softened geometry need to coexist without excessive decorative detailing. According to the supplied product information, this furniture model is intended for use with 3ds Max and Corona Renderer. The reference image supports identification of forest green velvet upholstery, a curved wraparound back, an upholstered seat, visible edge piping, a light natural wood frame, and four tapered wooden legs. Exact dimensions, polygon count, topology, UV configuration, texture resolution, physical scale settings, and included file formats have not been provided. These technical properties are therefore intentionally left unspecified rather than inferred from the rendered image.