Glossy Burnt Orange Plastic Bar Stool 3D Model

Specifications

Brand

Laruus

Style

Modern

Material

Plastic

Suitable spaces

Kitchen, Cafe, Commercial

Color

Orange

File types

3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Glossy Color, Elevated Geometry 3D Model 3D's Max Corona Renderer

Description

This modern bar stool 3D model is distinguished by its glossy burnt orange finish, elevated seat height, softly rounded backrest and slender tapered legs. The design combines a clean contemporary silhouette with a vivid monochromatic surface, giving the stool a recognizable identity suitable for interiors where furniture is used as a strong color accent. The broad backrest curves gently around the upper seating area, while the shallow contoured seat introduces a softer transition toward the front edge. Its tall proportions clearly separate it from a standard dining chair and make the piece visually appropriate for counter-height or bar-style compositions. Plastic is specified as the primary material, and the visible surfaces appear smooth, continuous and highly reflective. The glossy finish creates controlled highlights across the backrest, seat and supporting legs, helping the curved geometry remain clearly legible under studio lighting. Four narrow legs extend downward from integrated connection areas beneath the seat and taper toward the floor. A slim rectangular footrest structure connects the lower portions of the legs, creating a practical visual feature typical of elevated seating. Small ring-like transitions can also be seen near several leg joints. Exact plastic type, manufacturing process, dimensions, load capacity and internal reinforcement cannot be confirmed from the supplied image. As an interior furniture piece, this burnt orange bar stool is particularly suitable for Kitchen, Cafe and Commercial environments. Its elevated proportions make it relevant for breakfast counters, kitchen islands, cafe bars, hospitality counters and other raised seating arrangements. The strong orange tone can act as a focal color within neutral interiors or coordinate with warm wood, pale stone, white surfaces, dark metal and other earthy accents. Because the stool has no armrests and uses slender legs, its visual footprint remains relatively light despite the tall format, making it useful in layouts where several stools may be placed side by side. For architectural visualization and CGI workflows, the model offers a combination of smooth reflective surfaces and fine structural elements that respond clearly to different lighting setups. The glossy plastic can create specular highlights that emphasize the rounded backrest and curved seat profile, while the tapered legs and integrated footrest remain readable in wider interior compositions. The stool can be used in residential archviz, kitchen visualizations, cafe scenes, restaurant concepts, commercial interiors, furniture presentations and virtual staging projects. It is specified for 3ds Max and Corona Renderer workflows, supporting use within that software and renderer combination. From an interior design perspective, the stool balances simple geometry with a saturated warm color. Its rounded backrest and softly shaped seat can introduce curved lines into spaces dominated by straight counters, cabinetry or architectural edges. The glossy orange surface has a more reflective character than matte plastic, upholstered seating or natural timber, making the piece effective where a polished visual accent is desired. It can work especially well in contemporary interiors that combine restrained backgrounds with a small number of vivid furniture elements. The supplied product image presents the stool against a clean white background with soft studio-style illumination and minimal contact shadows. Clearly visible features include the broad rounded backrest, slightly contoured seat, four tall tapered legs, glossy monochromatic orange finish and integrated lower footrest. No upholstery, exposed fasteners or separate decorative components are visible. File formats, polygon count, physical dimensions, topology, UV layout, texture resolution and compatibility with additional renderers are not provided, so these technical specifications are intentionally left unspecified.