Olive Green & Natural Wood Cross-Braced Bar Stool Set 3D Model

Specifications

Brand

Laruus

Style

Modern

Material

Wood, Fabric, Leather

Suitable spaces

Kitchen, Cafe, Commercial, Living Room

Color

GreenBlackBeige

File types

3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Graphic Bracing, Contrasting Seat Finishes 3D Model 3D's Max Corona Renderer

Description

The Olive Green & Natural Wood Cross-Braced Bar Stool Set is a modern pair of tall stools distinguished by contrasting finishes, compact square seats, and an intricate geometric support structure. One stool combines an olive green painted frame with a matching green upholstered seat, while the second uses a light natural wood frame beneath a black upholstered seat. Both variants share the same tall tapered silhouette and repeated diagonal bracing, giving the design a recognizable architectural character. The contrast between muted green, pale timber, and black seating makes the pair useful for contemporary interiors that need bar-height furniture with visible structural detail. Wood, Fabric, and Leather are listed as the primary materials for the model. Visually, the stools feature four tall wooden legs connected by multiple horizontal and diagonal braces that form triangular and intersecting geometric patterns around the frame. The natural wood version shows visible linear grain across the legs and support members, while the green version appears consistently coated in an olive finish. Each stool has a thick, softly rounded rectangular seat pad that extends slightly beyond the frame below. The black seat displays a subtle textured surface, while the green seat has a smoother upholstered appearance. Exact upholstery assignments between Fabric and Leather cannot be confirmed solely from the image. These bar stools are suitable for Kitchen, Cafe, Commercial, and Living Room environments. They can be positioned beside a kitchen island, breakfast counter, high dining table, cafe counter, bar-height communal table, or commercial hospitality setting. The relatively narrow footprint makes them practical for repeated seating arrangements, while the high seat proportion clearly identifies them as counter or bar-oriented furniture rather than standard dining chairs. The green variant can introduce a muted color accent, while the natural wood and black version offers a more neutral combination that can coordinate with stone, wood, concrete, metal, and dark countertop finishes. For architectural visualization and CGI workflows, the repeated cross-bracing provides useful mid-scale geometry that remains visually interesting from both close and medium camera distances. The open frame allows background surfaces and flooring to remain visible through the stool, preventing the tall furniture from becoming a visually solid mass. The two finish variants also make the model useful when testing different material palettes within the same interior concept. It can be placed in kitchen, cafe, restaurant, hospitality, retail, and commercial archviz scenes where high seating and detailed furniture silhouettes are required. Within contemporary interior design, the stools suit spaces that combine simple furniture proportions with expressive structural geometry. The olive green finish works well with warm neutrals, natural materials, muted color palettes, and modern organic schemes. The natural wood frame can complement pale cabinetry, stone counters, textured walls, and Scandinavian-influenced interiors, while the black seat introduces a sharper contrast. Their diagonal bracing adds visual rhythm beneath otherwise minimal square seats, making the lower structure an important part of the overall design rather than merely functional support. This furniture asset is a 3D model created using 3ds Max and presented with Corona Renderer. The visible construction includes Wood frames, upholstered seat pads, tapered legs, and repeated geometric cross-bracing. Exact dimensions, seat height, polygon count, topology specifications, texture resolution, UV or mapping details, and downloadable file formats cannot be verified from the supplied image and are therefore not assumed. The exact wood species and the precise Fabric or Leather assignment of each seat are also unknown. The model is suitable for archviz, furniture CGI, kitchen visualization, hospitality renders, commercial interiors, and product-focused compositions.