Olive Green Dining Set – Turned Leg Table & Crossback Chairs 3D Model

The Olive Green Dining Set – Turned Leg Table & Crossback Chairs is a Classic Contemporary furniture composition defined by its muted olive finish, rectangular tabletop and restrained traditional detailing. The strongest identifying feature is the combination of decorative turned sections on the table legs with simple crossback chairs finished in the same green tone. This unified color treatment gives the set a calm, cohesive appearance while allowing the silhouettes and joinery-inspired forms to remain visually clear. The table balances a straightforward rectangular top with more expressive leg profiles, while the chairs introduce familiar X-shaped back details that reference traditional dining furniture without making the composition feel heavily ornamental.

The supplied material information identifies Wood as the primary material. Visually, the table has a broad rectangular top with a slightly projecting edge and a substantial apron running beneath it. Its legs transition from squared upper blocks into rounded turned sections before tapering toward the floor, adding a subtle handcrafted character to the otherwise simple geometry. The accompanying chairs use straight front and rear supports, solid seats and crossback structures formed by intersecting diagonal members. A slightly curved upper rail softens the chair silhouette and visually connects it with the rounded detailing of the table legs. The exact wood species, joinery method, surface coating, dimensions and structural specifications cannot be verified from the supplied image and are therefore not assumed.

This table and chair set is suitable for Living Room, Kitchen, Cafe, Commercial and Office interiors where a familiar dining form with a softer contemporary color treatment is desired. The muted olive green works naturally with warm white walls, beige plaster, light stone, natural wood flooring, terracotta accents and subdued metal finishes. Its rectangular format makes it practical for linear dining layouts, kitchen dining zones, cafe seating arrangements and meeting areas. Because the chairs maintain relatively open backs, the set can define a dining zone without creating excessive visual density, while the table provides a generous central surface for meals, work or informal gatherings.

For Archviz and CGI workflows, the model offers a complete dining furniture group that can quickly establish scale and spatial organization in an interior scene. The rectangular tabletop creates a clear horizontal anchor, while the turned leg details remain readable in medium and closer camera views. Crossback chair geometry adds recognizable secondary shapes around the table and can help create depth when chairs overlap from three-quarter perspectives. The set can be combined with pendant lighting, tableware, rugs, curtains, wall moldings, cabinetry or decorative objects to build residential, cafe or commercial dining scenes with a consistent Classic Contemporary character.

From an interior design perspective, the set works well in spaces that combine traditional furniture references with simplified modern palettes. The olive finish reduces the visual contrast between individual parts and lets proportion, leg shaping and chair-back geometry carry the design. This makes the group suitable for transitional interiors, cottage-inspired kitchens, restrained farmhouse settings and contemporary spaces that use heritage forms selectively. Its monochromatic treatment can also act as a gentle color accent without dominating surrounding architectural finishes.

The provided technical information associates the model with 3D's Max and Corona Renderer. No downloadable file formats are specified, so file_types remains empty. Polygon count, topology, UV layout, texture resolution, object hierarchy, exact real-world dimensions and construction details are not visible in the supplied reference and should not be inferred. For Archviz production, verify model scale after import and review material response, lighting, reflections and shadow behavior according to the target scene and render conditions.