About this asset

This industrial SketchUp model of a white metal and timber bar stool features a simple round seat and a functional foot ring. This bar stool features a minimalist industrial design, characterised by a circular timber seat atop a white-finished tubular metal frame. The structure includes three legs angled outwards for stability, connected by a circular footrest ring that wraps around the base. A central column supports the seat, suggesting a swivel or adjustable mechanism typical of workshop-style seating. The proportions are compact, making it suitable for tight spaces. The contrast between the warm natural wood grain of the seat and the clean, matte white finish of the metal frame provides a balanced, contemporary aesthetic for various interior styles.

The download is a 1.4 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model is organised with clean geometry, allowing for easy material replacement or texture scaling on the seat. Users can quickly insert the component into a project, using the base as a snapping point for alignment with kitchen islands or bar counters. The file size is optimised for efficient rendering, ensuring smooth performance when duplicating multiple units across a larger floor plan. Ensure the component axis is correctly placed at the base for easy rotation and placement within your scene.

Ideal for kitchen islands, breakfast bars, and high-top dining areas, this stool fits seamlessly into residential, cafe, and retail environments. It complements modern, industrial, or scandinavian interior design schemes where a functional, unobtrusive seating option is required. Professionals often search for this type of asset when visualising open-plan living spaces, coffee shops, or break-out areas in modern offices. Its neutral colour palette allows it to pair effectively with concrete, brick, or timber textures in various architectural visualisation projects.