About this asset

This 3ds Max model of a backless rattan bar stool features an organic, slatted seat design suitable for warm, textural interior schemes. Constructed from bent rattan, this backless bar stool showcases a light, airy aesthetic defined by its tubular structure and woven detailing. The circular seat is composed of parallel slats, creating a rhythmic pattern that contrasts with the curved framework. A matching circular footrest is integrated into the four-legged base, providing structural stability and functional support. The natural wood finish highlights the inherent texture of the material, making it an ideal choice for spaces that favour organic, minimalist, or wabi-sabi design principles. The proportions are balanced, offering a lightweight profile that avoids visual clutter.

The download is a 17.9 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

This asset is provided as a native 3ds Max file, ready for integration into your scene. When importing, ensure the model is placed on a dedicated layer to manage visibility efficiently. The geometry uses standard mapping, allowing for quick material adjustments if you need to refine the rattan finish to match your specific lighting environment. Scale the object relative to your kitchen island or bar counter height to maintain accurate ergonomic proportions within your interior visualisations.

This stool is well-suited for residential kitchen islands, breakfast nooks, or informal bar settings in hospitality projects like cafes and boutique hotels. Its natural aesthetic pairs effectively with stone countertops, timber flooring, or neutral palettes, adding a layer of warmth and tactile interest. Designers often search for this type of seating when specifying furniture for tropical, scandinavian, or contemporary interiors. It fits seamlessly into projects requiring a relaxed, approachable atmosphere where light-toned, natural materials are preferred to soften hard architectural lines.