About this asset

This contemporary 3ds Max bar stool features a white upholstered seat and a slender metallic frame for a clean, minimalist aesthetic. Defined by its lightweight silhouette, this bar stool comprises a contoured, fabric-upholstered seat and a matching curved backrest. The upholstery is finished in a crisp white tone, providing a soft contrast to the slim, gold-finished metal frame. The structure includes a footrest integrated into the leg assembly, ensuring stability and user comfort. Its proportions are refined and compact, making it suitable for tight spaces without compromising on visual impact. The design avoids unnecessary detailing, focusing instead on the clean lines and the interplay between the matte fabric texture and the metallic sheen of the legs.

The download is a 1.5 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.

In 3ds Max, this model is structured with logical layering for easy selection and material assignment. Users should check the pivot point at the base of the legs for accurate placement on floor surfaces. The geometry is clean, allowing for efficient scaling to match specific counter heights. Applying custom materials to the fabric or frame is straightforward due to the standard mesh topology, while the simple form ensures quick rendering times even in complex interior scenes with multiple instances.

This piece is ideal for modern kitchen islands, breakfast counters, or high-top bar tables in residential projects. Its neutral palette and slim profile allow it to integrate seamlessly into contemporary cafe interiors, boutique hotel bars, or minimalist office break-out zones. Designers often select such stools when looking to maintain an airy, uncluttered look. It pairs effectively with stone-topped surfaces or timber counters, offering a sophisticated seating solution that balances comfort with a refined, architectural presence in any high-traffic social space.