About this asset

This contemporary green velvet bar stool for 3ds Max features a sleek metal frame and a curved, comfortable upholstered backrest. This contemporary bar stool is defined by its minimalist metal frame and plush upholstered seat. The piece features a deep green velvet finish on both the seat pad and the wrap-around backrest, providing a soft contrast to the slender dark metal legs. The structural design includes a simple four-leg configuration braced by horizontal footrests on three sides, ensuring stability and refined proportions. The curved backrest offers lumbar support while maintaining a low-profile silhouette suitable for modern interiors. Its clean lines and tactile material combination make it a versatile seating option for various high-end environments.

The download is a 3 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.

When integrating this 3ds Max asset into a project, ensure the pivot point is correctly aligned at the base of the legs for easy placement on floor geometry. The model is structured with logical layer naming, allowing for quick selection of the metal frame and velvet upholstery elements. Users can easily adjust the material parameters to match specific lighting conditions or apply custom PBR maps to the fabric nodes for enhanced detail in close-up architectural visualisations.

This bar stool is ideal for residential kitchen islands, breakfast bars, and high-end hospitality projects such as boutique hotel bars or upscale cafes. It pairs effectively with stone or timber surfaces, offering a sophisticated seating solution for counter-height tables. Designers often use this type of stool in contemporary dining areas or breakout zones within office interiors. Search for this item when specifying luxury residential kitchen seating or searching for refined, upholstered bar furniture to complement a modern, minimalist, or contemporary interior scheme.