Contemporary Red Velvet Bar Stool with Tapered Legs

This contemporary 3ds Max bar stool features a vibrant red velvet seat with a sculpted backrest and sleek black tapered legs. Defined by its striking profile, this bar stool pairs a deep red velvet upholstered seat with a distinctive, low-slung, wraparound backrest. The seat cushion is substantial and well-proportioned, providing comfort and visual weight. It is supported by four slender, slightly tapered legs finished in a matte black, which are connected by a minimalist rectangular footrest frame. The base of each leg is capped with a metallic gold detail, adding a refined accent. The interplay between the soft textile, dark timber-look structure, and bright metal hardware creates a sophisticated, balanced aesthetic suitable for high-end interiors.

The download is a 12.7 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.

To integrate this asset into a 3ds Max scene, use the standard merge command to import the model into your active project file. Ensure the pivot point is set to the base of the legs for accurate placement on floor surfaces. Apply your preferred materials to the velvet and metallic components to suit your project lighting. The model is organised with logical layer naming, allowing for easy selection and adjustment of individual elements such as the seat upholstery or the footrest frame during the final render setup.

Ideal for residential kitchen islands, breakfast bars, or boutique hospitality venues like cocktail bars and luxury cafes, this piece works well in settings requiring a touch of colour and elegance. It pairs seamlessly with stone-topped counters or dark wood bar surfaces. Professionals searching for high-end bar seating, velvet upholstered stools, or contemporary furniture with metallic detailing will find this model a versatile addition to their libraries for both concept design and final presentation stages of a project.