Contemporary Clear Acrylic and Black Bar Stool

This contemporary 3ds Max bar stool features a transparent acrylic shell and a black upholstered seat on a sleek pedestal base. Defined by its sculptural silhouette, this bar stool combines a transparent, organic-shaped acrylic shell with a contrasting black fabric-upholstered seat cushion. The single-pedestal base, finished in a matte black metal, provides a stable, minimalist foundation that complements the lightness of the upper structure. The fluid, curved lines of the seat shell offer ergonomic support while maintaining a high-end visual profile. This piece is designed for clean, modern interiors where transparency and bold, dark accents are required to balance the overall spatial composition, providing a refined seating option for elevated bar or counter areas.

The download is a 7.1 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, merge the file into your project and assign the provided material IDs to the respective components. Ensure the pivot point is set to the base for easy placement on floor planes. Use standard lighting setups to capture the light refraction through the acrylic shell, ensuring that glass or transparency settings are correctly adjusted in your material editor to maintain the intended visual clarity and depth of the seat construction.

This bar stool is a sophisticated choice for high-end residential kitchen islands, boutique hotel cocktail bars, and modern commercial break-out spaces. It pairs effectively with minimalist stone or metal countertops and works well in projects requiring a balance of transparency and solid, dark elements. Designers often specify this style when looking for a statement piece that maintains an open, airy feel in smaller floor plans. Search for this item when sourcing contemporary, sculptural seating for refined interior design and architectural visualization projects.