About this asset

This Revit family provides a Chicago style metal baluster for railing assemblies, featuring a vertical flat-bar profile with integrated glass-clip mounts. The baluster features a clean, modern aesthetic defined by a vertical flat-bar stem. It includes two sets of integrated cylindrical glass-clip mounts located at the upper and lower sections, designed to support infill panels securely. A flat, rectangular base plate ensures a stable connection to the stair stringer or floor slab. The geometry is streamlined and precise, reflecting a typical industrial or contemporary railing system. This component is designed for seamless integration into standard Revit railing families, allowing for consistent detailing across architectural stair and balcony projects.

The download is a 205 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load this component into your project as a nested family within a railing baluster pattern. Once loaded, access the railing type properties to assign this family to the baluster placement settings. Adjust the spacing, offset, and base/top constraints to align with your specific stair or landing design. You can modify the material parameters within the family editor to match your project's metal finishes, such as stainless steel or powder-coated aluminium, ensuring accurate schedules and visual representations.

This baluster is suitable for use in high-traffic commercial, office, or residential staircases where a minimalist aesthetic is required. It pairs effectively with glass infill panels to create transparent, safe, and code-compliant railing systems. Professionals often search for this type of hardware when detailing egress stairs, atrium voids, or mezzanine edges in contemporary building projects. It is a versatile choice for architects and interior designers working on projects that demand a refined, industrial-inspired look for circulation paths and elevated platforms.