About this asset

This modern cylindrical pendant light, a Revit family, features a sleek black housing and integrated photometric light source. This architectural pendant luminaire features a minimal, cylindrical form finished in a matte black coating. The design includes a slim suspension cable and a compact ceiling canopy, creating a clean, unobtrusive profile suitable for varied interior applications. The geometry is straightforward, focusing on the functional cylinder that houses the light source. The family includes a visible light-emitting sphere within the Revit environment, representing the photometric distribution, which is essential for accurate lighting calculations and visual coordination during the design development phase of a project.

The download is a 799 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.

Architects and lighting designers can load this family directly into a Revit project, hosting it to a ceiling plane. Once placed, users can adjust the mounting height via the offset parameter to suit specific ceiling elevations. The light source is pre-configured, allowing for quick integration into interior lighting plans and rendering workflows. Users should ensure the photometric file is correctly mapped to achieve accurate light output and distribution patterns in both plan views and interior renderings.

Ideal for residential dining areas, modern commercial lobbies, or hospitality settings, this pendant light offers a versatile aesthetic that complements contemporary architectural styles. Professionals frequently specify this type of fixture for task lighting over kitchen islands or as a decorative element in high-ceiling circulation spaces. It pairs well with other minimalist fixtures and is suitable for all project stages from conceptual lighting layouts to final documentation, ensuring consistent visual representation and technical performance across the entire building model.