About this asset

This modern cylindrical wall sconce, a Revit family, features a sleek metal finish and provides dual up-down illumination. This wall-mounted luminaire features a simple, clean cylindrical housing constructed from metal with a neutral grey finish. The design follows a minimalist aesthetic, focusing on functional geometry rather than ornate detailing. It is configured as an up-down light, casting illumination both upwards and downwards against the mounting surface to create a subtle wash effect. The fixture attaches to the wall via a small rectangular bracket, keeping the profile tight and unobtrusive. Its proportions are balanced, suitable for various architectural applications where a clean, contemporary lighting solution is required.

The download is a 471 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.

As a wall-hosted Revit family, this fixture is designed for direct placement onto vertical surfaces such as walls or columns. Users should load the component into their project, then use the 'Component' tool to snap the light to the desired face. Once placed, the light source parameters can be adjusted within the family properties to control intensity and colour temperature, ensuring the lighting simulation correctly reflects the intended design intent during rendering or daylight analysis.

This sconce is well-suited for both interior and exterior applications, including residential corridors, hotel lobbies, and commercial building facades. It pairs effectively with modern concrete, stone, or plaster wall finishes. Professionals often specify this type of fixture for architectural accent lighting, where the beam spread highlights vertical textures or structural elements. When searching for this asset, practitioners might look for terms like wall-mounted sconce, architectural lighting, or exterior wall light to integrate into their Revit project models.