About this asset

This traditional wall sconce Revit family features a schoolhouse-style glass shade mounted on a simple dark metal arm. The Ashland Wall Sconce presents a classic aesthetic defined by its characteristic schoolhouse-style glass shade. The fixture is supported by a slender, straight metal arm that connects to a circular wall-mounting plate. The shade features a flared, rounded profile that tapers towards the base, providing a soft, diffused light output. Finished in a matte dark tone, the metal components contrast effectively against the semi-opaque white glass. The proportions are balanced, making it suitable for both task and ambient lighting applications in various interior settings where a vintage or traditional look is desired.

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.

Designed as a face-based family for Revit, this wall sconce is intended to be hosted directly onto vertical surfaces such as walls or columns. Users can easily load the file into a project and snap it to the desired host. The light source is pre-configured, allowing for accurate integration into lighting calculations and rendering workflows. Ensure the material parameters are correctly mapped to your project template to maintain visual consistency across your interior schedules and reflected ceiling or wall plans.

This fixture is well-suited for traditional or farmhouse-style residential projects, particularly in hallways, bedrooms, or bathrooms where a classic look is preferred. It also serves as an effective accent light in hospitality settings like corridors or bedside applications. Professionals searching for period-inspired wall lighting will find this asset useful for creating warm, inviting atmospheres. It pairs well with neutral palettes and wood-toned finishes, providing a timeless detail that enhances the overall character of a space during the design development phase.