About this asset

This contemporary round flush mount ceiling light is a Revit family featuring adjustable studio light offset parameters for precision. This round flush mount ceiling light is designed for direct mounting to interior ceiling surfaces. The fixture features a classic circular geometry, typically comprised of a metal base plate supporting a glass diffuser. The form is minimalist and unobtrusive, intended for high-frequency use in circulation spaces or functional rooms. The Revit family includes integrated photometrics, allowing for the simulation of light output and intensity. The geometry is clean and lightweight, ensuring minimal impact on model performance while providing a visually accurate representation of a standard surface-mounted dome light within your reflected ceiling plans.

The download is a 440 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.

To integrate this fixture into your Revit model, load the family into your project and use the 'Place on Face' tool to snap the component directly to your ceiling elements. Adjust the studio light offset parameter within the type properties to fine-tune the light source position relative to the fixture geometry. Ensure your project's electrical settings are configured to recognise the fixture's load data for accurate scheduling and circuiting within your MEP documentation workflows.

This luminaire is well-suited for general illumination across residential, commercial, and hospitality projects. It is an ideal choice for corridors, utility rooms, closets, or any space requiring a low-profile, clean-lined lighting solution. Designers often pair this fixture with recessed downlights to create layered lighting schemes in apartments or office lobbies. Search for this asset when specifying standard lighting for interior ceiling layouts, looking for reliable, non-branded components that offer flexibility in both plan and 3D views.