About this asset

This face-based void family for Revit is a utility component designed to cut through host geometry with adjustable width and height. This utility family is engineered as a face-based void, providing a clean method for creating cutouts in walls, floors, or ceiling assemblies. The geometry is defined by simple rectangular extrusion parameters, allowing users to precisely control the opening size through width and height dimensions. It is a non-visible, functional component intended to interact with host elements in a project environment. By utilizing a face-based host, this void can be placed on any planar surface, offering flexibility for custom architectural openings that standard wall or floor tools may not easily accommodate.

The download is a 307 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 implement this component, load the family into your project and use the place-on-face tool to position it on the desired host element. Once placed, use the cut geometry command to link the void with the host object. The dimensions are managed via the properties palette, where you can modify the width and height parameters to suit specific opening requirements. Always ensure the void depth is sufficient to penetrate the entire thickness of the host element for clean results.

This component is essential for AEC professionals working on complex building projects where non-standard voids are required. It is frequently employed in residential, office, and industrial designs to create custom niches, wall recesses, or service openings in structural elements. Architects and BIM managers will find this tool useful for detailing facade cutouts or interior wall modifications that demand high precision. It pairs effectively with standard building elements, allowing for rapid iteration during the design development and documentation stages of a project.