About this asset

This Revit family provides two distinct metal roof barge flashing profiles for detailed construction documentation in section views. These roof barge flashings are provided as a native Revit detail component family, offering two specific sectional profiles for architectural detailing. The first profile includes a stepped design suitable for complex verge or barge board junctions, while the second provides a clean, standard angle profile for simpler roof edge terminations. Both profiles feature precise bends and drip edges typical of folded sheet metal construction. These components are designed for 2D drafting and documentation, ensuring accurate representation of roof-to-wall interfaces within construction sets without the overhead of complex 3D geometry.

The download is a 195 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.

Load this detail component family directly into your Revit project or drafting view to annotate roof edge conditions. Users can toggle between the two provided profile types using the instance or type parameters within the family. Because these are 2D line-based components, they should be placed directly onto drafting views or detail views to supplement wall sections and roof eaves details. Ensure the scale of the view matches the intended line weight for clear construction documentation.

These flashings are essential for residential and light industrial building projects where clear definition of roof-to-wall junctions is required. Architects and technicians will find these useful when preparing 1:5 or 1:10 scale wall sections for tender and construction packages. They are designed to be paired with common roof cladding systems, including corrugated metal or standing seam profiles. Professionals searching for 'roof edge details', 'barge flashing profiles', or 'metal flashing CAD components' will find this family highly efficient for technical detailing.