About this asset

This triple double hung window is a native Revit family featuring a three-unit vertical sliding sash configuration for exterior wall apertures. The model depicts an exterior window assembly arranged in a tripartite composition. Three identical double hung bays sit side by side within an integrated outer perimeter frame, complete with a shared sill profile at the base. Each individual section includes upper and lower glazed sash frames positioned vertically within the jambs. Clean profile lines define the mullions between the three bays, creating a balanced, rhythmic opening suitable for architectural elevations. The assembly maintains clear geometric proportions with rectangular glazed lites uninterrupted by internal glazing bars, creating an unobstructed view while preserving historic sash articulation.

The download is a 113 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.

Architects and BIM technicians can load this native RFA file directly into project environments to host within exterior compound wall assemblies. As a standard window family, it cuts wall geometry automatically upon insertion and respects floor plan cutting planes. Users can align rough openings to structural grids, adjust sill heights, or assign custom subcategory glass and frame materials through the project type properties.

Well suited for residential, hospitality, and educational typologies, this multi-light unit fits exterior facades across suburban single-family homes, townhouses, and heritage-inspired developments. It coordinates effectively with standard brick, weatherboard, or rendered masonry cavity walls in both living rooms and bedroom facades. Architects frequently specify this arrangement when seeking three-gang sash windows, mulled double-hung units, or panoramic traditional fenestration that balances natural daylighting with historic vertical window proportions.