About this asset

This Revit profile family provides the precise sectional geometry for the Lysaght Quad Series Gutter, designed for roof drainage. The profile features the characteristic Quad gutter shape, defined by a vertical back edge, a flat base, and a rounded front face that transitions into a rolled bead edge. This geometry is essential for accurate modelling of rainwater systems in Revit, ensuring correct visual representation and scheduling of metal guttering components. The clean lines of the profile allow for seamless integration with roof edge conditions, providing a standard aesthetic for both residential and industrial roofing applications. It captures the specific curvature and proportions required for accurate architectural documentation and detailing of eaves.

The download is a 72 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.

In Revit, this profile family is typically loaded into a project and used as a nested profile within a gutter sweep or a hosted gutter family. Architects can assign material parameters to the profile to match specific metal finishes or powder-coated colours. It is best practice to align the profile origin with the roof edge or fascia board to ensure accurate placement when creating gutter runs along roof perimeters or complex drainage layouts.

This asset is essential for residential and commercial roofing projects requiring precise rainwater management detailing. It is commonly used during the design development and construction documentation phases to generate accurate roof drainage plans and sections. Professionals will find this useful when coordinating gutter runs with fascia boards and downpipe locations. Search for this component when specifying standard metal gutter profiles for roof drainage systems, ensuring compatibility with standard steel roofing assemblies and typical Australian-style building construction details.