About this asset

This parametric Fink truss Revit family provides adjustable structural framing for roof assemblies with variable span and slope settings. The structural component is a classic Fink truss configuration, engineered for standard residential or light industrial roof framing applications. It features a primary top chord assembly, a horizontal bottom chord, and a series of web members arranged in a W-pattern to distribute loads effectively. The geometry is fully defined by parametric constraints, allowing users to manipulate the bottom chord span, overall roof slope, and individual overhang dimensions. All joints are represented as clean intersections, suitable for clear documentation within structural plans and sections where detailed timber framing layouts are required for construction.

The download is a 471 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 family into your Revit project environment and place it within the structural framing category. Use the instance or type parameters to adjust the span and pitch to match your specific roof geometry. The truss is designed to host structural framing elements, allowing for seamless integration with existing roof planes. Ensure that your project levels and reference planes are correctly established to allow the truss to snap accurately to the intended roof bearing points.

Ideal for residential roof framing, this truss family is essential for architects and structural engineers developing detailed timber roof structures. It is particularly useful during the design development and construction documentation phases when precise roof geometry and structural coordination are required. Professionals can leverage this asset for both pitched roof designs and industrial shed structures. It pairs effectively with standard structural timber profiles and roof decking systems, providing a reliable foundation for accurate material take-offs and structural analysis within the BIM workflow.