About this asset

This Revit family provides a trapezoidal slanted beam, designed for structural framing applications in complex building projects. The component features a distinct trapezoidal cross-section, specifically engineered for applications requiring non-orthogonal structural support. Its geometry facilitates clean intersections in slanted or pitched roof assemblies and sloped floor systems. The form is clean and extruded, maintaining a consistent profile along its length, which allows for precise alignment in structural grids. The design prioritises structural efficiency, providing a robust member that can be utilised in both primary and secondary framing scenarios. Its clean lines and simple geometry ensure it integrates seamlessly with standard structural concrete or steel framing workflows.

The download is a 430 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 family functions as a structural framing component, allowing users to host it on reference planes or grid lines. Users should load the RFA into their project and utilise the beam tool to define the start and end points. The profile is designed to be easily manipulated using standard Revit properties, allowing for adjustments in length and rotation to match the intended pitch or slope of the structural assembly.

This beam is suited for advanced structural modelling in commercial, industrial, or infrastructure projects where non-standard geometries are required. It is particularly useful for modelling slanted roof supports, rake beams, or complex framing in sculptural architectural designs. Architects and structural engineers can use this component to resolve geometry in projects featuring non-parallel structural members. It pairs well with standard concrete or steel column families and is essential for achieving accurate structural documentation in projects with complex, non-orthogonal load-bearing requirements.