
This asymmetric timber mono-pitch roof truss is a Revit family featuring a sloping rafter configuration for structural roof framing. Engineered for mono-pitch roof applications, this asymmetric timber truss features a primary rafter slope supported by a series of vertical and diagonal web members. The assembly is constructed from standard rectangular timber sections, providing a rigid structural frame for residential or light-industrial roofing. The design includes a bottom chord, a single raking top chord, and intermediate vertical and diagonal struts arranged to distribute loads across the span. Its geometry is specifically intended for single-slope roof profiles, ensuring consistent spacing and alignment for rafters or secondary purlin supports across a structural building model.
The download is a 184 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 directly into a Revit project environment under the Structural Framing category. Once placed, the truss can be aligned to grid lines or reference planes to define roof geometry. Users should map the timber material parameters to project-specific wood species for accurate scheduling and material take-offs. The model is designed to be arrayed along the building length, allowing for efficient generation of complex roof structures while maintaining the ability to adjust pitch and span dimensions via instance parameters.
Asymmetric Timber Mono-Pitch Roof Truss
Free
Ideal for residential roof construction, this truss system is suitable for projects requiring mono-pitch or lean-to roof designs. It is commonly utilized in the schematic and detailed design stages of timber-framed houses, workshops, and garden structures. Professionals can integrate this asset into structural models to generate accurate framing layouts, section details, and roof schedules. It pairs well with generic structural roof decking and insulation layers, providing a reliable basis for calculating material quantities and verifying structural clearance in complex architectural building models.
File formats
What changed in 1.0
Initial release.
Free to use in personal and commercial projects, including paid client work.
Covers 1 seat.