About this asset

This timber pergola rafter is a native Revit family featuring a decorative curved tail design for classic exterior structures. Designed for structural or aesthetic use in exterior timber framing, this rafter component features a distinct decorative profile on one end. The profile incorporates a smooth, sweeping curve that transitions from the main beam depth to a tapered tail, providing a traditional aesthetic suitable for pergolas and garden structures. The geometry is clean and simple, representing standard dimensional lumber with a refined edge detail. The length and depth can be adjusted within the family parameters to suit various span requirements, making it a versatile component for custom outdoor architectural projects.

The download is a 317 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.

Users can load this RFA file directly into a project or structural template. Once placed, the rafter can be arrayed along a beam system or manually positioned to suit the required spacing. Because it is a native Revit family, users can easily adjust the material parameters to match specific wood species or finishes. It is recommended to use this in conjunction with reference planes for precise alignment and to ensure the decorative tails are oriented correctly in plan and section views.

This component is ideal for residential landscaping, garden design, and outdoor living area projects. It is specifically suited for architects and designers detailing custom pergolas, covered walkways, or verandas where a traditional timber aesthetic is required. Professionals will find this useful during the design development and construction documentation phases, as it provides a realistic representation of decorative timber framing. It pairs effectively with timber posts and cross-beams, allowing for a cohesive structural assembly in both 3D visualisations and detailed elevation drawings.