Traditional Arched Timber Garden Bridge

This traditional arched timber garden bridge is a Revit family featuring a curved deck and simple post-and-rail balustrades. Designed for exterior landscape applications, this traditional garden bridge features a pronounced arched timber deck supported by longitudinal beams. The walking surface consists of individual timber planks laid perpendicular to the span. The balustrade system is minimalist, comprising vertical timber posts with two horizontal rails running the length of the arch on both sides. The form is classic in its proportions, intended for crossing small water features or dry landscape beds. The construction appears to be standard timber joinery, focusing on clean lines and a rustic, natural aesthetic suitable for residential garden settings.

The download is a 287 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.

As a native Revit family, this bridge is intended for placement within site plans or 3D landscape views. Users can load the RFA file directly into their project environment and host it at the desired ground level or over a modeled water body. Materials can be assigned to the timber components via the family parameters to match specific project finishes. It is recommended to use the bridge in conjunction with site-specific topography to ensure the abutments sit flush with the terrain.

This asset is ideal for residential landscape design, park planning, and hospitality projects where a decorative crossing is required. It pairs well with water features, Japanese-style gardens, or naturalistic planting schemes. Professionals searching for 'garden bridge', 'pedestrian crossing', or 'landscape feature' will find this component useful for enhancing the visual depth of site models during the concept and design development stages. It provides a simple yet effective way to add scale and functionality to external site environments in BIM workflows.