About this asset

This Cold Spring Granite three-way wash coping is a Revit family component designed for precise masonry wall capping applications. This stone coping element features a three-way wash profile, engineered to shed water effectively away from the wall structure. The geometry is defined by a central ridge that slopes down to three sides, ensuring consistent drainage across the top surface. Finished in a neutral grey, the component exhibits clean, sharp lines suitable for modern masonry detailing. The underside includes a drip groove to prevent water runoff from staining the wall face beneath. Its durable, solid appearance is representative of Cold Spring Granite, providing a robust finish for parapets, garden walls, and retaining structures.

The download is a 328 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 is typically deployed as a hosted component or a mass element along the top of wall assemblies. Users can align the coping with wall edges using standard modification tools to ensure accurate placement. Adjusting the length and profile settings allows for integration into custom wall lengths. Material parameters can be assigned to the stone surface to reflect specific granite finishes or colours, ensuring accurate scheduling and visual representation within site plans and exterior elevation views.

This coping is essential for professional masonry detailing in residential, commercial, and landscape architecture projects. It is commonly specified for parapets on flat roofs, garden retaining walls, and low-level boundary walls where water management is a critical design requirement. Professionals often search for this component when detailing exterior building envelopes or hardscape features. It pairs effectively with stone or brick veneer wall systems, providing a clean, professional termination point that protects the underlying structure from moisture ingress and long-term weathering.