About this asset

This Revit family provides a standard concrete curb and gutter corner component for precise site and landscape modelling. The component features a standard L-shaped configuration designed for intersection detailing in site plans. It includes a raised vertical curb section integrated with a recessed gutter channel, maintaining a consistent profile throughout the corner transition. The geometry is clean and simplified, focusing on the essential cross-section required for civil site documentation. It is constructed from a uniform concrete material, suitable for standard rendering or technical site plans. The model provides a clean ninety-degree junction, essential for accurately connecting linear curb runs in complex site layouts and drainage design projects.

The download is a 164 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.

To integrate this component into a project, load the family into your site model and align it with the existing curb line. Use the rotation tool to orient the corner correctly at intersections. Since this is a standard Revit family, it can be hosted or placed directly on the site topography or sub-region. Ensure that the material is mapped to your project's global concrete finish to maintain visual consistency across all site elements and hardscape surfaces.

This corner unit is intended for use in residential developments, industrial parks, and urban infrastructure projects where road and path boundaries require detailed definition. It is essential for site engineers and landscape architects who need to accurately model drainage paths and intersection geometry. Professionals searching for this component will typically look for kerb and gutter details, site drainage solutions, or road construction elements. It pairs effectively with standard road surfacing materials and site grading tools to complete detailed external environment models.