About this asset

This straight concrete curb with integrated gutter is a Revit family component designed for detailed site modelling and road layouts. The element features a standard grey concrete profile combining a raised vertical curb section with a flat horizontal gutter base. The geometry is clean and utilitarian, suitable for defining road edges, parking bays, or pedestrian walkways within a site plan. The profile maintains a consistent section throughout its length, providing a realistic representation of cast-in-place concrete infrastructure. The design is focused on functional accuracy, ensuring that the transition between the curb face and the gutter pan is clearly defined for precise visual and technical documentation in site-wide project models.

The download is a 154 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 used as a line-based component or placed along paths to define site boundaries. Users can adjust the length parameter to suit specific site conditions, ensuring the curb follows the required road geometry. It is best managed within a dedicated site workset to maintain model performance. Materials can be assigned to the concrete category to match project-specific rendering standards or schedule requirements for quantity take-offs across large-scale infrastructure projects.

This component is essential for architects and civil engineers working on residential developments, commercial parking facilities, and urban streetscape projects. It integrates seamlessly into site plans, providing the necessary detail for road engineering and drainage planning. Professionals can use this asset during the schematic design phase through to construction documentation. It pairs effectively with road surfacing, asphalt textures, and paving materials, making it a reliable choice for accurate site modelling and realistic exterior visualisations when defining traffic and pedestrian zones.