About this asset

This vertical picket wood fence is a native Revit family component featuring a classic privacy screen design for site planning. The fence consists of a series of vertical timber pickets arranged in a continuous, flush-panel formation, punctuated at regular intervals by square-profile posts with simple cap details. The design prioritises a clean, traditional aesthetic, suitable for defining property boundaries or creating privacy within residential garden settings. The construction features consistent spacing between the slats, creating a uniform, rhythmic facade. The geometry is clean and lightweight, ensuring efficient performance within large-scale site models, while maintaining enough visual detail to be effective in both plan views and 3D perspectives.

The download is a 594 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.

This Revit family is designed for linear path placement, allowing users to draw the fence along site boundaries or property lines. Users can adjust the overall length within the project environment by extending the path, while the vertical posts and pickets maintain their spacing automatically. Materials can be assigned to the timber components via the family parameters, enabling quick updates to the finish, such as stain or paint, to match the project's exterior palette.

Ideal for residential projects, this fence is commonly used in site plans, master planning, and landscape design to delineate garden perimeters, pool enclosures, or backyard boundaries. Professionals searching for timber fencing, privacy screens, or garden enclosures will find this component highly useful for early-stage massing or detailed site documentation. It pairs well with generic planting families and exterior lighting assets to populate site models, ensuring a realistic representation of outdoor spaces during design development and client presentation phases.