About this asset

Industrial steel sliding fence gate with integrated housing, provided as a native Revit family for site perimeter security design. This industrial sliding gate features a robust chain-link mesh panel construction, reinforced by a steel frame. It is paired with a matching metal-clad housing unit designed to conceal the gate mechanism when retracted. The vertical orientation of the cladding on the housing provides a clean, uniform aesthetic that integrates with standard industrial fencing systems. The assembly is built for durability and functional site control, offering a clear visual representation of a high-security boundary solution. The geometry includes the gate panel, support structure, and the housing enclosure, making it a complete unit for site planning.

The download is a 461 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 intended for placement within site plans and exterior landscape models. Users can load this component into the project environment and snap it to existing property lines or site boundaries. The family allows for adjustment of the gate position relative to the housing to demonstrate open or closed states. Material parameters can be assigned to the steel frame and mesh to match project-specific finishes, ensuring consistent rendering and documentation across site layout drawings.

This gate is suitable for industrial facilities, logistics centres, and secure storage yards where perimeter control is essential. It pairs effectively with standard chain-link fencing and concrete boundary walls. Architects and site engineers will find this asset useful during the schematic design and design development phases for setting out site access points. Search for this component when specifying security infrastructure, site boundary treatments, or industrial facility access solutions in Revit projects requiring high-fidelity site modelling and clear circulation paths.