About this asset

This industrial Revit family features a sage-coloured steel mesh enclosure designed for secure outdoor waste container storage. Constructed from a robust tubular steel frame with integrated wire mesh infill panels, this enclosure provides a secure, ventilated solution for waste management areas. The structure features a pitched roof design with modular bays, supported by vertical steel posts. It includes hinged access gates for easy entry and container placement. The sage-green powder-coated finish provides weather resistance while maintaining a clean, professional appearance suitable for residential, commercial, or industrial site layouts. The modular geometry allows for clear sightlines and airflow, essential for maintaining hygienic external bin storage zones in busy urban environments.

The download is a 2.8 MB 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.

As a native Revit family, this enclosure should be placed on a level site plan or a dedicated hardscape area within your project model. Users can easily adjust the footprint by modifying the length or width parameters if provided, or by simply duplicating the family to extend the bays. It is best managed on a specific 'Site' or 'External Furniture' workset to ensure visibility settings are appropriately controlled across various site plans and 3D perspectives.

Ideal for multi-residential developments, office complexes, and industrial parks, this enclosure is a standard requirement for concealing refuse collection points. It pairs effectively with site-specific paving, bollards, and landscape elements to create tidy and secure service zones. Professionals searching for 'bin store', 'waste enclosure', or 'secure site storage' will find this model essential for technical site documentation and high-quality exterior visualisations where site cleanliness and security are key project considerations during the planning and design stages.