Wall-Mounted Red Metal Fire Extinguisher Box

This wall-mounted red metal fire extinguisher box is a Revit family featuring a glazed front panel with emergency text. Constructed from powder-coated red sheet metal, this functional safety cabinet is designed for surface-mounting. The front face features a large, grid-patterned glazed panel, clearly displaying the internal fire hose and nozzle. The glass is printed with the standard safety instruction text, 'In Case of Fire, Break the Glass.' The cabinet body includes side ventilation slots, ensuring the unit remains visible and accessible in corridors or stairwells. Its proportions are utilitarian, providing sufficient internal volume for standard fire-fighting equipment while maintaining a compact footprint suitable for installation within egress routes.

The download is a 881 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 on vertical surfaces, such as corridor walls or stairwell enclosures. Users should load the component into the project and utilise the standard placement tools to attach it to the desired wall host. The model is lightweight, making it suitable for inclusion in large-scale building models without impacting performance. Ensure the family is placed at the correct height relative to local building codes for accessibility and emergency visibility.

This asset is essential for interior detailing in commercial office buildings, industrial facilities, and residential apartment complexes where fire safety compliance is mandatory. It is typically specified during the construction documentation phase to ensure life safety equipment is correctly located and scheduled. Professionals looking to enhance the realism of egress plans, corridor views, and facility management models will find this component useful for meeting regulatory documentation requirements and visualising safety compliance in building information models.