About this asset

This modular industrial fire escape set features black steel components including grated platforms, straight ladders, and stairs. Comprised of four distinct modular components, this system provides a robust solution for external egress. The set includes two horizontal platform sections with welded vertical-bar railings and a non-slip grated flooring surface. Additionally, it features a long, single-flight staircase with handrails and a vertical ladder assembly for high-level access. The design emphasizes a functional, utilitarian aesthetic consistent with urban fire safety requirements. Each component is finished in a uniform black, reflecting standard industrial powder-coated metal finishes. The geometry is clean and precise, suitable for detailed architectural site plans or exterior visualisations.

The download is a 387 MB compressed archive with the model in BLEND, FBX and GLTF format holding 4 separate objects.

This asset is best utilised by assembling the modular components to suit the specific height and layout of a building facade. In software, these elements can be linked or grouped to allow for easy repositioning along vertical surfaces. Users should ensure the pivot points are correctly aligned to the wall connection brackets for efficient placement. The provided textures allow for adjustments to weathering or paint wear, which can be mapped to achieve a realistic, aged appearance in external render environments.

These components are essential for exterior detailing in urban design projects, particularly for industrial, residential, or commercial building facades requiring fire safety compliance. They integrate effectively into site models and architectural visualisations, providing realistic egress solutions that pair well with brick or concrete wall textures. Professionals typically search for these as part of site infrastructure or exterior safety kits when detailing back-of-house areas, service alleys, or heritage building retrofits where external fire escapes are a common feature.