About this asset

This modular industrial ventilation set features circular corrugated air ducts, intake fans, and suspension hangers in a dark metal finish. Comprising seven distinct components, this collection provides a comprehensive kit for modelling exposed mechanical ventilation systems. The set includes various lengths of smooth and corrugated circular ducts, transition pieces, a square-framed intake axial fan, and adjustable ceiling suspension hardware. The components are finished in a weathered, dark metallic grey, suggesting a robust industrial aesthetic. The geometry covers both straight runs and junction points, allowing for versatile configurations in open-plan spaces where services are intended to be visible. Each piece maintains consistent scaling, facilitating seamless assembly within a larger MEP model or architectural scene.

The download is a 41.3 MB compressed archive with the model in BLEND, FBX and GLTF format holding 7 separate objects.

Professionals can integrate these assets by appending the collection into their native software environment as a modular library. The individual components are designed for easy snapping and alignment along standard duct paths. Users should apply the provided PBR textures to ensure realistic light interaction on the metallic surfaces. Given the modular nature of the parts, they are best managed by grouping or nesting within a dedicated layer, allowing for efficient toggling and adjustment during the layout phase of a project.

These air ducts are essential for high-fidelity visualisations of industrial-style loft apartments, contemporary creative offices, and retail showrooms where the building services are exposed as a design feature. They pair effectively with raw concrete or brick interiors and high-ceiling environments. Architects and visualisers frequently search for this type of detailed MEP equipment to add authenticity to technical interior renders. The set is particularly useful for mid-stage design development where the aesthetic integration of mechanical systems is a primary focus.