About this asset

This suspended metal grid ceiling system for SketchUp provides a detailed structural framework for exposed technical ceiling designs. The model represents a modular suspended ceiling grid, constructed from a series of interconnected metal channels and support profiles. The geometry features a high-density, rectangular framework that mimics the structural logic of a standard exposed technical ceiling installation. It includes primary runners and secondary cross-tees arranged in a consistent, repeating pattern, suitable for rendering environments where exposed MEP services or industrial aesthetics are required. The overall form is flat and rectilinear, designed to be mounted as a structural ceiling plane within larger architectural volumes or warehouse-style interior spaces.

The download is a 5 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this component is best handled as a group or component instance for easy placement across large ceiling planes. Users can scale the grid to fit specific room dimensions or adjust the material mapping to simulate different metal finishes like galvanized or powder-coated steel. Because the geometry is relatively dense, it is advisable to place this on a dedicated layer to manage viewport performance during the modeling process. It serves well as a base for adding lighting fixtures or cable trays.

This grid system is ideal for industrial-style commercial projects, modern office fit-outs, or retail showrooms where an open-ceiling aesthetic is desired. It pairs effectively with exposed ductwork, cable trays, and pendant lighting to create a cohesive technical look. Professionals typically search for this asset when detailing high-ceiling spaces, loft conversions, or contemporary workspaces that require a raw, structural finish. It is useful in early design development stages to establish the ceiling datum and coordinate MEP service routing within the structural plenum.