About this asset

This industrial-style ceiling fan SketchUp model features four wood-grain blades and a central caged glass light fixture. The ceiling fan showcases a robust industrial aesthetic, defined by its matte grey metal motor housing and matching downrod. Four straight-profile blades finished in a warm, dark wood grain extend from the central hub, creating a balanced silhouette. Suspended beneath the blades is a cylindrical glass light housing, protected by a minimalist metal cage frame that echoes the finish of the motor assembly. The assembly is topped with a simple circular canopy, providing a clean attachment point for ceiling mounting. Overall, the design balances functional mechanical elements with warm, tactile material finishes.

The download is a 36.3 MB file 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 model functions as a single component block, allowing for efficient placement within ceiling planes. Users should ensure the component axis is correctly aligned with the mounting surface to facilitate easy snapping. The geometry is organised into logical layers, enabling the separation of the fan blades from the light fixture for easier material adjustments or rendering overrides. Applying high-resolution textures to the wood blades and adjusting the transparency settings on the glass housing will enhance the realism of architectural visualisations.

This ceiling fan is suited for residential living rooms, bedrooms, or covered outdoor patios where an industrial or rustic design language is desired. It pairs well with exposed brickwork, reclaimed timber furniture, and metal-framed windows. Professionals might search for this asset when looking for 'vintage industrial lighting', 'ceiling fan with light', or 'farmhouse decor'. It is a versatile choice for mid-project detailing in both renovation and new build schemes, providing both essential air circulation and ambient overhead illumination.