About this asset

This contemporary three-blade ceiling fan set, modelled in SketchUp, features integrated lighting and three distinct colour finishes. This collection of three-blade ceiling fans presents a streamlined, contemporary aesthetic suitable for modern residential interiors. Each unit features a central motor housing with an integrated circular light fixture at the base. The blades are finished in a natural wood tone, providing a warm contrast to the varied motor housing colours, which include matte black, industrial grey, and vibrant yellow. The geometry is clean and minimalist, focusing on aerodynamic blade profiles and a compact mounting canopy. These models offer a versatile solution for overhead ventilation and ambient lighting in various living spaces.

The download is a 77.7 MB compressed archive containing the native SketchUp (.skp) model holding 3 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, these fans are organised as components, allowing for efficient placement and rotation. Users can easily swap the colour variants by replacing the instance or adjusting the material properties within the component editing environment. The model is scaled for standard ceiling heights; however, the drop rod length can be adjusted by modifying the vertical geometry within the component. Ensure the insertion point is set to the top of the canopy for accurate snapping to ceiling planes in your model.

These ceiling fans are ideal for residential living rooms, bedrooms, and dining areas where both air circulation and supplemental lighting are required. They also function well in hospitality settings such as boutique hotel suites or casual cafe environments. Designers often search for these assets when specifying cooling solutions that maintain a coherent design language across multiple rooms. They pair effectively with minimalist furniture arrangements and can be used in both new-build projects and renovation schemes to enhance occupant comfort and interior aesthetics.