About this asset

This contemporary SketchUp ceiling fan features three organic, natural wood blades and a minimalist grey metal motor housing for interiors. The fan features a streamlined, three-blade configuration with a soft, aerodynamic curvature that suggests a modern, organic aesthetic. The blades are finished in a warm natural wood tone, providing a textural contrast to the central motor housing and downrod, which are rendered in a sleek, matte grey metal. Its design is intentionally understated, focusing on clean lines and a low-profile silhouette that integrates well into various ceiling types. The assembly includes a standard canopy and a short downrod, maintaining a balanced and compact appearance suitable for residential or commercial overhead cooling.

The download is a 3.6 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.

To integrate this model into a SketchUp scene, import the component and snap the canopy base to the desired ceiling plane. Use the scale tool to adjust the overall radius if necessary, ensuring the downrod length matches the project's ceiling height. The wood and metal materials are applied as separate, clearly defined faces, allowing for easy texture replacement or adjustment within the materials tray. Organize the fan on a dedicated layer for toggling visibility during complex interior modelling tasks.

This ceiling fan is ideal for residential living rooms, bedrooms, and dining areas where a clean, contemporary aesthetic is required. It pairs effectively with natural timber furniture, minimalist decor, and neutral architectural palettes. Designers often search for this type of fixture when specifying climate control solutions for modern apartments, boutique hotel suites, or creative office spaces. It provides a functional yet decorative element that complements both scandinavian and modern interior styles, serving as a subtle focal point in high-ceiling environments.