This 3D model of a cup anemometer (a device used to measure wind speed) was created as a case study to demonstrate a robust and reproducible design workflow.

The primary purpose of sharing this model is educational: it provides a complete reference for users looking to learn from and replicate the design process. By examining the structure, geometry, and component organization (the three cups, arms, and central hub), users can gain insight into the techniques employed in developing mechanical models, from initial concept visualization to final 3D rendering.

This project is an open-source example, intended to help others understand best practices in digital modeling for technical and scientific instrument design.This 3D model of a cup anemometer (a device used to measure wind speed) was created as a case study to demonstrate a robust and reproducible design workflow.

The primary purpose of sharing this model is educational: it provides a complete reference for users looking to learn from and replicate the design process. By examining the structure, geometry, and component organization (the three cups, arms, and central hub), users can gain insight into the techniques employed in developing mechanical models, from initial concept visualization to final 3D rendering.

This project is an open-source example, intended to help others understand best practices in digital modeling for technical and scientific instrument design.