This project features a fully functional, 3D-printed pneumatic motor designed and modeled in SolidWorks. Showcasing the inner features of the pneumatic motor.

Pneumatic motors, also called air motors, use compressed air to generate rotational motion offering a versatile and efficient alternative to traditional combustion engines.

By converting pneumatic energy into rotary or linear motion, they play a crucial role in powering a wide range of equipment, including pneumatic tools, conveyor systems, and even bicycles. With their lightweight design and minimal maintenance requirements, pneumatic motors continue to drive innovation across various industries, offering sustainable solutions for powering the machines of tomorrow.

Constructing a pneumatic motor in SolidWorks allows for hands-on learning of advanced CAD modeling techniques and mechanical design principles. Through simulation and analysis, I explored the functionality and performance of the motor under different operating conditions. This practical experience enhances proficiency in SolidWorks software and prepares for roles in engineering and product development focused on pneumatic systems.