Mini wind generator teaching kit designed for handson study of wind and water power conversion. The compact model demonstrates how mechanical energy from air or flowing water is converted into electricity and offers a practical way to explore conversion efficiency and basic generator principles. Key benefits Teaches core concepts: Makes wind and hydro power generation tangible for students, hobbyists, and instructors by converting motion into measurable electrical output. Improves learning about conversion efficiency: Allows users to test different blade angles, flow rates, and mounting positions to observe how those variables affect electrical output. Easy to integrate into lessons and projects: Compact and portable for classroom demonstrations, lab exercises, science fairs, and athome STEM activities. Main features Function: Works as a miniature turbine and generator for both wind and water flow demonstrations, converting mechanical rotation into electrical energy for experiments. Compatibility: Suitable for common educational setups and small experiment loads. Can be used with basic measurement tools such as multimeters, small bulbs or LEDs, and lowvoltage test circuits to illustrate output changes. Size and portability: Miniature form factor built for desktop and bench use, making it easy to move between stations or transport to demonstrations. Construction and durability: Built for repeated classroom and hobby use with durable components appropriate for educational handling and experimentation. Performance focus: Designed to make measurable changes visible when testing variables that affect conversion rates, helping users explore efficiency in a controlled way. Practical use scenarios Classroom demonstration: Use the kit to show students how blade shape and wind speed impact electrical output. Measure voltage and current while adjusting blade angle to compare results. Science fair or project build: Integrate the model into a handson project that documents how different water flow rates or fan speeds affect generation, including simple data logging and visual indicators. Home STEM experiments: Set up experiments to test conversion efficiency, such as comparing multiple blade configurations or mounting heights and recording the resulting electrical output. What you can expect A compact teaching tool focused on demonstrating the principles of converting wind and water movement into electricity. Clear opportunities to experiment with variables that affect conversion efficiency and to gather simple measurements for analysis. A practical, durable model intended for education and hobby use, suitable for building understanding of renewable energy basics without specialized equipment.