Micro wind turbine electricity generator kit for science education experiments. This DIY kit uses a DC motor configured as a vertical axis generator with rotor blades. It is designed to demonstrate conversion of wind energy into electrical energy at typical test wind speeds around 5.5 m/s. Key benefits Handson learning: build and test a working micro wind turbine to explore basic principles of energy conversion, electromagnetism, and electrical measurement. Clear demonstration of function: the DC motor acts as a generator so students can observe voltage and current changes as wind speed or blade angle is varied. Easy integration into experiments: the compact, benchfriendly kit is suitable for classroom demonstrations, lab exercises, and hobby projects. Reusable and adaptable: intended for repeated assembly and testing in instructional settings or prototype trials. Main features Function: DC motor used as an electricity generator to convert rotor motion into electrical output. Design type: vertical axis micro wind turbine with vertical motor blades for simple assembly and axial flow response. Performance reference: intended for operation and measurement around a wind speed of 5.5 m/s. Form factor: compact micro kit suitable for benchtop use and smallscale experiment setups. Compatibility: works with common lowvoltage DC measurement tools such as multimeters and basic data loggers and can be incorporated into standard science education curricula and STEM projects. What makes it stand out Direct, tactile experiment: students assemble and operate the turbine to link theory and practice. Simple mechanical layout: vertical blade arrangement reduces alignment complexity and speeds up classroom setup. Focused on education and experimentation rather than commercial power generation, making it easier to use for demonstration and measurement. Typical use scenarios Classroom lab exercise: students assemble the kit, measure open circuit voltage and loaded voltage at different wind speeds, and plot relationships to illustrate basic electrical generation concepts. STEM demonstration or science fair project: use the turbine to show real time conversion of wind to electricity and to compare effects of blade pitch or rotor speed. Hobbyist prototype and testing: integrate the micro turbine into small energy experiments, sensor power trials, or as a demonstration module in a larger DIY renewable energy project. What you get and how to use A micro vertical axis turbine kit built around a DC motor and rotor blades for DIY assembly. Straightforward setup for benchtop testing using a fan or controlled airflow to reach the reference wind speed of 5.5 m/s and standard measurement equipment to record electrical output. Suitable for repeatable classroom experiments, handson learning modules, and small prototype work. This kit provides a practical, handson way to study wind energy and electrical generation using a compact DC motor based micro turbine designed for education and experimentation.