Micro vertical wind turbine DIY kit that converts breeze into DC electricity for hands on learning and small experiments. The set uses a vertical axis design and a small DC motor as the generator. It is intended for teaching the physical principles of power generation and for hobby projects. Key benefits Teaches core concepts: shows conversion of wind kinetic energy into electrical energy using a real motor and blades. Practical hands on learning: component level assembly and operation make abstract concepts tangible for students and hobbyists. Compact and easy to place: micro size fits on a desk or lab bench for classroom demonstrations or at home practice. Versatile for experimentation: suitable for experiments on RPM, voltage, load response, and energy conversion efficiency at a basic level. What is included and how it works Small DC motor used as a generator: spins under wind to produce DC output for measurement or to power low power indicators. Vertical axis blade set: vertical breeze orientation allows the rotor to capture wind from multiple directions without complex alignment. DIY assembly format: components supplied for building a working miniature wind turbine and observing its behavior. Important attributes Function: wind to DC electrical conversion for demonstration and experimentation. Compatibility: intended for educational kits, physics lab exercises, hobby electronics setups and basic generator testing. Size: described as micro; suitable for desktop and small scale demonstrations. Material and components: supplied as a motor plus blade assembly and mounting parts for DIY setup. Performance: designed to demonstrate generation principles and produce measurable DC output under wind or fan drive. Typical use scenarios Classroom demonstration: build and operate the turbine to show how wind energy becomes electrical energy, measure voltage and current changes under different wind speeds. Hobby and maker projects: integrate the generator into small DIY models, test different blade shapes or gear ratios, and record performance data. Science fair or lab experiment: assemble the kit to compare vertical axis behavior, test load effects, or illustrate energy conversion in a hands on project. Why choose this kit for teaching and experimenting Focuses on core learning goals without complex electronics or permanent installation. Provides a tangible platform for measuring and comparing variables such as wind input and electrical output. Compact and accessible for students, hobbyists, and instructors who need a simple, demonstrable generator setup. Notes for use operated with a steady breeze or a small fan for repeatable classroom results. Use basic measurement tools such as a multimeter or small LED/load to observe generated output. Components are intended for educational and hobby use; design your experiments around the kit size and output capabilities.