DIY HandCrank Power Generator Kit This kit provides handson experience converting mechanical energy into electrical energy. Supplied as unassembled parts, the kit includes plastic components, a mini DC generator, and wires. The output ranges from 06V depending on rotation speed, making it ideal for demonstrations of electromagnetic induction and basic circuitry. Key benefits Visible energy conversion: Turning the hand crank produces a measurable voltage, helping students understand electromagnetic induction and energy conversion in a direct way. Skill development: Assembly encourages problem solving, mechanical understanding, and basic wiring skills. Classroom ready: Durable plastic parts and a compact design support repeated use in educational activities. Clear performance range: Voltage output depends on rotation speed and can reach up to 6V, allowing experiments with load and generator behavior. What is included Two kit sets per package Plastic structural parts Mini DC generator Connecting wires Assembly hardware Primary learning objectives Electromagnetic induction principles Conversion of mechanical work to electrical energy Mechanical structure and gear interaction Basic circuit connections and measurement Typical applications and use scenarios School science labs: Demonstrate generator principles during physics lessons and lab sessions. Science fairs and projects: Use as a central element in student projects that explore power generation and efficiency. Home learning and maker activities: Suitable for handson exploration and small innovation projects. Assembly and use Assembly type: Unassembled parts, DIY required Estimated assembly time: 15 to 30 minutes per kit Performance note: Measured voltage depends on crank speed and load conditions Safety and material information Main materials: Plastic components, mini DC generator, wires Materials are nontoxic and intended for educational use Designed for supervised classroom and home learning environments This kit is a practical tool for teaching core physics concepts through active construction and experimentation.