Electric Generator Kit 2pcs DIY Science Project for Students Physics Experiment with LED Output

Electric Generator DIY Kit (2 pcs) Overview This kit contains two unassembled electric generator models that let students build and test a working electromagnetic device. Each assembled unit measures 90 x 75 x 50 mm and is made from ABS plastic. Components are packed in a selfsealing poly bag and require manual assembly with basic hand tools. Key features and benefits Handson learning: Teaches core concepts in energy transformation, basic circuits, motor function, and electromagnetic induction through direct assembly and testing. Clear demonstration of energy conversion: Illustrates bidirectional principles of electromechanics, including electrical to mechanical motion and mechanical motion to electrical output, with the final demonstration as light from an LED load. Builds practical skills: Manual assembly develops problem solving, fine motor control, and patience; students learn component layout, wiring, and how coil and magnet interactions produce electricity. Ready for classroom use: Compact size and simple packaging make it easy to distribute for lab stations, classroom experiments, and group projects. Practical components: Designed to demonstrate motor operation and LED load behavior under different mechanical inputs and circuit conditions. What is included and requirements Pack contents: 2 kits of unassembled parts (detailed parts list included in kit). Product size per assembled unit: 90 x 75 x 50 mm. Material: ABS plastic. Packaging: Selfsealing poly bag. Assembly: Manual assembly required. Tools needed: Phillips screwdriver, scissors, diagonal pliers. Performance and learning outcomes Demonstrates electromagnetic induction and motor principles so students can observe how magnetic fields and coils interact to produce electrical energy and how supplied electrical current can produce mechanical motion. LED load demonstration makes energy conversion visible and measurable. Encourages experimentation to improve conversion efficiency and understand factors that affect output. Typical use scenarios 1) Classroom experiment: Divide students into small groups to assemble kits, test motor and generator modes, and record voltage and light output under different speeds and configurations. 2) Science fair or project work: Use as a project base for building a working generator, documenting design choices, and presenting the physics of electromagnetic conversion. 3) Handson innovation workshops: Incorporate into afterschool STEM activities to practice circuit building, troubleshooting, and creative modifications. Why choose this kit This Electric Generator DIY Kit delivers a compact, practical platform for demonstrating key physics and engineering concepts through active assembly and experimentation. It is suitable for classrooms, workshops, and student projects where the goal is experiential learning of energy conversion, basic circuits, and electromagnetic behavior.