What this product does A large, hands-on DIY Dynamo Lantern Educational STEM building kit that demonstrates the working principle of an electric motor. Designed as a physical model and lab-demonstration motor activity kit, it converts abstract concepts into a visible, working experiment. Key benefits — why you need it Makes learning visible and memorable: children see how an electric motor works by building and operating the model themselves, which improves understanding and retention. Encourages active learning and problem solving: assembly and experimentation develop observation, logical thinking and practical skills. Great for shared learning: the kit supports interactive parent–child play and group demonstrations, increasing engagement and conversation about science. Versatile teaching aid and gift: suitable as a classroom demo tool, a home STEM project, or a thoughtful educational gift for children, teenagers and adults. Main features Function: DIY kit that builds a working motor/dynamo lantern model to demonstrate basic electromechanical principles. Design: Large, physical educational toy intended for hands-on assembly and observation. Usability: Simple, easy-to-understand construction that is appropriate for guided learning and self-directed exploration. Audience compatibility: Intended for children, teenagers and adults; useful for home, classroom and extracurricular STEM activities. Practical applications and scenarios Classroom demonstration: Teachers use the model as a visual lab aid to explain motor structure and function during physics or technology lessons. Parent–child project: Families assemble the kit together to explore principles of electricity and motors while practicing teamwork and fine-motor skills. Science fair or hobby display: Students or hobbyists present the working motor model to illustrate concepts and demonstrate hands-on experimentation. Learning outcomes Teaches the basic structure and operating principle of an electric motor. Strengthens observational skills, logical reasoning and interest in STEM subjects. Functions both as an educational tool for instruction and as an engaging, interactive toy. This kit is a practical, teacher-friendly STEM resource that transforms theoretical ideas about electric motors into a tactile learning experience suitable for learners of different ages.