Product overview A simple solarpowered educational device that demonstrates how sunlight is converted into mechanical motion. Designed for handson learning, it operates without batteries and is suitable for children and learners aged 6 years and older. Key benefits Teaches solar energy in a direct, engaging way by converting sunlight into movement. No batteries required, so there is no need for replacement cells or external power. Simple operation: works when exposed to strong sunlight and can be started manually by shaking when sunlight is limited. Safe and suitable for supervised use by children aged 6 and up, making it useful for classroom and home learning. Main features and functions Solarpowered operation: converts sunlight into mechanical motion to run the builtin miniengine. Sunlight activation: must be placed under strong sunlight for consistent performance. Manual start option: can be set in motion by shaking to engage the miniengine if immediate sunlight is not available. Educational focus: designed to help users observe and understand solar energy principles through direct demonstration. Compatibility and usage guidelines Recommended age: 6 years and older. performance under direct, strong sunlight. Performance is reduced in shade or weak light. No batteries or external power sources needed. Practical use scenarios Classroom demonstration: teachers can use the device during lessons to show how solar panels convert light into motion and explain basic principles of renewable energy. Science fair or project activity: students can include the device in a handson exhibit to demonstrate solar power and compare motion under different lighting conditions. Home learning and play: children can experiment outdoors on a sunny day and use the manual start option when beginning an activity indoors before moving outside. Operation and care Place the device in direct, strong sunlight for results. If sunlight is insufficient, gently shake the device to engage the miniengine and begin motion. Store in a dry location when not in use and avoid prolonged exposure to extreme conditions. This device provides a straightforward, battery way to explore solar energy and observe the conversion of light into motion, making it a practical tool for education and simple experiments.