STEM Educational Solar Robot Kit Green Energy DIY Solar Power Kit Quick overview A handson solarpowered robot kit designed for STEM learning and practical demonstrations of solar energy conversion. Assemble the components to build a small moving robot that runs on sunlight or strong artificial light. The kit supports classroom lessons, makerspace activities, and independent learning. Key benefits Teaches core STEM concepts: illustrates energy conversion, basic circuitry, and simple mechanics through guided assembly. Handson learning that builds skills: improves problem solving, fine motor coordination, and understanding of how solar power drives a motor. No batteries required: the robot operates directly from solar input, letting learners see immediate results from changes in light. Portable and practical: compact assembled size fits on a desk or tabletop for demonstrations and experiments. Durable, classroomready parts: components are simple to handle and suitable for repeated use in educational settings. Main features and attributes Function: converts light energy into motion using a solar panel and motor to power the assembled robot. Compatibility: appropriate for classroom labs, science fairs, afterschool programs, maker workshops, and home learning projects. Size: compact assembled footprint designed for tabletop demonstrations and easy handling by students. Material: plastic structural components combined with standard electronic parts for reliable assembly and operation. Performance: robot movement and speed vary with light intensity, providing a clear, observable link between solar input and mechanical output. Contents: a doityourself kit with the parts and illustrated instructions to assemble the solar robot and perform basic experiments. Practical use scenarios Classroom demonstration: Use the kit during a lesson on renewable energy to show how sunlight becomes motion. Students can measure how speed changes with different light angles or intensities. Science fair project: Build the robot and document experiments that test performance under varied lighting conditions, explaining the science behind the results. Makerspace or afterschool activity: Small teams assemble the robot to practice collaboration and basic electronics while customizing or experimenting with motion on different surfaces. What customers can expect A straightforward, educational kit that makes solar power tangible and engaging. The assembly process and visible response to light turn abstract concepts into practical learning experiences suitable for students and hobbyists. No additional power sources are to demonstrate the core principles of solar energy and simple robotics.