SolarBot.14 Transforming Solar Robot Kit Build a solarpowered robot that changes shape and teaches real engineering principles. Designed for ages 10 and up, this handson kit introduces basic mechanics, renewable energy, and creative problem solving through guided assembly and multiple transformation options. Key benefits Handson STEM learning: Teaches gears, linkages, motion, and energy conversion through an engaging build process that encourages logical thinking and persistence. Solar powered: Uses a builtin solar panel to drive movement, so no batteries are required when used in bright light. This makes demonstrations simple and repeatable. Multiform play and learning: The kit transforms into multiple robotic configurations, allowing users to explore different mechanical designs and compare how changes affect motion and performance. Practical skills development: Builds fine motor skills, following instructions, and basic engineering concepts that transfer to school projects and hobby electronics. What it does and how it works Assemble a working robot driven by a solar motor and gear train. The kit lets learners observe how sunlight is converted to motion and how gear ratios influence speed and torque. Transform the assembled robot into alternative forms to test stability, traction, and movement under different designs. Operates in direct sunlight and strong indoor lighting for classroom demonstrations or outdoor play. Key attributes Function: Solarpowered transforming robot kit for educational assembly and demonstration. Model: SolarBot.14, designed for multiple transformation options. Recommended age: 10 years and older. Materials: Precisionmolded components and a solar panel module for reliable assembly and operation. Performance: Motion depends on light intensity and configuration; suitable for clear demonstrations of mechanical principles and solar energy conversion. Use scenarios Classroom STEM lesson: Use the kit as a guided activity to teach energy conversion and simple machines, with students comparing how different configurations alter motion. Weekend learning project: A parent or mentor can work through the build with a child to reinforce handson skills and encourage curiosity about engineering. Science fair demonstration: Show the effect of light intensity on motor speed and use multiple robot forms to illustrate how mechanical design changes performance. What to expect A practical, educational kit that combines construction, experimentation, and creative play. Assembly encourages careful attention to instructions and rewards learners with a functional, transformable robot powered by light. This kit is suitable for classroom sets, hobbyists, or individual learners seeking a straightforward introduction to mechanics and solar power through an interactive project.