This 6 STEM solar kit includes six individual solar powered fan projects, each packaged separately with all accessories and step by step instructions for straightforward assembly. No screws or tools are required, so children can focus on building and learning. Key features and benefits Six complete solar fan kits in one package, ideal for group activities or repeated classroom use. Simple notools assembly encourages independence and boosts confidence as children complete a working model. Clear instructions and included accessories reduce setup time and make the projects accessible for young builders. Plywood construction with smooth surfaces and rounded corners for easy handling and assembly. Teaches basic principles of physics, mechanical design, and renewable energy through handson construction and testing. Compact solar panels allow outdoor experimentation; panels operate under strong direct sunlight. How this product solves problems Reduces preparation time for teachers and facilitators by providing six readytobuild kits with everything included. Converts abstract science concepts into tangible experience, helping students grasp cause and effect, energy conversion, and simple mechanics. Supports smallgroup collaboration and peer learning, so multiple students can work simultaneously on similar projects. Important attributes Contents: 6 solar powered fan kits, accessories, and detailed instructions; each toy is packaged separately. Material: plywood components designed for punchout assembly and easy handling. Function and performance: solar panels power the fan motors when exposed to strong direct sunlight; performance depends on light intensity. Assembly: no screws or tools required. Keep a small gap between the fan blade and the motor; do not insert the blade completely into the motor shaft to ensure proper rotation. Recommended age guidance: designed for children in early grades through middle elementary. Assembly is simple enough for most children in the 8 to 13 age range with minimal supervision. Practical use scenarios Classroom STEM lesson: Use the kits for a handson unit about energy conversion. Students build the fans, test them under different light conditions, and record observations to practice measurement and data skills. Science fair or club project: Each student can build a model to demonstrate how solar power drives mechanical motion, then present findings on efficiency and design. Outdoor learning activity or summer camp: Take kits outside on a sunny day for experiments on how sunlight angle and intensity affect motor speed, promoting inquiry and teamwork. What makes it stand out Six individually packaged kits make this a practical option for classrooms, clubs, or multichild households. Tool assembly and clear instructions let children focus on discovery and problem solving rather than complex construction. Designed to combine play and learning, turning basic engineering tasks into guided exploration of renewable energy concepts. Operation notes and care Solar panels require strong direct sunlight to power the motors; indoor light or weak sunlight may not produce full performance. During assembly, ensure fan blades are not inserted fully into the motor shaft and that a slight gap remains to avoid binding. Store components flat and dry to preserve plywood parts and printed instructions. Suitable for group education, science fair preparation, and handson exploration of basic engineering and green energy concepts for children in elementary grades.