ENGINO Academy of Steam Toys,Solar Plane: Harnessing Solar Energy - STEM Building Toy and Learning Activities and Experiments (2 Model Options)

<p>The future of design and technology is green! Give your young eco-engineer a headstart on STEAM (Science, Technology, Engineering, Art and Math) by exploring the marvels of solar energy together. Young learners will discover how the size of a solar panel affects overall solar power by testing their own solar-powered plane. When they’re done experimenting, kids can take off their hard hats and pick up their colored pencils and decorate their very own snap-on skins. To become true solar power experts, young learners can read all about the history of renewable energy and the theory behind the experiments they make.</p><p>ABOUT ENGINO,We have been focused on innovation and creativity. To inspire students to become better problem solvers and future innovators, our design of a new system of modular connectors enables students to build fully functional models.</p>

• LEARN | Our Sun provides so much energy to our planet that if we were to harness it efficiently all pollution and global warming would be solved. Photovoltaic panels can convert sunlight to electricity and power machines with free and clean energy
• EXPERIMENT | Test how the area of a solar panel affects its overall efficiency. Observe the number of rotations in one minute when the solar panel is exposed under direct sunlight. Partially cover the panel’s surface and compare
• Academy of STEAM series has been developed in order to add the education science of Arts within the STEM curriculum. Art is an inherent part of engineering design process and puts emphasis on one of the highest brain functions of human beings
• GENERAL | For ages 8-12 ~ Interactive 3D building app lets children build in virtual reality ~ Fully compatible with all Engino products for hours of freestyle creative play ~ Environmentally friendly toxin-free plastic.
• ABOUT ENGINO | We have been focused on innovation and creativity. To inspire students to become better problem solvers and future innovators, our design of a new system of modular connectors enables students to build fully functional models.