BrainStorm STEM Wind Energy Science Experiment Kit for Kids – Classroom Set (10 Kits) + Teacher Guide

Sale price$349.99

【CLASSROOM PACK】– This special teacher's edition of our original STEM kit includes 10 kits, each with a student instruction manual, plus a handy Educator Guide with easy-to-use lesson plans.

Experience the power of the wind with BrainStorm's Wind Turbine STEM Kit! Perfect for young engineers and environmentalists alike, this kit combines hands-on learning with renewable energy exploration for an exciting and educational adventure.

With easy-to-follow instructions, kids can build their very own wind turbine from scratch, learning about aerodynamics, mechanical engineering, and sustainable energy principles along the way. Watch as they design and assemble the turbine blades and tower, harnessing the power of the wind to generate electricity and power small devices.

Ideal for outdoor experiments or classroom projects, the BrainStorm Wind Turbine STEM Kit encourages creativity and problem-solving as kids experiment with different blade designs and wind speeds to optimize performance. The thrill of harnessing renewable energy is sure to inspire a lifelong commitment to sustainability.

Crafted with safety and durability in mind, our kit features high-quality materials and clear, step-by-step instructions that make learning fun and accessible for all ages. Perfect for aspiring engineers, environmentalists, and STEM enthusiasts, it's a fantastic way to inspire young minds and empower them to make a positive impact on the planet.

Join the renewable energy revolution and harness the power of the wind with the BrainStorm Wind Turbine STEM Kit – where innovation meets sustainability in the breeze!

💨Recommendations for Use We recommend using the Vornado 630 or a comparable fan that can produce 8-10mph simulated wind speeds for testing.  The fan should be placed 1-2 feet away from the Wind Turbine for testing.  Also, please ensure that the longer LED leg is connected to the positive wire and the shorter leg is connected to the negative wire from the generator motor.