Contains: Does Not Contain Any of the 8 Major Allergens
Suggested Age: 8 Years and Up
Includes: Rocket, Ball, Launcher, Wires
CPSC Choking Hazard Warnings: Choking_hazard_small_parts
Educational Focus: Science
Battery: 12 AA Alkaline, Required, Not Included
•BUILD WORKING GIZMOS AND GADGETS with the Action Circuitry Electronic Experiment Set from Discovery #MINDBLOWN! You can build kinetic sculptures and spinning robots, and even exciting toys that launch and levitate objects!
•6 EXPERIMENTS IN TOTAL: With this fun STEM kit you can make a floating ball, a light tunnel, a wire trap, a spinning robot, a rocket launcher and balance balls. Rearrange the boards to organize the modules in your own way!
•EDUCATIONAL STEM TOY – LEARN ABOUT ELECTRICITY AND CIRCUITRY: Learn the principles behind electricity, circuitry and engineering as you run the included experiments and even design your own. Download the free Discovery #MINDBLOWN App to discover exclusive DIY videos, games and more.
•POWERED BY BATTERIES: Each experiment requires 2 AA batteries (12 total, not included) to power the modules. You must connect batteries to run the experiments.
•FOR AGES 8+: The Discovery #MINDBLOWN Electronic Circuitry Experiment Building Set is designed for children ages 8 and older. Contains small parts. Not suitable for children under 3 years. Please read all warnings and safety information in the enclosed instruction manual to ensure safe operation.
The Discovery #MINDBLOWN Action Circuitry Electronic Experiment Set lets you build your own experiments that are powered with real electricity! Create these fun circuitry projects with 6 push-button modules, including a launching rocket, floating ball, spinning robot and more. Conduct unique experiments that teach the different principles and nuances of electrical engineering and circuitry design. Easy-to-use modules and clear instructions will keep the fun and excitement coming. Perfect as a STEM toy, the circuitry experiment building set puts real science to work in a fun way. Kinetic action and real circuits teach real-life electricity principles and encourage deeper learning. Learn how to engineer your own experiments and the different things electricity can do.