Toy Circuitry Action Space Station Rocket
Build exciting gizmos and gadgets with the Toy Circuitry Action Space Station Rocket from Discovery Mindblown. This engaging circuitry set allows kids to construct a working rocket launcher while learning the fundamentals of electricity and circuitry.
Product Name:
Toy Circuitry Action Space Station Rocket
Overview:
Build exciting gizmos and gadgets with the Toy Circuitry Action Space Station Rocket from Discovery Mindblown. This engaging circuitry set allows kids to construct a working rocket launcher while learning the fundamentals of electricity and circuitry.
Description:
The Toy Circuitry Action Space Station Rocket is an educational STEM toy designed for aspiring engineers and scientists. This kit enables children to build a functional rocket launcher, complete with a bonus activity to connect circuits for an LED alarm beacon that lights up, signaling the impending launch. All you need to power the experiments is this kit and 2 AA batteries (not included). This hands-on experience not only provides pure electric fun but also teaches kids the principles of electricity and engineering as they explore various experiments and create their own designs.
Specifications:
- Brand: Discovery Mindblown
- Age Suitability: 8+ years
- Battery Requirement: 2 AA batteries (not included)
- Features:
- Build a working rocket launcher
- Connect circuits to light up an LED alarm beacon
- Educational focus on electricity and circuitry principles
- Compatible with other Discovery Circuitry sets
- Safety Information: 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.
Additional Information:
- This fun and educational STEM toy kit encourages hands-on learning and experimentation.
- The Toy Circuitry Action Space Station Rocket fosters creativity and problem-solving skills, making it an ideal choice for young minds eager to explore the world of engineering and technology.





