The ‘Spiral Spring Science Kit’ is Great for Inquisitive Minds
Caitlyn Fernandez — January 27, 2022 — Life-Stages
References: mastermindtoys & amazon
The 'Spiral Spring Science Kit' allows children to build the toy from scratch to inspire and develop their STEM skills. The toy teaches children about clockworks mechanics as they see and create the mechanism that triggers cause-and-effect.
As the toy comes in parts, kids will have the hands-on experience of the entire building and completing the toy's structure, giving them a sense of accomplishment that might encourage them to dive deeper into sciences and technology. It is a spring-loaded toy made of plastic that creates movements when winded up and released with no batter-power. As mentioned in the description, it has a 3-in-1 design that allows children to choose to build "a motorized robot, race car, and countdown timer."
Image Credit: Mastermind Toys
As the toy comes in parts, kids will have the hands-on experience of the entire building and completing the toy's structure, giving them a sense of accomplishment that might encourage them to dive deeper into sciences and technology. It is a spring-loaded toy made of plastic that creates movements when winded up and released with no batter-power. As mentioned in the description, it has a 3-in-1 design that allows children to choose to build "a motorized robot, race car, and countdown timer."
Image Credit: Mastermind Toys
Trend Themes
1. STEM Education Expansion - Toys that provide hands-on building experiences to inspire and develop STEM skills for children.
2. Toy Customization - Toys that offer interchangeable parts and customization lead to a greater sense of accomplishment and creative thinking.
3. Mechanical Toy Revival - Traditional mechanisms and clockwork designs are being integrated into modern toys to educate children on basic engineering principles.
Industry Implications
1. Toy Manufacturing - Manufacturing companies that integrate STEM education into their products will appeal to consumers seeking educational toys.
2. STEM Education - STEM education companies can develop courses and programs that incorporate mechanical toy building to enhance experiential learning.
3. Robotics and Engineering - Building and customizing mechanical toys can inspire children and young adults to pursue careers in robotics and engineering.
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