Kids Can Program Micro Bugs Through Mazes with the 'nano Nitro Slingshot'
The 'nano Nitro Slingshot' from HEXBUG isn't only about fun for kids -- its also a great way to introduce them to robotics and programming. For use with the nano bots from HEXBUG's earlier lines of toys, the new Nitro Slingshot is a complex and modular maze that kids can work through in countless iterations.
The bug-like robots that come with the Nitro Slingshot are in themselves impressive. They skitter just like a cockroach and will automatically flip themselves upright if knocked over. In the context of the Nitro Slingshot, this means that the bug bots will run through a child's maze at all costs. The creativity and robotics knowledge comes in the design of the maze itself; the Nitro Slingshot comes with several different obstacle components, including multiple levels, twisting tunnels, loops and curves. This means kids will have to understand the cause and effect of their maze designs if they want it to be completed.
The bug-like robots that come with the Nitro Slingshot are in themselves impressive. They skitter just like a cockroach and will automatically flip themselves upright if knocked over. In the context of the Nitro Slingshot, this means that the bug bots will run through a child's maze at all costs. The creativity and robotics knowledge comes in the design of the maze itself; the Nitro Slingshot comes with several different obstacle components, including multiple levels, twisting tunnels, loops and curves. This means kids will have to understand the cause and effect of their maze designs if they want it to be completed.
Trend Themes
1. Robotics Toys - Opportunity for developing robot toys that combine fun with programming and introduce kids to robotics.
2. Modular Mazes - Potential for creating modular mazes that allow for countless iterations and encourage creativity in maze design.
3. Obstacle Components - Room for innovation in creating diverse obstacle components for maze toys that require cause-and-effect thinking.
Industry Implications
1. Toy Industry - Innovation in the toy industry by incorporating robotics and programming into toys to engage and educate kids.
2. Education Industry - Opportunity for educational institutions and companies to use maze-running robot toys for teaching robotics and programming concepts to students.
3. Entertainment Industry - Utilizing maze-running robot toys as interactive and engaging entertainment experiences for children.
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