Makers Toolbox Teaches Kids to Create a Functional 'Scribbler Robot'
Laura McQuarrie — February 19, 2016 — Life-Stages
References: makerstoolbox & fancy
While crayons and other drawing utensils are often enough to fuel a child's imagination for hours on end, Makers Toolbox creates kits that can be transformed into drawing robots that will capture even more of their attention.
The 'Scribbler Robot' begins as a flat cardboard piece and a handful of wires. Once the project is finished, kids will walk away with a greater knowledge of electrical components and a functional toy that they'll have created themselves. Since the cardboard body remains plain even after crafting, there's the potential for lots of embellishments and customizations to be added so that kids truly feel like the bot is their own.
The battery-powered drawing robot has four legs that are made of drawing tools, meaning that this toy is capable of creating some amazing artwork on its own.
The 'Scribbler Robot' begins as a flat cardboard piece and a handful of wires. Once the project is finished, kids will walk away with a greater knowledge of electrical components and a functional toy that they'll have created themselves. Since the cardboard body remains plain even after crafting, there's the potential for lots of embellishments and customizations to be added so that kids truly feel like the bot is their own.
The battery-powered drawing robot has four legs that are made of drawing tools, meaning that this toy is capable of creating some amazing artwork on its own.
Trend Themes
1. DIY Robotics - There is an opportunity to create DIY robotics kits that teach children about electronics and automation.
2. Educational Toys - Children's toys that inspire creative thinking and hands-on learning could disrupt the traditional toy industry.
3. Customizable Toys - Toys that are designed for customization and personalization can provide a unique user experience that sets them apart from mass-produced toys.
Industry Implications
1. Toy Manufacturing - Toy manufacturers can benefit from exploring new product lines that promote hands-on learning and creativity in children.
2. Education - Developing educational materials and tools that use technology to teach children about science, engineering, and automation can improve learning outcomes for students.
3. STEM Education - STEM education programs can incorporate DIY robotics kits like the 'Scribbler Robot' to teach children about electronics and robotics in a fun and engaging way.
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