The MIT Build-Your-Own-Robot Kit Allows Cyborgs to Be Made from Home
Sarah Moore — April 6, 2012 — Tech
References: mashable
MIT Build-Your-Own-Robot kits are the answer to the DIY gadgeteer's prayers.
The technology mecca started work on an initiative to let people create and construct their own mechanized creations out of paper from home -- so long as they have a nifty 3D printer.
Funded with a hefty grant from the National Science Foundation (to the tune of $10 Million) the institute is making it easier for innovative new minds to quickly and easily create a cyber creature for research and development projects which they may not have been able to afford otherwise.
It will also save time and effort in constructing the physical mechanized auto bot, and will allow the researcher to focus on the project itself.
The pre-programmed robot packs would be a beneficial addition to high school science programs as well and give those who may never be able to afford their own robot the opportunity to print one out to have for their very own.
The technology mecca started work on an initiative to let people create and construct their own mechanized creations out of paper from home -- so long as they have a nifty 3D printer.
Funded with a hefty grant from the National Science Foundation (to the tune of $10 Million) the institute is making it easier for innovative new minds to quickly and easily create a cyber creature for research and development projects which they may not have been able to afford otherwise.
It will also save time and effort in constructing the physical mechanized auto bot, and will allow the researcher to focus on the project itself.
The pre-programmed robot packs would be a beneficial addition to high school science programs as well and give those who may never be able to afford their own robot the opportunity to print one out to have for their very own.
Trend Themes
1. DIY Robotics - MIT's Build-Your-Own-Robot kits enable individuals to create and construct their own mechanized creations from home using 3D printers.
2. Affordable Research and Development - The printable paper machines offer a cost-effective solution for researchers to quickly create cyber creatures for their projects.
3. Accessible Education - The pre-programmed robot packs allow high school science programs to provide students with the opportunity to print and learn with their own robots.
Industry Implications
1. Robotics - The DIY robotics trend presents disruptive innovation opportunities for companies specializing in robot kits and components.
2. Education - The printable paper machines can disrupt the education industry, providing affordable and accessible educational tools for science programs.
3. Research and Development - The affordable and customizable robots created through the use of 3D printers can revolutionize research and development in various industries.
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