The Flying GRASP Lab Quadrocopters are Frighteningly Precise
References: grasp.upenn.edu & engadget
They may spell the beginning of the end of mankind, but these GRASP Lab Quadrocopters are still really cool.
Designed and programmed to be autonomous, these robots may sound angry, but that is really just the sound of their four whirring blades spinning as they work to construct rudimentary structures out of magnetized beams. The fact that these GRASP Lab Quadrocopters can already work in unison is no mean feat.
Although the allusions to Skynet and the machines from the Matrix might abound after this revolutionary new development, no one can deny that these clever researchers have made some seriously cool machines.
Designed and programmed to be autonomous, these robots may sound angry, but that is really just the sound of their four whirring blades spinning as they work to construct rudimentary structures out of magnetized beams. The fact that these GRASP Lab Quadrocopters can already work in unison is no mean feat.
Although the allusions to Skynet and the machines from the Matrix might abound after this revolutionary new development, no one can deny that these clever researchers have made some seriously cool machines.
Trend Themes
1. Autonomous Teamwork Robots - Opportunity for disruptive innovation in developing robotic systems that can work together autonomously.
2. Magnetized Beam Structures - Opportunity for disruptive innovation in using magnetized beams for constructing rudimentary structures.
3. Whirring Blade Technology - Opportunity for disruptive innovation in developing efficient and precise blade technology for quadrocopters.
Industry Implications
1. Robotics - Opportunity for disruptive innovation in the field of robotics to create advanced autonomous teamwork robots.
2. Construction - Opportunity for disruptive innovation in the construction industry by utilizing magnetized beams for construction purposes.
3. Drone Technology - Opportunity for disruptive innovation in the drone industry by improving the efficiency and precision of quadrocopters.
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