Created on a fly - robot!

The creation of technically feasible today, flying micro-machines, but their configuration, management and nutrition remain serious problems. That is why the MAV, as a test bed, great expectations. Currently, the research team used a prototype to test the mechanical fly wing aerodynamics and its behavior at tremendous speeds - up to 100 strokes per second. Recall that in September, experts from Harvard University have created the bulk of mikromaholeta - with which you can control the flight of tiny robotic aircraft. This simple mechanical device automatically corrects imbalance and does not require complex configuration and adaptation. Even if you remove the wing microrobots equipped with PARITy, carried an automatic correction and ensure the stability of the flight of the aircraft due to ' disperse ' injured wing to a frequency of 6600 strokes per minute.

Flying robotic devices on the scale insects become a new word in the aviation industry, which is comparable to the transition from balloons to airplanes. Dramatically increase application range air surveillance will change the characteristics of speeds, the scope of work, by orders of magnitude increase positioning accuracy and delivery of sensors, as well as a list of them. Needless to say, what the military are developing mechanical ' insects '? . In addition, there are many deaths, even in microscopic doses of substances that may be sprayed or injected robotic insects, and modern infrastructure are too many complex chips, which can damage even a small impact.





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