Surprising to see innovation in SmartBird existing technology which is a robot bird that can fly with the movement of birds is almost exactly the original model and this bird has excellent aerodynamic qualities and extreme agility as a normal bird. With SmartBird, Festo the author has succeeded in deciphering the flight capabilities of birds into the technology that we can use.
Robot bionic technology to bring this bird, which was inspired by the herring gull, which could start flying from the ground independently - without any additional drive mechanism.
Wings not only move up and down, but also spin at a certain angle. This is made possible by the active drive unit articulated torsional, which in combination with complex control systems to achieve levels of efficiency that is unprecedented in aviation operations. Festo has thus succeeded for the first time in creating a technical adaptation of energy-efficient models from nature.
This robot has a carbon fiber materials and control electronics are closely denganb only 0.4 kilograms. Festo has demonstrated the technology that describes how sophisticated robot able to fly: SmartBird aerodynamically very efficient, even turning his head like a real seagull do to perform aerobatics movements.
But if you think about the larger implications of this robot, the likelihood is quite stunning: Imagine a robotic spy plane based on this technology, packaged with the GPS system is ultra-lightweight, powerful battery and high-precision camera and microphone. This type of covert surveillance data can be collected bird robot will certainly impressive - and more stylish than any device other spy drones out there.
SmartBird robot uses a Zigbee radio communication that convey information to a computer that mentrak flight, increasing pergerakaannya.
You can visit this site at Festo robot maker:
http://www.festo.com/cms/en_corp/11369.htm
Robot bionic technology to bring this bird, which was inspired by the herring gull, which could start flying from the ground independently - without any additional drive mechanism. Wings not only move up and down, but also spin at a certain angle. This is made possible by the active drive unit articulated torsional, which in combination with complex control systems to achieve levels of efficiency that is unprecedented in aviation operations. Festo has thus succeeded for the first time in creating a technical adaptation of energy-efficient models from nature.
This robot has a carbon fiber materials and control electronics are closely denganb only 0.4 kilograms. Festo has demonstrated the technology that describes how sophisticated robot able to fly: SmartBird aerodynamically very efficient, even turning his head like a real seagull do to perform aerobatics movements.
But if you think about the larger implications of this robot, the likelihood is quite stunning: Imagine a robotic spy plane based on this technology, packaged with the GPS system is ultra-lightweight, powerful battery and high-precision camera and microphone. This type of covert surveillance data can be collected bird robot will certainly impressive - and more stylish than any device other spy drones out there. SmartBird robot uses a Zigbee radio communication that convey information to a computer that mentrak flight, increasing pergerakaannya.
You can visit this site at Festo robot maker:
http://www.festo.com/cms/en_corp/11369.htm
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