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Technology of Robotics

Neato XV-11 Vacuum Cleaner Robot introduced by Neato Robotics circuit diagram

Our robotics world has a new guest. Guest’s name was neato XV-11, a commercial robot that will help you in doing homework. This robot is a robotic vacuum cleaner that will clean your entire floor, stairs and the corners of your home. Do you interested to have it ..?

neato vacuum robot

Neato Robotics, a maker of robots that are smart enough to perform household chores as intelligently and efficiently as a human, has stated that its newly unveiled Neato XV-11 is an all-floor smart, robot vacuum cleaner that makes use of Room Positioning System (RPS) Technology to map the entire floor space while cleaning and avoid most of the solid obstacles that other robots can detect only by impact.

The company claims that by making use of advanced technologies their team of engineers has made a smarter robot that can clean floors thoroughly in lesser time. Efficient cleaning means more power is saved which is redirected to run the robot’ powerful jet vacuum engine that can pick all types of debris. The Neato XV-11 is designed to meticulously clean floors on a daily basis; ensuring owners enjoy neater, healthier homes and more free time for themselves.

By Robotics Technology on December 19, 2009 | Robotics News | A comment?

STriDER, a Three-Legged Walking Robot circuit diagram

In a short article, New Scientist reports that researchers at Virginia Tech University have developed a tripedal experimental robot. With its three legs, this robot, named STriDER — short for ‘Self-excited Tripedal Dynamic Experimental Robot’ — is actually more stable than 2- or 4-legged robots. As said another researcher, ‘It’s like a biped with a walking stick.’ This robot is intended to deploy sensors and cameras in difficult-to-access areas.

STriDER components

STriDER has been developed under the supervision of Dennis Hong, an assistant professor at Virginia Tech and director of the Robotics and mechanisms Laboratory (RoMeLa). You can see above the various components of this robot. (Credit: Virginia Tech University)

FIRST Unveils New Game at 2008 – FIRST Robotics Competition Kickoff circuit diagram

Over 37,500 High-school Students to Compete in 41 Regional Events MANCHESTER, N.H.–(Business Wire)–FIRST (For Inspiration and Recognition of Science and Technology) launched its seventeenth FIRST Robotics Competition season today with a Kickoff at outhern New Hampshire University in Manchester, NH, hometown and headquarters of FIRST. The FIRST Robotics Competition is an annual competition that helps students discover the rewards and excitement of science, engineering, and technology. Over 37,500 high-school students on more than 1,500 teams from Brazil, Canada, Chile, Israel, Mexico, the Netherlands, the U.K., and every state in the U.S. are participating in this year’s competition.

first robotics competition

At the Kickoff, all teams were shown this year’s game field for the first time and received a common kit of parts made up of motors, batteries, a control system, and a mix of automation components – but no instructions. Working with mentors, students now have just six weeks to design, build, and test their robots to meet the season’s engineering challenge. Once these young inventors create the robot, their teams participate in regional competitions that measure the effectiveness of each robot, the power of collaboration, and the determination of students.



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