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Motion Planning for Robotic Arms Possible Factoring

Jul 10th, 2010
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This PDF paper explains factor-guided for motion planning for robotics arms. Motion planning is important to define real application. This robots arm build guidelines present a motion planning algorithm that finds plans of motion from one arm configuration to a goal arm configuration in 2D space assuming no self-collision. Our algorithm is unique in two ways: (a) it utilizes the topology of the arm and obstacles to factor the search space and reduce the complexity of the planning problem using dynamic programming

Roxybot The Stuffed Pink Guitarist Robot

Feb 11th, 2011
by robotmania.
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She is a rock star that kicked out from her band and need a new friend while waiting for new job. There are only 100 Roxybots in market; this is a limited stuffed robot. It’s a great thing to be collected as this stuffed robot is available in limited edition. Great limited collections to be owned by robotic lover.

Makes Robotic Chocolate Candy With Robot Lolly

Mar 7th, 2011
by robotmania.
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Want to make something different to your kids but hardly find best stuff to make it true ? This collection that is available in Amazon could be the best answer for moms. This collection named the Robot Lolly Mold by CybrTrayd. This stuff could be used to create chocolate candy for your kids. Recommended to be used on kids over 3 years old. There are another robotic candy maker on Amazon that you could choose other than this one. Each of this robotic figure sized in 4.25″ x 2″. Moreover this mold could also be used to molding soap, cement, etc. But make it sure you use different mold in each project!

Skinput: Human Body as An Input Device

Nov 2nd, 2010
by robotmania.
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It is an interesting idea to use human body as an input device. This idea will minimize and create effectiveness in using spaces. This way what we need is just all the possible skin in our body to be used as the input device, from head until the tip toe. Perhaps these original website sentences will carry more clear understanding, “Appropriating the human body as an input device is appealing not only because we have roughly two square meters of external surface area, but also because much of it is easily accessible by our hands (e.g., arms, upper legs, torso).

Campus Eco Car Campus Future Transportation

Oct 26th, 2010
by robotmania.
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Campus Eco Car perhaps will be a future vehicle in the future. We do not need to take a walk in such a bad weather to move from building to another building. This campus car designed as an electric car and has 2 seats. This car designed to protect the rider from rain and sunlight. Using this car will be safer and faster in campus. The small design of this car will be good feature to anticipate the small parking area. This car design is inspired by the natural design of snail shell.

Unmanned Aerial Vehicle Zephyr by QinetiQ with New Modern Technologies

Aug 25th, 2011
by robotmania.
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QinetiQ is a giant company that well known for its military equipments. One of the famous robotics from QinetiQ is TALON, a powerful robot that can be equipped with combat weapons. One of QinetiQ newest products is Zephyr. Zephyr is a high altitude long endurance unmanned air vehicle. Zephyr is used to support payloads for surveillance or communication. This unmanned aerial vehicle Zephyr could provide high quality data for wide range areas and of course cut cost for communication. This new UAV has a powerful performance as it proved itself by breaking the world’s longest duration unmanned flight record. Zephyr flied for 14 days and 21 minutes non-stop and reached over 70,000 feet altitude.

US Navy Terrain Robot Robo-Lobster

Dec 25th, 2010
by robotmania.
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It was invented by Don Massa and Joseph Ayers, the Robo-Lobster made from industrial plastic that developed under the Massa Products. With 7lb and 2ft this lobster robot has a real hard job. US Navy planned this robot in order to identify and destroy mines hidden in surf zone. The prototype of this robot in 2003 used to negotiate all types of coastal topography. Perfectly mimicking animal this robot’s antennas used to sense obstacles. The others key feature is its eight legs can drive this robot in any direction while the claws and tail enables Robo-Lobster to keep its balance in unstable water.

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