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Adressed for water shortage Penghao Shan designed a conceptual product that automatically enabled flying to catch rain water and purify it. This conceptual design named Water Catcher that designed in small flying ball. This conceptual Water Catcher could be a great solution for a place where pure ground water is something hard to be found. Water Catcher works by flying autside to catch raindrops of rain water. After it is fully loaded with raind…
Essex scientists develop more easy, effective and efficient way to monitoring water pollution, especially sea water in ports. The team will develop autonomous fish equipped with chemical sensors, which will find pollutants and create a real-time 3D map of the port, showing what chemicals are present and where. This robofish project called as SHOAL project. SHOAL will use advanced swarm intelligence techniques to control and coordinate a schoo…
An underwater robot found inaccessible coral reefs in the deep ocean water in Australia. This human-inaccessible coral reef was located in mesophotic zone area along the Great Barrier Reef of Australia. The location was in depth with lower light level where human scuba diver couldn’t reach. The research was led by James Cook University and used a high-tech developed robot to investigate along the 500 km of Great Barrier Reef at the depth of 150 …
g real life swimming shark could move forward, backward, or left and right and even up and down. User could play with this cool toy robot while swimming in their back pool. This toy sized in two feet long, the controller is a water resistant radio controller that could be used both in or out side the water, and uses 6V battery to supply power. Product details here …
In the Bionic Learning Network in Festo the researcher studying and producing projects in bionics and pneumatics. This product called Hovercraft Vector is meeting of bionic with pneumatics. With bionics and pneumatics researcher in Festo can bring up new idea of technology. This Hovercraft is an example of highly precise maneuvering in land and water. This project developed together with the student in Bielefeld University of Applied Science. …
This document will provide information about building an under water robot. The under water robot can swim deep to look for Titanic, can see the volcano deep in the sea, dive thousand feet below, or discover new species deep in the dark ocean. Some under water robots controlled by built-in computers and can operate without any connection to the surface. These are called the AUVs (Autonomous Underwater Vehicles). Many of these underwater attach…
t make this robot easy to be handled. The Wi-Fi technology eases the programmable of this robot. This robot can carry cameras and sensors to do the exploration. This is because the robot designed to wear and carry loads to do underwater researches. …
This fire fighter robot is designed in distinctive way. The engineers designed this robot with snake mimicking anatomy. The concept was snake fighter concept and given the Anna Konda name. This robot became the first ever constructed water hydraulic snake robot in the world. It’s big and strong with 75 kg of weight and 3 m length. Anna Konda has nozzles in its head that enable this robot in spraying water to fight fire in field applications. Ski…
Jet Spray is a concept of functional fire fighting tool that can be used to eliminate the conventional water spray. The old conventional water spray is complex, confused and inefficient effort of reaching the spot in higher building. Jet spray features a detachable hose that firefighters will shoot into the fire zone via compressed gas power and then connect the other end to the water source; the nozzle will automatically start spraying water …
Robot called as ELADIN was entered the 2002 Best Inventions of TIME. This robot was developed by Dr. David Summers. Dr. David Summers who worked with his team at Rock Mechanics and Explosives Research Center at UMR developed ELADIN in order to provide tool to find and destroy landmines. The interesting fact was that the robot used waterjet to find the mines. The idea was inspired by water pistol, Summer said that, “When a child gets a hold of …
Researchers in Japan at Ryukoku University had developed a platform of free-moving capsule robot camera. This robot camera measured in miniature size and equipped with fin that able to be controlled remotely. With the tiny size this robot camera can be swallowed like capsule medicine. The advantage of being tiny also allows this capsule to move freely through intestine. This robot camera could be the world’s first free moving robot capsule camera, different with current robot camera that uses propeller to get move around the body. When this robot moves inside digestive tract it leaves the body feels the same way without this robot inside.
Wired for War is the most recent book from P. W. Singer that brings robotics as main theme. P. W. Singer or Peter Warren Singer is a senior fellow and director of the 21st Century Defense Initiative at the Brookings Institution. In his recent book entitled Wired for War Dr. Singer wants to tell people about the implication of robotics that used in war, politics, ethics, or law in present 21st century. In the first week of its release Wired for War book included into the New York Times non-fiction best seller list. Here in this book Dr. Singer writes about what is going to happen when science fiction becomes reality in the battlefield.
Hard to find water when the rain is no longer in season or trap in the middle of something that water is something expensive? This incredible machine could be the best answer to overcome those problems. Aqua Science Inc. in 2006 developed the Rain Maker Machine. This incredible machine is working in draws water from air, atmosphere. This incredible machine entered Time’s 2006 Best Inventions in Medicine categories. This machine is made in order to aim people in emergency condition like disaster or combat.
DARwIn-OP is a project robot that was sponsored by the National Science Foundation or NSF. RoMeLa was the developer of this robot. But RoMeLa didn’t work alone on this project; it was Purdue University, University of Pennsylvania, and Robotis Co, that worked together with RoMeLa. This robot is a platform robot that open for any kind of modification both software and hardware. Users are allowed to make their own modification for the hardware, while for the instruction manual and the assembly can be found for free on the available link.
This is the article about the magnificent Megatron action figure. He rises from his death to bring horror to people in universe. He rises from death and brings his army behind him to battle with autobots. Megatron has features like speech and light in his eyes and chest. These make him more look like a warrior. In robot mode and bring his swords he is ready to conquer the world. He can bring the battle to your life with the blasting sound features.
CobaltNiche has a unique conceptual idea on Formula 1 that has been exhibited in 2007 Australian Grand Prix. This conceptual project called as Stealth the revolutionary Formula 1 helmet. What makes Stealth unique and different from others is the use of “front entry” fitmen system. Conventional helmet will be used over the driver’s ears while Stealth is placed from behind the driver’s ears. This system makes Stealth inner foam fit precisely and perfectly to driver’s head. The visor part designed in large and clear view for the driver and allows spectator to watch the driver emotion and facial expression in driving Formula 1.
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