The world’s first flying car took to the skies on March 18. Its name is the Transition, because it can switch between the road and the sky. The car that looks like a plane that looks like a car took off from a small airport in New York. The “roadable aircraft” is from a Boston based company called Terrafugia, which means “escape from land” in Latin. The designer and Terrafugia CEO Carl Dietrich has spent the past decade working on the project. In 2006 he won a $30,000 design award from the Massacheusettes Institute of Technology. He said his inspiration was to do something about America’s crowded highways and airports. Dietrich said: "This flight is a symbol of a new freedom in aviation. It's what enthusiasts have been striving for since 1918."
The two-seater Transition can take off and land at airports and drive on any road. The US government said it is officially a light sport aircraft and not a car. The flying car has wings that fold up for use on the road. It is around 5.8 metres long and 2 metres wide. Terrafugia hopes to start selling the Transition in 2011. The selling price will be between $150,000 and $200,000. There are already more than forty orders for it. Dietrich is excited about the Transition’s future. He told reporters: "This breakthrough changes the world of personal mobility. Travel now becomes a hassle-free integrated land-air experience.” It is not yet clear whether traffic police or air traffic control will handle the dozens, perhaps hundreds or thousands, of flying cars.
FISH ROBOTS TO DETECT WATER POLLUTION
British scientists are slated to release into Spanish seas five carp-shaped fish robots which are capable of detecting water pollution.
Built by Essex University researchers, the 1.5-meter-long robots have an eight-hour battery and move like real fish.
They are equipped with chemical sensors which enable them to detect harmful contaminants such as leaks from vessels or underwater pipelines.
Costing $29,000 each, the robots swim at a maximum speed of about one meter per second, do not need remote controlling and transmit information using Wi-Fi technology.
The fish robots will navigate the Bay of Biscay at Gijon in northern Spain as part of a three-year joint project between the engineering consultancy BMT Group and Essex University.
"The hope is that this will prevent potentially hazardous discharges at sea as the leak would undoubtedly get worse over time if not located," AFP quoted Professor Huosheng Hu of Essex University as saying.
If the project is successful, the fish could also be used in rivers, lakes and seas across the world to prevent the spread of pollution.
Built by Essex University researchers, the 1.5-meter-long robots have an eight-hour battery and move like real fish.
They are equipped with chemical sensors which enable them to detect harmful contaminants such as leaks from vessels or underwater pipelines.
Costing $29,000 each, the robots swim at a maximum speed of about one meter per second, do not need remote controlling and transmit information using Wi-Fi technology.
The fish robots will navigate the Bay of Biscay at Gijon in northern Spain as part of a three-year joint project between the engineering consultancy BMT Group and Essex University.
"The hope is that this will prevent potentially hazardous discharges at sea as the leak would undoubtedly get worse over time if not located," AFP quoted Professor Huosheng Hu of Essex University as saying.
If the project is successful, the fish could also be used in rivers, lakes and seas across the world to prevent the spread of pollution.
Sunday, March 22, 2009
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