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The HTV-2 is designed to travel at speeds of Mach 20

On Thursday, DARPA's unmanned Falcon Hypersonic Technology Vehicle-2 (HTV-2) was launched from Vandenberg Air Force Base in California aboard an Air Force Minotaur IV rocket, which inserted the aircraft into the desired trajectory. After separation from the rocket, the vehicle transitioned to Mach 20 (approximately 13,000 mph/21,000 km/h) aerodynamic flight but a little after nine minutes of monitored flight the signal from the vehicle was lost with initial indications that the second test flight has ended in the same way as the first - with a crash into the Pacific Ocean. Read More

The Cockpit Suite, where guests can sleep where pilots once traversed the skies (Photo: Li...

A Boeing 747 jumbo jet has been designed to offer travelers a good night's sleep without the turbulence. After being grounded at Stockholm's Arlanda Airport back in November 2002, it has been transformed into the world's first Jumbo Hostel. In doing so, the retired airliner has become a significant landmark and tourist attraction at the Swedish Airport. Read More

The Quadshot is a remote-control model aircraft that can hover like a helicopter, or fly l...

Eurocopter's X3 hybrid helicopter demonstrator combined the full hover flight capabilities of a helicopter with the fast cruise speeds of a turboprop-powered aircraft by basically installing two propellers on short-span fixed wings to supplement the helicopter's five-blade main rotor system. Now a new type of remote control model aircraft is looking to combine the hover capabilities of a helicopter with the ability to fly like an airplane in a completely different design. Instead of the quadricopter design employed by the Parrot AR Drone, the Quadshot uses a "flying wing" design with its four rotors allowing it to hover vertically like a helicopter or turn horizontal and swoop through the air like a stunt plane. Read More

Scientists have created a new sensor system, designed to spot potentially hazardous debris...

When the Air France Concorde Flight 4590 was taking off from Charles de Gaulle International Airport in July of 2000, it ran over a piece of debris that had been left on the runway by another plane. That incident caused the tire to rupture, sending pieces of itself flying into the underside of the Concorde. This in turn caused a fuel tank to rupture, the escaping fuel to catch fire, and ultimately led to the crashing of the airliner ... If there’s one thing that this event proved, it’s that debris on the runway can be dangerous. While human crews do already manually check for such debris, German scientists have created an automated system that they claim should do a better job. Read More

A new computer system has been designed to make managing the traffic on aircraft carrier f...

If you think working as an air traffic controller at an airport sounds stressful, imagine doing the same kind of work in the close confines of an aircraft carrier. Up to 60 aircraft can be continually taking off and landing, on a 4.5-acre (1.82-hectare) strip of deck that’s also occupied by numerous people and vehicles. For decades, a deck handling system that consists of plane-shaped cut-outs and color-coded thumbtacks has been used, but it’s only as reliable as the people placing those objects. An associate professor of aeronautics and astronautics from MIT has now devised a computer system, Deck operations Course of Action Planner (DCAP), that she believes could make things safer and more efficient. Read More

Google is sponsoring the Green Flight Challenge in which the e-Genius electric glider (pic...

Whether you view Google as a benevolent Internet overlord or the new 'Evil Empire', there’s no arguing that the search giant at least devotes some of its squazillions towards environmentally beneficial causes. Earlier this year the company invested US$168 million in what will be the world’s largest solar power tower plant and now it has partnered with NASA to sponsor the Green Flight Challenge that offers a prize purse of $1.65 million for the design of quiet, practical and energy-efficient aircraft. Read More

Rockwell Collins touch-control primary flight display (PFD)

For the first 50 years of computing, the input and output of a computer have been to different places. Mobile computing and the touch screen are quickly changing things though and the changes extend to the aircraft industry. At the 59th Annual Experimental Aircraft Association (EAA) Airventure in Oshkosh, Wisconsin, Rockwell Collins has unveiled the first touch-control primary flight displays (PFD) for business jets and turboprop aircraft, which will be available on future applications of the company’s Pro Line Fusion avionics system. Read More

Sikorsky's X2 Technology Demonstrator on its final flight on July 14, 2011

Sikorsky’s X2 Technology Demonstrator that first took to the air on August 27, 2008 has flown for the last time. The 23rd and final flight was conducted in the early morning of July 14, 2011 from Sikorsky’s new Innovations Center in West Palm Beach, Florida. In flight tests carried out over the three-year period, the X2 flew a total of around 22 hours and on September 15, 2010 achieved a maximum cruise speed of 253 knots in level flight – an unofficial record for a conventional helicopter. While the X2 is now officially entering retirement, the lessons learned and technologies developed for the X2 program will pave the way for Sikorsky’s S-97 Raider helicopter. Read More

The e-Genius concept electric aircraft has managed a record-breaking flight of over two ho...

Just a couple of weeks after its maiden flight at the end of May, the e-Genius electric aircraft has now winged its way into the record books - managing to stay aloft for over two hours and maintain an average speed of 100 mph (160 kph). Its University of Stuttgart development team are now looking to improve on that performance, ahead of the 2011 Green Flight Challenge for which it was designed. Read More

The DLR research aircraft ATRA, equipped with a fuel cell-powered electric nose wheel duri...

The goals of the Advisory Council for Aeronautics Research in Europe (ACARE) to reduce CO2 emissions by 50 percent, NOx emissions by 80 percent and noise cut by 50 percent by 2020 has seen aircraft manufacturers and airlines looking at alternative fuels such as biofuel. While not feasible for powering the flight of the aircraft itself, Airbus has also been looking at the potential for fuel cell technology to power a number of aircraft functions, such as autonomous taxiing. Read More

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