Thanks to its HTAL (High Torque Aerial Lift) advanced tilt-duct propulsion system, the AD-150 Unmanned Aircraft System (UAS) has been designed to take off and land vertically (VTOL) as well as reach a speed of about 300 knots.
It is still being developed by American Dynamics Flight Systems. Its airframe is to be made up of carbon fiber and kevlar materials. It could be one of the most effective drones of its generation with its versatile payload configuration; GCS interfaces; and interoperable data links. Its Pratt and Whitney engines could be feed with Jet-A; JP-4; and JP-5 fuel.
Pointing lasers at aircraft can cost pilots their lives. The FAA has decided to increase the penalty. This prank is to cost the offenders a hefty fine – up to $11,000. Some pen-shaped laser pointers have been reported around a thousand times in the USA in 2011, and 2,836 incidents were reported last year.
It may seem a harmless prank. However, when a laser pen user aims at an aircraft, it turns into a dangerous hazard as the laser light is reflected everywhere. When the beams re reflected into the pilots’ eyes, the can get blind, and cause a crash.
This is the brand new project being designed by EADS, and supported by Japan as well as the French DGAC (Direction Générale de l’Aviation Civile – FAA or CAA equivalent). The European consortium has just unveiled its ZEHST project as the Paris Air Show 2011 is opening. ZEHST stands for Zero Emission Hypersonic Transportation.
This aircraft would be both a commercial airplane, and a rocket. It could cruise at « flight level 1056 » i.e. 20 miles or 32 kilometers above the mean sea level… The ZEHST specifications feature a speed of Mach 4 but according to the video below, it might reach Mach 4.5 i.e. 5,500 km/h or 3,000 kts through the stratosphere. It would use two independent turbojets for taking off, then it would gain speed thanks to two cryogenic rocket engines, finally two ramjets would propell the aircraft to hypersonic speeds.
The ZEHST is supposed to pollute far less than the Concorde as it would have a main cruise stage in the stratospheric layers, and according to EADS, its carbon footprint should be very low. There could between 60 and 100 passengers on board who could join Tokyo from Paris in 2.5 hours instead of 11.5, and New-York in 1.5 hours instead of 8! The prototype is expected to fly by 2020, and the first passengers might enjoy stratospheric flights around 2050.
Airbus has just unveiled a revolutionary concept through images of a transparent airliner design.
This aircraft of the future will use the latest technology – bionic structure; blended airframe; enhanced laminar flow and noise reduction; blended V-tail; biomorphing seats; leading-edge relaxation systems; human body thermal recycling; dramatic panoramic view; round of golf; etc.
Airbus will showcase their project called Concept Cabin during the Paris Air Show, at Le Bourget Airport. A movie – Airbus Future of Flight – will also be shown in a 360° planetarium at the Musee de l’Air et de l’Espace from 20 to 26 June 2011. Watch what travelling by plane could be… 40 years ahead:
Special thanks to Thierry HERMAS – Aeronautical English teacher at the French Air Force Academy (EOAA, Salon de Provence) – who passed the video link on. Thank you very much indeed.
It happened over a field of Reichelsheim, near Frankfurt, Germany yesterday evening, June 13, 2011.
The Australian pilot died in the crash of the Goodyear blimp. The Zeppelin’s captain managed to save the lives of the 3 passengers when he heard a loud noise from an engine, and as it smelled gasoline, he urged the passengers to jump out at only 6 foot above the ground. The aircraft then dashed 50 meters higher. It blew out, before diving in flames. Video:
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