Stemme AG of Strausberg, Germany (Booth 117), is showcasing its S10VT high-performance motor glider this week at EAA AirVenture 2014 in Oshkosh, Wis., on the heels of forging a manufacturing and marketing agreement with light sport aircraft OEM Remos Aircraft of Pasewalk, Germany. The S10VT, powered by a 115-hp Rotax 914 F turbocharged engine, features a patented folding propeller that enables the engine to be deployed or stowed in a matter of seconds, without changing the aircraft’s aerodynamics or center of gravity.
Can a glider fly to more than 90,000 feet? That’s the question the Perlan Project, a nonprofit aeronautical and atmospheric research organization, hopes to answer in a partnership with Airbus Group that was announced this week at EAA AirVenture 2014 in Oshkosh, Wis.
Pilots seeking to improve their manual flying skills should consider trying gliders, according to Captain Sarah Kelman. The former women’s world gliding champion and EasyJet safety officer told the Royal Aeronautical Society’s recent International Flight Crew Training Conference in London that flying gliders is beneficial to upset prevention and recovery training.
If your engine or engines suddenly quit, could you glide safely to the end of a runway? If that does happen, an iPad/iPhone app called Xavion can help point the way to a safe landing in any weather.
Xavion is the latest product from X-Plane simulator developer Austin Meyer’s Laminar Research. The company tested Xavion extensively on X-Plane and used the simulations to hone the program’s algorithms. A side benefit is that you can run Xavion on X-Plane to practice before trying it in a real airplane.
The rules for aircraft registered in the European Union require that technicians perform database updates on aircraft that weigh more than 6,020 pounds. Pilots are allowed to update databases for instrument panel-mounted navigation systems on privately owned aircraft (including helicopters and gliders) that weigh less than 6,020 pounds, and the pilot must own or be joint owner of the aircraft, according to regulation 2042/2003 Part M.
I spent most of my childhood summers on my grandfather’s farm, in the misty hollows that nestle in the Great Smoky Mountains of North Carolina.
In an age when every mistake in one’s life is attributable to a terrible childhood, I have no such excuse. I have only myself to blame. Whatever the road, it was of my choosing. And that is how this story begins, a near-lifetime ago.
Hawker Beechcraft Hawker 800XP/Schleicher ASW27-18, Smith, Nev., Aug. 28, 2006–The NTSB blamed the midair of the NetJets-managed Hawker and the glider on the failure of the glider pilot to use his transponder and on the high closure rate of the two aircraft, which limited each pilot’s opportunity to see and avoid the other.
Remarkably, the two pilots and three passengers on a NetJets Hawker 800XP and the pilot of a Schleicher sailplane escaped with their lives when the two aircraft collided at about 16,000 feet in VMC on August 28 near Smith, Nev. After the collision the pilot of the glider, 58-year-old Akihiro Hirao, bailed out and alighted safely, while the badly damaged jet made an emergency gear-up landing at Carson City Airport.
Remarkably, the two pilots and three passengers on a NetJets Hawker 800XP (N879QS) and the pilot of a Schleicher sailplane escaped serious injury when the two aircraft collided at about 16,000 feet yesterday afternoon near Carson City, Nev. The pilot of the glider bailed out and landed safely, while the jet made a gear-up landing at Carson City Airport.
The Schleicher sailplane that collided with a NetJets Hawker 800XP near Smith, Nev., on August 28 was equipped with a transponder, but it was not turned on. Transponder activation is not required for glider operations below 18,000 feet msl and outside controlled airspace.
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