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Human-Powered-Flight

Kenneth Huff and his team believe that rotor efficiency improvements will allow their desi...

Last September, the Gamera II team from the A. James Clark School of Engineering got so close to claiming the Sikorsky Prize of US$250,000 for human-powered helicopter flight that the American Helicopter Society must surely have been preparing to pull the dust covers off the safe and hand over the cash. Gamera II features a huge cross-shaped frame with enormous rotors at each of its four points, which are powered by sustained hand and foot pumping from a pilot at the center. It's a design that's been used by many of those attempting to nab the elusive prize (including AeroVelo's Atlas), but Georgia's Kenneth Huff has a rather more compact vision for success.  Read More

The Atlas helicopter is the latest human-powered helicopter to compete for the Sikorsky Pr...

The efforts of Maryland University's Gamera II team in snaring the US$250,000 Sikorsky Prize for human-powered helicopter flight have garnered much attention (not least from Gizmag) in recent months, and with good reason. But the team is by no means alone in chasing down its sadistic requirements set by the American Helicopter Society in 1980. First tested in August, The Atlas helicopter, by human-powered vehicle specialists AeroVelo, is the latest machine to enter the fray, and has already flown successfully, becoming only the fourth human-powered helicopter to do so.  Read More

The Gamera II team have broken the 60-second flight barrier and reached an altitude of ove...

The Gamera II team at the A. James Clark School of Engineering has certainly been keeping officials at the National Aeronautic Association (NAA) very busy this year. Kyle Gluesenkamp from the school's mechanical engineering department pedaled and cranked his way into the record books in June with a new official national record for human-powered helicopter flight with a time of 49.9 seconds, and now that too has been smashed. A new venue, and some vital modifications to the huge craft has resulted in the magic Sikorsky Prize 60-second barrier being surpassed for the very first time. Not only that, but Gamera II has also been taken up beyond eight feet before a serious crash landing put a stop to more record attempts.  Read More

The National Aeronautic Association has confirmed a new national record of 49.9 seconds fo...

The unofficial human-powered helicopter flight record set by Kyle Gluesenkamp from the A. James Clark School of Engineering's Gamera II team on June 21 2012 has just been ratified by the National Aeronautic Association (NAA). The new national record has now been submitted to the Fédération Aéronautique Internationale for approval as a new world record.  Read More

Gamera II pilot Kyle Gluesenkamp has smashed last year's human-powered helicopter flight t...

For over 30 years, the US$250,000 cash prize for the American Helicopter Society's Igor I. Sikorsky Human Powered Helicopter Competition prize has looked decidedly secure, but Gamera II has changed all that. Last week, Clark School of Engineering team pilots came so close to breaking one of the competition's major milestones that they could virtually smell it. Ph.D. candidate from Kyle Gluesenkamp from the School's mechanical engineering department, hand-cranking and pedaling like his life depended on it, managed to keep the huge quad-rotor craft aloft for 50 seconds, an impressive new world record that's currently awaiting validation by the National Aeronautic Association (NAA).  Read More

The Gamera human-powered helicopter team at the University of Maryland's Clark School of E...

Last July, the frantic pumping of upper and lower limbs of intrepid pilot Judy Wexler managed to keep the huge Gamera human-powered helicopter in the air for a record-breaking 11.4 seconds. The student team from the Alfred Gessow Rotorcraft Center at the University of Maryland's Department of Aerospace Engineering has since been busy refining and redesigning the craft for another stab at the elusive US$250,000 American Helicopter Society's Sikorsky Prize. Gamera II has been built for longer flight duration and is lighter and tougher than its predecessor, with improved transmission and enhanced rotor design. The new x-shaped craft is set to take off next week for its first test runs and the team is confident that existing record times will be smashed... but will it nab the ultimate prize?  Read More

The wings at rest in Smeets' workshop not long before the first test flight

A Dutch mechanical engineer is working on realizing da Vinci's dream of human-powered flight, with some help from modern technology. Jarnos Smeets is the driving force between the Human Birdwings Project, which utilizes a combination of gadgets including an HTC Wildfire S and a Wii remote. He claims to have conducted his first successful test flight this week, even though he didn't appear to get too far off the ground.  Read More

Hovering for 11.4 seconds has secured a place in the record books for the Gamera team, and...

A biology student has just hovered her way into the record books in a four-rotor, human-powered helicopter named after a giant flying turtle from Japanese kaiju movies. Gamera was built to try and claim the American Helicopter Society's Sikorsky Prize, that was set up in 1980 and has yet to be claimed. The team's first flights in May resulted in a 4.2-second U.S. national record, and now the record page has had to be rewritten again after the young pilot's frantic combination of hand and foot pedaling action kept Gamera in the air for nearly three times longer, during the recent summer flight sessions.  Read More

Remarkable inventor pioneered human-powered flight

September 6, 2007 The aeronautical world is mourning the loss of visionary inventor, designer and engineer Dr Paul MacCready, who passed away on 28 August 2007. Among his very long list of accomplishments, he was most widely known as the "father of human-powered flight". Using a craft he created, the Gossamer Condor, MacCready made the first sustained, controlled flight by a heavier-than-air craft powered solely by its pilot's muscles.  Read More

Da Vinci's Ornithopter ready to fly after 500 years

December 3, 2004 Humankind has dreamed of flight since ancient times, but until now most attempts to fly by flapping wings, either using human muscle or mechanical power, have failed. Over 500 years ago, Leonardo da Vinci conceptualised a self powered flying machine that would achieve both lift and thrust with flapping wings alone and named it the "ornithopter". Now, hot on the heels of the 100th Anniversary of the Wright Brothers pioneering air flight and the recent X Prize won by Burt Rutan for civilian, privately funded space flight, a team of scientists, engineers, and historians in Toronto have taken on the challenge to make Leonardo's orinthopter dream a reality.  Read More

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