Solar plane takes off in Morocco on hardest flight yet

Jun 13, 2012
Swiss pilot Bertrand Piccard (right) celebrates next to co-pilot Andre Borschberg after landing the Solar Impulse solar plane at Rabat Sale airport. The solar-powered plane that last week made the world's first inter-continental flight took off on its most difficult challenge yet, flying in Morocco's desert climate.

The solar-powered plane that last week made the world's first inter-continental flight took off on its most difficult challenge yet on Wednesday, flying in Morocco's desert climate.

Swiss pilot Andre Borschberg steered the plane into the skies from Rabat airport at 0707 GMT and headed south toward the city of Ourzazate where he is expected to land around 2300 GMT if all goes well.

"This flight will certainly be the most difficult the plane has ever undertaken due to the hot and dry nature of the climate as well as the proximity of the massive Atlas mountains," towering up to more than 3,000 metres (9,800 feet), said a statement released by organisers on Tuesday.

"It is potentially extremely dangerous," said pilot Borschberg. "I know it is not going to be easy but I have the deep feeling that we know enough" to make a successful landing in the desert.

The high-tech aircraft, which has the of a large but weighs no more than a medium-sized car, is fitted with 12,000 feeding four electric engines and flies without using a drop of fuel.

Last week it flew into history books as it completed the world's first inter-continental flight by a solar plane, flying from Spain to Morocco, a feat that capped a string of other firsts, including the first manned plane to fly around the clock on sun's energy in July 2010.

The solar-powered plane that last week made the world's first inter-continental flight took off on its most difficult challenge yet, flying in Morocco's desert climate.

It holds the record for the longest flight by a manned solar-powered plane after staying aloft for 26 hours, 10 minutes and 19 seconds above Switzerland, and has also set a record for altitude by flying at 9,235 metres (30,298 feet).

Flying above the Moroccan -- the backdrop to the 1962 British cinema epic "Lawrence of Arabia" -- poses particular challenges such as thermal currents, and thunderstorms.

In fact, could prompt the flight director to delay the flight or alter the route.

Two itineraries for Wednesday's flight are under consideration: one would follow Morocco's Altantic coastline to Agadir at an altitude of 8,600 metres (28,000 feet) and bypass the Atlas mountains, while an inland option would take the aircraft towards Marrakesh at the foot of Atlas range.

The flight will be live-streamed on the project's website www.solarimpulse.com.

Last month, the solar-powered aircraft made the 2,500-kilometre (1,550-mile) journey from Madrid to Rabat, its longest to date, after an inaugural to Paris and Brussels last year.

The flights are intended as a rehearsal for the goal of a round-the-world trip in 2014.

The southern Moroccan destination of Quarzazate is also the future site of Morocco's first solar energy complex, the solar energy agency Masen said in a joint statement with Solar Impulse.

Masen is in charge of building the 160 megawatt plant with plans to reach a capacity of 500 MW by 2015.

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