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TheHistoryNet | Historical Discoveries | Swedish-Led Artic Expedition in a Balloon Led to a Tragic End
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Swedish-Led Artic Expedition in a Balloon Led to a Tragic End
It took 30 years to learn the fate of the first expedition to fly across the North Pole.

By Kenneth P. Czech

Brisk southerly winds buffeted the heavy fabric skin of the hydrogen-filled balloon, straining the man-made bubble against its guide ropes.

Feverish activity surrounded the craft as its three aeronauts went through a final checklist of supplies: canvas boats, sleds, tents, rifles, 36 homing pigeons, 55 pounds of chocolate cake, scientific instrument....The varied cargo would be necessary, believed expedition leader Saloman Andrée, should the balloon be forced down while attempting to be the first to sail over the North Pole. Few people in 1897 had experience in polar travel.

"Don't be uneasy if you receive no news from me for a year, and possibly not until the following year," Andrée cried out as fellow Swedes Knut Fraenkel and Nils Strindberg completed final adjustments within the gondola. Swedish sailors and scientists, crowding the barren beach of Danes Island in the northwestern island- group Spitsbergen, waved and cut loose the guide ropes holding the craft earthbound. Andrée's balloon, Ornen (Eagle), floated free, then drifted northward. It was the last time human eyes would see Andrée and his companions for more than 30 years.

Born at Grenna on Lake Vetter in south-central Sweden in 1854, young Saloman Andrée displayed an early interest in engineering and science. At age 17, he enrolled at Stockholm's Royal Institute of Technology, capping his education with a trip to America's Centennial Exposition in Philadelphia in 1876. At the fair, he met veteran balloonist John Wise who, Andrée wrote, "taught me the ABCs of his art. He took me to his shop and showed me how balloons were cut out, sewed together and varnished."

Returning to Sweden in the fall, Andrée became acquainted with the Arctic regions while on a meteorological expedition to Spitsbergen in 1882. While in France several years later, he studied the aerodynamics of ballooning with the early aeronaut Georges Besancon. It wasn't until 1892, however, that Andrée finally went aloft, twice, with Norwegian balloonist Captain Francesco Cetti. "I felt no sense of dizziness, not even when I leaned over the railing at the highest point of our flight and looked right down into the deep," Andrée later noted.

Saloman Andrée was hooked. He convinced a public trust fund in Stockholm to support him with a 5,000 kronor ($1,475 at an exchange rate of 3.39 kronor per U.S. dollar) donation to purchase his own balloon. Dubbed Svea, the 37,230-cubic-foot balloon was constructed in Paris by Gabriel Yon. In Svea, Andrée made nine flights including a crossing of the Baltic Sea. Aerial photographs were taken and a variety of scientific experiments conducted. On one flight, Svea drifted well out over open water. Andrée managed to guide the balloon over rocky islands on the Finnish coast and make a desperate landing. The Swede was rescued the following day by a fisherman whose wife thought Judgment Day had arrived when she saw the huge balloon.

The aeronaut plunged into the details of the polar expedition with enthusiasm. Nordenskjld estimated the cost at 128,800 kronor ($38,000). He also lent his stamp of support when Andrée publicly submitted the idea to the Swedish Academy of Science on February 13, 1895. Among Andrée's stated requirements were: a balloon capable of carrying a crew of three, complete with instruments and provisions for four months; the balloon should be impermeable enough to be kept afloat for 30 days; and the filling of the balloon with hydrogen had to take place as near to the North Pole as possible.

Andrée reckoned that he would have to prepare his balloon at Spitsbergen, the island chain fringing the Arctic Ocean at 20 degrees north latitude. During the islands' short summer, he hoped southerly winds would propel him over the Pole toward the Bering Strait. Traveling at an average height of 250 meters, he estimated the time needed to travel from Spitsbergen to the Pale to be from as little as five or six hours, if theirs was a lively wind velocity, up to about 43 hours if the breezes were mild.

Public interest in the aerial project skyrocketed. Alfred Nobel, the inventor of dynamite and donor of the Nobel prizes, contributed 65,000 kronor ($19,175). King Oscar II of Sweden provided a generous donation, as did Baron Oscar Dickson of Gothenburg and Professor Gustav Retzius, Andrée's old teacher. An additional $1,000 unexpectedly arrived, a gift from a Swede living in Buenos Aires.

Saloman Andrée turned to premier balloon maker Henri Lachambre at Champs de Mars in Paris. Christened Ornen, the new balloon featured an elliptical shape with a capacity of 170,000 cubic feet. Three layers of double Chinese silk formed the upper half of the envelope, with a single layer on the bottom half. A heavy casing of woven hempen netting shrouded the balloon, which was surmounted by a cap, or calotte, of varnished silk to keep arctic snows from lodging in the netting.

Suspended from a bearing ring formed from American elm wood was a wicker car measuring 6.5 feet in diameter and 5 feet deep. The circular gondola contained three sleeping berths. Astronomical and meteorological instruments vied for space with rifles, food supplies and survival equipment. Hanging from the bearing ring were canvas sacks containing a collapsible boat, snow sleds, sails and 36 bags of emergency food. Specially constructed pigeon cotes were squeezed in among bags of ballast and ropes.

By using a trio of canvas sails manipulated by guide ropes, Andrée hoped to tack the Ornen much the same way water-bound sailing vessels were tacked. A series of three trailing ballast ropes, each more than 1,000 feet in length, would aid Andrée in maintaining an altitude between 50 to 200 meters (165 to 650 feet) above ice and water. Each of the coconut-fiber ropes had been soaked in vaseline and tallow to reduce friction while being dragged over the ice and to make them impervious to water.

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