Airballoon festival party video 😘❤️

balloon, large airtight bag filled with hot air or a lighter-than-air gas, such as helium or hydrogen, to provide buoyancy so that it will rise and float in the atmosphere. Transport balloons have a basket or container hung below for passengers or cargo. A self-propelled steerable balloon is called an airship or a dirigible.

hot-air balloon
hot-air balloon
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Key People: Joseph-Louis Gay-Lussac Auguste Piccard Dick Smith Jean-Pierre Blanchard Ben L. Abruzzo
Related Topics: hot-air balloon basket envelope high-altitude balloon captive balloon
Balloons were used in the first successful human attempts at flying. Experimentation with balloonlike craft may have begun as early as 1709 with the work of Bartolomeu Lourenço de Gusmão, a Brazilian priest and inventor. In 1783 Joseph and Étienne Montgolfier at Annonay, France, confirmed that a fabric bag filled with hot air would rise. On June 4 of that year they launched an unmanned balloon that traveled more than 1.5 miles (2.4 km). At Versailles they repeated the experiment with a larger balloon on September 19, 1783, sending a sheep, rooster, and duck aloft.

On November 21, 1783, the first manned flight took place when Jean-François Pilâtre de Rozier and François Laurent, marquis d’Arlandes, sailed over Paris in a Montgolfier balloon. They burned wool and straw to keep the air in the balloon hot; their flight covered 5.5 miles (almost 9 km) in about 23 minutes. In December of that year the physicist Jacques Charles, accompanied by Nicolas-Louis Robert, flew a balloon filled with hydrogen on a two-hour flight.

Montgolfier balloon
Montgolfier balloon
Jean-François Pilâtre de Rozier and François Laurent, marquis d'Arlandes, ascending in a Montgolfier balloon at the Château de la Muette, Paris, November 21, 1783.
© Photos.com/Jupiterimages
Surveil the surroundings from a military balloon aircraft utilized throughout World War I
Surveil the surroundings from a military balloon aircraft utilized throughout World War I
World War I is remembered for its terrible combination of technological ingenuity and strategic indecisiveness. The growth of army sizes, and the introduction of new weapons like long-range heavy artillery and chemical gas, turned combat into mechanized carnage on an unprecedented scale. It also made it more essential than ever for armies to gather information about enemy troops and weapons. Stationary balloons were used for observation and artillery spotting as early as the American Civil War but found widespread use in World War I. This video shows the view from a balloon over the Western Front.
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Military uses for balloons were soon developed. Anchored observation balloons were used by Napoleon in some of his battles and by both sides in the American Civil War and in World War I. The powered airship developed from balloons, but, while the airship was eventually supplanted by the airplane, balloons have continued to find useful applications. During World War II, balloons were anchored over many parts of Britain to defend against low-level bombing or dive-bombing.

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View the picturesque landscape of New Zealand's Southern Alps in a hot-air balloon
View the picturesque landscape of New Zealand's Southern Alps in a hot-air balloon
Learn about hot-air ballooning in the Southern Alps of New Zealand's South Island.
© Fun Travel TV (A Britannica Publishing Partner)
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Balloons have also proved enormously valuable to science. As early as 1911–12, Victor Francis Hess, an Austrian physicist, made a daring series of balloon ascents as high as 5,000 metres (about 3 miles) to prove the existence of cosmic rays. Advances in weather science since 1900 have resulted in great part from intensive exploration of the upper air by instrumented free balloons, which have risen to an altitude of 30 km (19 miles). Auguste Piccard, Swiss physicist and educator, set a world’s altitude record in May 1931 in a balloon of his own design, which featured the first pressurized cabin used in flight. Jean-Felix Piccard, twin brother of Auguste, experimented with plastic balloons and helped to design the polyethylene Skyhook series of high-altitude balloons with which the U.S. Air Force sent manned flights to more than 100,000 feet (30,000 metres) to collect data on the upper atmosphere. Sport ballooning has gained in popularity over the years.

Piccard balloon
Piccard balloon
Ascent of a Piccard balloon
UPI/Bettmann Archive
hot-air balloon
hot-air balloon
Hot-air balloons.
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This article was most recently revised and updated by Amy Tikkanen.