The Zeppelin Company had proposed LZ 128 in 1929, after the world flight of the LZ 127 Graf Zeppelin. This ship was to be approximately 245m (804ft) long and carry 140,000 cubic metres (4,900,000cuft) of hydrogen. Ten Maybach engines were to power five tandem engine cars (a plan from 1930 showed only four). The disaster of the British airship R 101 prompted the Zeppelin Company to reconsider the use of hydrogen, therefore scrapping the LZ 128 in favour of a new airship designed for helium, the LZ 129. Initial plans projected the LZ 129 to have a length of 248 metres (814ft), but 11m (36ft) was dropped from the tail in order to allow the ship to fit in Lakehurst Hangar No. 1.[4]
Hindenburg under construction
Manufacturing of components began in 1931, but construction of the Hindenburg did not commence until March 1932. The delay was largely due to Daimler-Benz designing and refining the LOF-6 diesel engines to reduce weight while fulfilling the output requirements set by the Zeppelin Company.[4]
Hindenburg had a duralumin structure, incorporating 15 Ferris wheel-like main ring bulkheads along its length, with 16 cotton gas bags fitted between them. The bulkheads were braced to each other by longitudinal girders placed around their circumferences. The airship's outer skin was of cotton doped with a mixture of reflective materials intended to protect the gas bags within from radiation, both ultraviolet (which would damage them) and infrared (which might cause them to overheat). The gas cells were made by a new method pioneered by Goodyear using multiple layers of gelatinized latex rather than the previous goldbeater's skins. In 1931 the Zeppelin Company purchased 5,000kg (11,000lb) of duralumin salvaged from the wreckage of the October 1930 crash of the British airship R101.[5]
Dining roomLounge, with the world map painted on the wall
Hindenburg's interior furnishings were designed by Fritz August Breuhaus, whose design experience included Pullman coaches, ocean liners, and warships of the German Navy.[6] The upper "A" Deck contained 25 small two-passenger cabins in the middle flanked by large public rooms: a dining room to port and a lounge and writing room to starboard. Paintings on the dining room walls portrayed the Graf Zeppelin's trips to South America. A stylized world map covered the wall of the lounge. Long slanted windows ran the length of both decks. The passengers were expected to spend most of their time in the public areas, rather than their cramped cabins.[7]
The lower "B" Deck contained washrooms, a mess hall for the crew, and a smoking lounge. Harold G. Dick, an American representative from the Goodyear Zeppelin Company,[8] recalled "The only entrance to the smoking room, which was pressurized to prevent the admission of any leaking hydrogen, was via the bar, which had a swiveling air lock door, and all departing passengers were scrutinized by the bar steward to make sure they were not carrying out a lit cigarette or pipe."[9][10]
Use of hydrogen instead of helium
Helium was initially selected for the lifting gas because it was the safest to use in airships, as it is not flammable.[11] One proposed measure to save helium was to make double-gas cells for 14 of the 16 gas cells; an inner hydrogen cell would be protected by an outer cell filled with helium,[11][12] with vertical ducting to the dorsal area of the envelope to permit separate filling and venting of the inner hydrogen cells. At the time, however, helium was also relatively rare and extremely expensive as the gas was available in industrial quantities only from distillation plants at certain oil fields in the United States. Hydrogen, by comparison, could be cheaply produced by any industrialized nation and being lighter than helium also provided more lift. Because of its expense and rarity, American rigid airships using helium were forced to conserve the gas at all costs and this hampered their operation.[13]
Despite a U.S. ban on the export of helium under the Helium Control Act of 1927,[14] the Germans designed the airship to use the far safer gas in the belief that they could convince the U.S. government to license its export. When the designers learned that the National Munitions Control Board refused to lift the export ban, they were forced to re-engineer Hindenburg to use flammable hydrogen gas, which was the only alternative lighter-than-air gas that could provide sufficient lift.[11] One of the side benefits of being forced to utilize the flammable yet lighter hydrogen was that more passenger cabins could be added.
Operational history
Launching and trial flights
Hindenburg on its first flight on March 4, 1936. The name of the airship was not yet painted on the hull.
Four years after construction began in 1932, Hindenburg made its maiden test flight from the Zeppelin dockyards at Friedrichshafen on March 4, 1936, with 87 passengers and crew aboard. These included the Zeppelin Company chairman, Dr. Hugo Eckener, as commander, former World War I Zeppelin commander Lt. Col. Joachim Breithaupt representing the German Air Ministry, the Zeppelin Company's eight airship captains, 47 other crew members, and 30 dockyard employees who flew as passengers.[15]Harold G. Dick was the only non-Luftschiffbau representative aboard. Although the name Hindenburg had been quietly selected by Eckener over a year earlier,[16] only the airship's formal registration number (D-LZ129) and the five Olympic rings (promoting the 1936 Summer Olympics to be held in Berlin that August) were displayed on the hull during its trial flights. As the airship passed over Munich on its second trial flight the next afternoon, the city's Lord Mayor, Karl Fiehler, asked Eckener by radio the LZ129's name, to which he replied "Hindenburg". On March 23, Hindenburg made its first passenger and mail flight, carrying 80 reporters from Friedrichshafen to Löwenthal. The ship flew over Lake Constance with Graf Zeppelin.[17]
The name Hindenburg lettered in 1.8-metre (5ft 11in) high red Fraktur script (designed by Berlin advertiser Georg Wagner) was added to its hull three weeks later before the Deutschlandfahrt on March 26. No formal naming ceremony for the airship was ever held.[18]
Flag of the Deutsche Zeppelin-Reederei GmbH
The airship was operated commercially by the Deutsche Zeppelin Reederei (DZR) GmbH, which had been established by Hermann Göring in March 1935 to increase Nazi influence over airship operations.[19] The DZR was jointly owned by the Luftschiffbau Zeppelin (the airship's builder), the Reichsluftfahrtministerium (German Air Ministry), and Deutsche Lufthansa A.G. (Germany's national airline at that time), and also operated the LZ 127 Graf Zeppelin during its last two years of commercial service to South America from 1935 to 1937. Hindenburg and its sister ship, the LZ 130 Graf Zeppelin II (launched in September 1938), were the only two airships ever purpose-built for regular commercial transatlantic passenger operations, although the latter never entered passenger service before being scrapped in 1940.
After a total of six flights made over a three-week period from the Zeppelin dockyards where the airship had been built, Hindenburg was drafted—over Hugo Eckener's objections—for a formal public debut in a 6,600km (4,100mi) Nazi Party propaganda flight around Germany (Die Deutschlandfahrt) made jointly with the Graf Zeppelin from March 26 to 29.[20] This was to be followed by its first commercial passenger flight, a four-day transatlantic voyage to Rio de Janeiro that departed from the Friedrichshafen Airport in nearby Löwenthal on March 31.[21] After again departing from Löwenthal on 6 May on its first of ten round trips to North America made in 1936,[22] all Hindenburg's subsequent transatlantic flights to both North and South America originated at the airport at Frankfurt am Main.[23][24]
Die Deutschlandfahrt
Propaganda leaflet dropped from Hindenburg during the Deutschlandfahrt, quoting Adolf Hitler's March 7 Rhineland speech in the Reichstag
In order to justify its remilitarization—which was also a violation of the 1925 Locarno Pact[26]—a post hocreferendum was quickly called by Hitler for March 29 to "ask the German people" to both ratify the Rhineland's occupation by the German Army, and to approve a single party list composed exclusively of Nazi candidates to sit in the new Reichstag. The Hindenburg and the Graf Zeppelin were designated by the government as a key part of the process.[27] As a public relations ploy, Propaganda Minister Joseph Goebbels demanded that the Zeppelin Company make the two airships available for a tour of Germany (Deutschlandfahrt), flying "in tandem" around Germany over the four-day period prior to the voting with a joint departure from Löwenthal on the morning of March 26.[28]
The Zeppelin Company chairman, Dr. Hugo Eckener, disapproved of this propaganda use of his craft. According to American reporter William L. Shirer, "Hugo Eckener, who is getting [the Hindenburg] ready for its maiden flight to Brazil, strenuously objected to putting it in the air this weekend on the ground it was not fully tested, but Dr. Goebbels insisted. Eckener, no friend of the regime, refused to take it up himself, but allowed Captain [Ernst] Lehmann to. [Goebbels] is reported howling mad and is determined to get Eckener."[29]
While gusty wind conditions on the morning March 26 threatened a safe launch of the new airship, Hindenburg's commander, Captain Ernst Lehmann, was determined to impress the politicians, Nazi party officials, and press present at the airfield with an "on time" departure and thus proceeded with its launch despite the adverse conditions. As the massive airship began to rise under full engine power she was caught by a 35-degree crosswind gust, causing her lower vertical tail fin to strike and be dragged across the ground, resulting in significant damage to the bottom portion of the airfoil and its attached rudder.[30][31] Hugo Eckener was furious and rebuked Lehmann.[32]
Graf Zeppelin, which had been hovering above the airfield waiting for Hindenburg to join it, had to start off on the propaganda mission alone while LZ 129 returned to her hangar. There temporary repairs were quickly made to its empennage before joining up with the smaller airship several hours later.[33] As millions of Germans watched from below, the two giants of the sky sailed over Germany for the next four days and three nights, dropping propaganda leaflets, blaring martial music and slogans from large loudspeakers, and broadcasting political speeches from a makeshift radio studio aboard Hindenburg.[34]
On March 29, as German citizens voted overwhelmingly in favor of the Rhineland re-occupation, the Hindenburg was aloft over Berlin. Later, Hugo Eckener privately mocked Goebbels by telling friends, "There were forty persons on the Hindenburg. Forty-two 'yes' votes were counted." William Shirer recorded: "Goebbels has forbidden the press to mention Eckener's name."[35]
First commercial passenger flight
Zeppelin passenger lapel pinsThe Hindenburg after its first flight to Rio in April 1936. Note the temporary repair of the lower fin after the accident at Die Deutschlandfahrt.
With the completion of voting on the referendum (which the German Government claimed had been approved by a "98.79% 'Yes' vote"),[36][37]Hindenburg returned to Löwenthal on March 29 to prepare for its first commercial passenger flight, a transatlantic passage to Rio de Janeiro scheduled to depart from there on March 31.[38] Hugo Eckener was not to be the commander of the flight, however, but was instead relegated to being a "supervisor" with no operational control over Hindenburg while Ernst Lehmann had command of the airship.[39] To add insult to injury, Eckener learned from an Associated Press reporter upon Hindenburg's arrival in Rio that Goebbels had also followed through on his month-old threat to decree that Eckener's name would "no longer be mentioned in German newspapers and periodicals" and "no pictures nor articles about him shall be printed."[40] This action was taken because of Eckener's opposition to using Hindenburg and Graf Zeppelin for political purposes during the Deutschlandfahrt, and his "refusal to give a special appeal during the Reichstag election campaign endorsing Chancellor Adolf Hitler and his policies."[41] The existence of the ban was never publicly acknowledged by Goebbels, and it was quietly lifted a month later.[42]
While at Rio, the crew noticed one of the engines had noticeable carbon buildup from having been run at low speed during the propaganda flight days earlier.[43] On the return flight from South America, the automatic valve for gas cell 3 stuck open.[44] Gas was transferred from other cells through an inflation line. It was never understood why the valve stuck open, and subsequently the crew used only the hand-operated maneuvering valves for cells 2 and 3. Thirty-eight hours after departure, one of the airship's four Daimler-Benz 16-cylinder diesel engines (engine car no. 4, the forward port engine) suffered a wrist pin breakage, damaging the piston and cylinder. Repairs were started immediately and the engine functioned on fifteen cylinders for the remainder of the flight. Four hours after engine 4 failed, engine no. 2 (aft port) was shut down, as one of two bearing cap bolts for the engine crankshaft failed and the cap fell into the crank case. The cap was removed and the engine was run again, but when the ship was off Cape Juby the second cap broke and the engine was shut down again. The engine was not run again to prevent further damage. With three engines operating at a speed of 100.7km/h (62.6mph) and headwinds reported over the English Channel, the crew raised the airship in search of counter-trade winds usually found above 1,500 metres (4,900ft), well beyond the airship's pressure altitude. Unexpectedly, the crew found such a wind at the lower altitude of 1,100 metres (3,600ft) which permitted them to guide the airship safely back to Germany after gaining emergency permission from France to fly a more direct route over the Rhone Valley. The nine-day flight covered 20,529 kilometres (12,756mi) in 203 hours and 32 minutes of flight time.[45] All four engines were later overhauled and no further problems were encountered on later flights.[46] For the rest of April, Hindenburg remained at its hangar where the engines were overhauled and the lower fin and rudder received a final repair; the ground clearance of the lower rudder was increased from 8 to 14 degrees.
1936 transatlantic season
LZ 129 arrival at NAS Lakehurst, May 9, 1936. USSLos Angeles(ZR-3) is moored upper right.Hindenburg galley in 1936
Hindenburg made 17 round trips across the Atlantic in 1936—its first and only full year of service—with ten trips to the United States and seven to Brazil. The flights were considered demonstrative rather than routine in schedule. The first passenger trip across the North Atlantic left Frankfurt on 6 May with 56 crew and 50 passengers, arriving in Lakehurst, New Jersey on 9 May. As the elevation at Rhein-Main's airfield lies at 111m (364ft) above sea level, the airship could lift 6 tonnes (13,000lb) more at takeoff there than she could from Friedrichshafen, which was situated at 417m (1,368ft).[47] Each of the ten westward trips that season took 53 to 78 hours and eastward took 43 to 61 hours. The last eastward trip of the year left Lakehurst on October 10; the first North Atlantic trip of 1937 ended in the Hindenburg disaster.
In May and June 1936, Hindenburg made surprise visits to England. In May it was on a flight from America to Germany when it flew low over the West Yorkshire town of Keighley. A parcel was then thrown overboard and landed in the High Street. Two boys, Alfred Butler and Jack Gerrard, retrieved it and found the contents to be a bouquet of carnations, a small silver cross and a letter on official note paper dated May 22, 1936. The letter read: "To the finder of this letter, please deposit these flowers and cross on the grave of my dear brother, Lt. Franz Schulte, 1 Garde Regt, zu Fuss, POW in Skipton cemetery in Keighley near Leeds. Many thanks for your kindness. John P. Schulte, the first flying priest".[48][49] Historian Oliver Denton speculates that the June visit may have had a more sinister purpose: to observe the industrial heartlands of Northern England.[50]
In July 1936, Hindenburg completed a record Atlantic round trip between Frankfurt and Lakehurst in 98 hours and 28 minutes of flight time (52:49 westbound, 45:39 eastbound).[51] Many prominent people were passengers on the Hindenburg, including boxerMax Schmeling making his triumphant return to Germany in June 1936 after his world heavyweight title knockout of Joe Louis at Yankee Stadium.[52][53][54] In the 1936 season, the airship flew 191,583 miles (308,323km) and carried 2,798 passengers and 160 tons of freight and mail, encouraging the Luftschiffbau Zeppelin Company to plan the expansion of its airship fleet and transatlantic service.[citation needed]
The airship was said to be so stable a pen or pencil could be balanced on end atop a table without falling. Launches were so smooth that passengers often missed them, believing the airship was still docked to the mooring mast. A one-way fare between Germany and the United States was US$400 (equivalent to $8,783in 2023); Hindenburg passengers were affluent, usually entertainers, noted sportsmen, political figures, and leaders of industry.[55][56]Hindenburg was used again for propaganda when it flew over the Olympic Stadium in Berlin on August 1 during the opening ceremonies of the 1936 Summer Olympic Games. Shortly before the arrival of Adolf Hitler to declare the Games open, the airship crossed low over the packed stadium while trailing the Olympic flag on a long weighted line suspended from its gondola.[57] On September 14, the ship flew over the annual Nuremberg Rally.
On October 8, 1936, Hindenburg made a 10.5 hour flight (the "Millionaires Flight") over New England carrying 72 wealthy and influential passengers including financier and future U.S. Ambassador to the United Kingdom Winthrop W. Aldrich, his 28-year-old nephew Nelson Rockefeller, who became the Governor of New York and, later, Vice President of the United States, various German and American government officials and military officers, as well as key figures in the aviation industry, including Juan Trippe, founder and Chief Executive of Pan American Airways, and World War I flying ace Captain Eddie Rickenbacker, president of Eastern Airlines. The ship arrived at Boston by noon and returned to Lakehurst at 5:22pm before making its final transatlantic flight of the season back to Frankfurt.[58]
During 1936, Hindenburg had a Blüthner aluminium grand piano placed on board in the music salon, though the instrument was removed after the first year to save weight.[59] Over the winter of 1936–37, several alterations were made to the airship's structures. The greater lift capacity allowed nine passenger cabins to be added, eight with two beds and one with four, increasing passenger capacity to 70.[60] These windowed cabins were along the starboard side aft of the previously installed accommodations, and it was anticipated for the LZ 130 to also have these cabins.[61] Additionally, the Olympic rings painted on the hull were removed for the 1937 season.
Hindenburg also had an experimental aircraft hook-on trapeze similar to the one on the U.S. Navy Goodyear–Zeppelin built airships Akron and Macon. This was intended to allow customs officials to be flown out to Hindenburg to process passengers before landing and to retrieve mail from the ship for early delivery. Experimental hook-ons and takeoffs, piloted by Ernst Udet, were attempted on March 11 and April 27, 1937, but were not very successful, owing to turbulence around the hook-up trapeze. The loss of the ship ended all prospects of further testing.[62]
After making the first South American flight of the 1937 season in late March, Hindenburg left Frankfurt for Lakehurst on the evening of 3 May, on its first scheduled round trip between Europe and North America that season. Although strong headwinds slowed the crossing, the flight had otherwise proceeded routinely as it approached for a landing three days later.[63]
Hindenburg's arrival on 6 May was delayed for several hours to avoid a line of thunderstorms passing over Lakehurst, but around 7:00pm the airship was cleared for its final approach to the Naval Air Station, which it made at an altitude of 200m (660ft) with Captain Max Pruss in command. At 7:21pm a pair of landing lines were dropped from the nose of the ship and were grabbed hold of by ground handlers. Four minutes later, at 7:25pm Hindenburg burst into flames and dropped to the ground in a little over half a minute. Of the 36 passengers and 61 crew aboard, 13 passengers[64] and 22 crew[65] died, as well as one member of the ground crew, a total of 36 lives lost.[66][67][68]Herbert Morrison's commentary of the incident became a classic of audio history.
The exact location of the initial fire, its source of ignition, and the source of fuel remain subjects of debate. The cause of the accident has never been determined conclusively, although many hypotheses have been proposed. Sabotage theories notwithstanding, one hypothesis often put forth involves a combination of gas leakage and atmospheric static conditions. Manually controlled and automatic valves for releasing hydrogen were located partway up one-meter diameter ventilation shafts that ran vertically through the airship.[69] Hydrogen released into a shaft, whether intentionally or because of a stuck valve, would have mixed with air already in the shaft—potentially in an explosive ratio. Alternatively, a gas cell could have been ruptured by the breaking of a structural tension wire causing a mixing of hydrogen with air.[70] The high static charge collected from flying within stormy conditions and inadequate grounding of the outer envelope to the frame could have ignited any resulting gas-air mixture at the top of the airship.[71] In support of the hypothesis that hydrogen was leaking from the aft portion of the Hindenburg prior to the conflagration, water ballast was released at the rear of the airship and six crew members were dispatched to the bow to keep the craft level.
Another more recent theory involves the airship's outer covering. The silvery cloth covering contained material with cellulose nitrate, which is highly flammable.[72] This theory is controversial and has been rejected by other researchers[73] because the outer skin burns too slowly to account for the rapid flame propagation[63] and gaps in the fire correspond with internal gas cell divisions, which would not be visible if the fire had spread across the skin first.[73] Hydrogen fires had previously destroyed many other airships.[74]
The duralumin framework of Hindenburg was salvaged and shipped back to Germany. There the scrap was recycled and used in the construction of military aircraft for the Luftwaffe, as were the frames of Graf Zeppelin and Graf Zeppelin II when they were scrapped in 1940.[75]
A partially burned piece of mail from the Hindenburg's last flight
Hindenburg on fire
A fire-scorched duralumin Hindenburgcross brace salvaged from the crash site
The Hindenburg is a 1975 film inspired by the disaster, but centered on the sabotage theory. Some of these plot elements were based on real bomb threats before the flight began, as well as proponents of the sabotage theory. The actual model from the movie is now on permanent display in the National Air and Space Museum in Washington, D.C.
In The Waltons 1977 episode "The Inferno", John Boy Walton is sent by a publication to cover the New Jersey landing, and is traumatized by witnessing the event.
Hindenburg: The Last Flight is a 2011 German TV miniseries directed by Philipp Kadelbach. Like the 1975 film, it also focuses on the sabotage theory; the plot is about a young engineer who uncovers a plot to blow up the Hindenburg while the German airship is preparing for its maiden voyage to America.
↑ Peter Hancock (2017). Transports of Delight: How Technology Materializes Human Imagination. Cham, Switzerland: Springer International Publishing. p.29. ISBN978-3-319-55247-7.
1 2 Grossman, Dan; Ganz, Cheryl; Russell, Patrick (2017). Zeppelin Hindenburg: An Illustrated History of LZ-129. The History Press. p.33. ISBN978-0750969956.
↑ "Hitler gets biggest vote: Many blanks counted in, 542,953 are invalidated. Some 'Noes' Not Counted; Confusion Causes Counting of Blanks and Many May Have Shown Opposition". The New York Times, March 30, 1936.
↑ "Foreign News: May God Help Us!" Time, April 6, 1936
↑ Oliver Denton (2003), The Rose and the Swastika: The Story of the Hindenburg's Visits to Yorkshire in May and June 1936, Settle, West Yorkshire: Hudson History, ISBN1903783224
↑ Thompson, Craig. "Airship Like a Giant Torch On Darkening Jersey Field: Routine Landing Converted Into Hysterical Scene in Moment's Time—Witnesses Tell of 'Blinding Flash' From Zeppelin." The New York Times, May 7, 1937.
↑ Air Commerce Bulletin of August 15, 1937 (vol. 9, no. 2) published by the United States Department of Commerce
↑ "The Hindenburg Accident. A Comparative Digest of the Investigations and Findings With the American and Translated German Reports Included." R.W. Knight, Acting Chief, Air Transport Section. U.S. Department of Commerce, Bureau of Air Commerce, Safety and Planning Division, Report No. 11, August 1938.
↑ Report of the German Investigation Commission about the Accident of the Airship "Hindenburg" on May 6, 1937, at Lakehurst, U.S.A.
↑ Bokow, Jacquelyn Cochran (1997). "Hydrogen Exonerated in Hindenburg Disaster". National Hydrogen Association. Archived from the original on January 13, 2010. Retrieved January 11, 2010. The NHA's mission is to foster the development of hydrogen technologies and their utilization in industrial, commercial, and consumer applications and promote the role of hydrogen in the energy field.
Archbold, Rick. Hindenburg: An Illustrated History. Toronto: Viking Studio/Madison Press, 1994. ISBN0-670-85225-2.
Birchall, Frederick. "100,000 Hail Hitler; U.S. Athletes Avoid Nazi Salute to Him". The New York Times, August 1, 1936, p.1.
Botting, Douglas. Dr. Eckener's Dream Machine: The Great Zeppelin and the Dawn of Air Travel. New York: Henry Holt & Co., 2001. ISBN0-8050-6458-3.
Davis, Stephen. Hammer of the Gods: The Led Zeppelin Saga (LPC). New York: Berkley Boulevard Books, 1995. ISBN0-425-18213-4.
Dick, Harold G. and Douglas H. Robinson. The Golden Age of the Great Passenger Airships Graf Zeppelin & Hindenburg. Washington, D.C.: Smithsonian Institution Press, 1985. ISBN1-56098-219-5.
Duggan, John. LZ 129 "Hindenburg": The Complete Story. Ickenham, UK: Zeppelin Study Group, 2002. ISBN0-9514114-8-9.
Eckener, Hugo, translated by Douglas Robinson. My Zeppelins. London: Putnam & Co. Ltd., 1958.
Hindenburg's Fiery Secret (DVD). Washington, D.C.: National Geographic Video, 2000.
Hoehling, A.A. Who Destroyed The Hindenburg? Boston: Little, Brown and Company, 1962. ISBN0-445-08347-6.
Lehmann, Ernst. Zeppelin: The Story of Lighter-than-air Craft. London: Longmans, Green and Co., 1937.
Majoor, Mireille. Inside the Hindenburg. Boston: Little, Brown and Company, 2000. ISBN0-316-12386-2.
Mooney, Michael Macdonald. The Hindenburg. New York: Dodd, Mead & Company, 1972. ISBN0-396-06502-3.
Provan, John. LZ-127 "Graf Zeppelin": The story of an Airship, vol. 1 & vol. 2 (Amazon Kindle ebook). Pueblo, Colorado: Luftschiff Zeppelin Collection, 2011.
A Zeppelin is a type of rigid airship named after the German inventor Ferdinand von Zeppelin who pioneered rigid airship development at the beginning of the 20th century. Zeppelin's notions were first formulated in 1874 and developed in detail in 1893. They were patented in Germany in 1895 and in the United States in 1899. After the outstanding success of the Zeppelin design, the word zeppelin came to be commonly used to refer to all forms of rigid airships. Zeppelins were first flown commercially in 1910 by Deutsche Luftschiffahrts-AG (DELAG), the world's first airline in revenue service. By mid-1914, DELAG had carried over 10,000 fare-paying passengers on over 1,500 flights. During World War I, the German military made extensive use of Zeppelins as bombers and as scouts. Numerous bombing raids on Britain resulted in over 500 deaths.
An airship or dirigible balloon is a type of aerostat or lighter-than-air aircraft that can navigate through the air under its own power. Aerostats gain their lift from a lifting gas that is less dense than the surrounding air.
Count Ferdinand von Zeppelin was a German general and later inventor of the Zeppelin rigid airships. His name became synonymous with airships and dominated long-distance flight until the 1930s. He founded the company Luftschiffbau Zeppelin.
Hugo Eckener was the manager of the Luftschiffbau Zeppelin during the inter-war years, and also the commander of the famous Graf Zeppelin for most of its record-setting flights, including the first airship flight around the world, making him the most successful airship commander in history. He was also responsible for the construction of the most successful type of airships of all time. An anti-Nazi who was invited to campaign as a moderate in the German presidential elections, he was blacklisted by that regime and eventually sidelined.
USS Los Angeles was a rigid airship, designated ZR-3, which was built in 1923–1924 by the Zeppelin company in Friedrichshafen, Germany, as war reparations. She was delivered to the United States Navy in October 1924 and after being used mainly for experimental work, particularly in the development of the American parasite fighter program, was decommissioned in 1932.
LZ 127 Graf Zeppelin was a German passenger-carrying hydrogen-filled rigid airship that flew from 1928 to 1937. It offered the first commercial transatlantic passenger flight service. The ship was named after the German airship pioneer Ferdinand von Zeppelin, a count in the German nobility. It was conceived and operated by Hugo Eckener, the chairman of Luftschiffbau Zeppelin.
The Hindenburg is a 1975 American Technicolor disaster film based on the 1937 Hindenburg disaster. The film stars George C. Scott. It was produced and directed by Robert Wise, and was written by Nelson Gidding, Richard Levinson and William Link, based on the 1972 book of the same name by Michael M. Mooney.
Max Pruss was the commanding captain of the zeppelin LZ 129 Hindenburg on its last voyage and a surviving crew member of the disaster.
The Graf Zeppelin was the last of the German rigid airships built by Zeppelin Luftschiffbau during the period between the World Wars, the second and final ship of the Hindenburg class, and the second zeppelin to carry the name "Graf Zeppelin" and thus often referred to as Graf Zeppelin II. Due to the United States refusal to export helium to Germany, the Graf Zeppelin II was inflated with hydrogen and therefore never carried commercial passengers. It made 30 flights over 11 months in 1938–39, many being propaganda publicity flights; but staff of the Reich Air Ministry were aboard to conduct radio surveillance and measurements. The airship, along with its LZ 127 namesake were both scrapped in April 1940, and their duralumin framework salvaged to build aircraft for the Luftwaffe.
Luftschiffbau Zeppelin GmbH is a German aircraft manufacturing company. It is perhaps best known for its leading role in the design and manufacture of rigid airships, commonly referred to as Zeppelins due to the company's prominence. The name 'Luftschiffbau' is a German word meaning building of airships.
A rigid airship is a type of airship in which the envelope is supported by an internal framework rather than by being kept in shape by the pressure of the lifting gas within the envelope, as in blimps and semi-rigid airships. Rigid airships are often commonly called Zeppelins, though this technically refers only to airships built by the Luftschiffbau Zeppelin company.
The Hindenburg disaster was an airship accident that occurred on May 6, 1937, in Manchester Township, New Jersey, U.S. The LZ 129 Hindenburg was a German commercial passenger-carrying rigid airship, the lead ship of the Hindenburg class, the longest class of flying machine and the largest airship by envelope volume. It was designed and built by the Zeppelin Company and was operated by the German Zeppelin Airline Company. It was named after Field Marshal Paul von Hindenburg, who was president of Germany from 1925 until his death in 1934. Filled with hydrogen, it caught fire and was destroyed during its attempt to dock with its mooring mast at Naval Air Station Lakehurst. The accident caused 35 fatalities from the 97 people on board, and an additional fatality on the ground.
Sometimes dubbed the Golden Age of Aviation, the period in the history of aviation between the end of World War I (1918) and the beginning of World War II (1939) was characterised by a progressive change from the slow wood-and-fabric biplanes of World War I to fast, streamlined metal monoplanes, creating a revolution in both commercial and military aviation. By the outbreak of World War II in 1939 the biplane was all but obsolete. This revolution was made possible by the continuing development of lightweight aero engines of increasing power. The jet engine also began development during the 1930s but would not see operational use until later.
DELAG, acronym for Deutsche Luftschiffahrts-Aktiengesellschaft, was the world's first airline to use an aircraft in revenue service. It operated a fleet of zeppelin rigid airships manufactured by the Luftschiffbau Zeppelin Corporation. Its headquarters were located in Frankfurt, Germany.
The Zeppelin Museum Friedrichshafen is a museum in Friedrichshafen in Germany, the birthplace of the Zeppelin airship. The museum houses the largest collection on airship travel in the world, and chronicles the history of the Zeppelin airships. In addition, it is the only museum in Germany that combines technology and art. The museum has been in its current location at the Hafenbahnhof since it was reopened in 1996. The exhibition was designed by HG Merz.
Captain Ernst August Lehmann was a German Zeppelin captain. He was one of the most famous and experienced figures in German airship travel. The Pittsburgh Press called Lehmann the best airship pilot in the world, although he was criticized by Hugo Eckener for often making dangerous maneuvers that compromised the airships. He was a victim of the Hindenburg disaster in 1937.
The two Hindenburg-class airships were hydrogen-filled, passenger-carrying rigid airships built in Germany in the 1930s and named in honor of Paul von Hindenburg. They were the last such aircraft to be constructed, and in terms of their length, height, and volume, the largest aircraft ever built. During the 1930s, airships like the Hindenburg class were widely considered the future of air travel, and the lead ship of the class, LZ 129 Hindenburg, established a regular transatlantic service. The airship's destruction in a highly publicized accident was the end of these expectations. The second ship, LZ 130 Graf Zeppelin, was never operated on a regular passenger service, and was scrapped in 1940 along with its namesake predecessor, the LZ 127 Graf Zeppelin, by order of Hermann Göring.
The static buoyancy of airships in flight is not constant. It is therefore necessary to control the altitude of an airship by controlling its buoyancy: buoyancy compensation.
Deutsche Zeppelin-Reederei, abbreviated DZR, is a German limited-liability company that operates commercial passenger zeppelin flights. The current incarnation of the DZR was founded in 2001 and is based in Friedrichshafen. It is a subsidiary of Zeppelin Luftschifftechnik and operates Zeppelin NT "Next Generation" airships. By 2009 the DZR had transported over 55,000 passengers. As of 2012 the DZR flies a schedule of 12 tour routes between March and November in Southern Germany. The company also operates flights to other selected cities as well as charter flights.
LZ 127 Graf Zeppelin was a German passenger-carrying, hydrogen-filled rigid airship which flew from 1928 to 1937. It was designed and built to show that intercontinental airship travel was practicable. Its operational history included several long flights, such as a polar exploration mission, a round-the-world trip, trips to the Middle East and the Americas, and latterly being used as a propaganda vehicle for the ruling Nazi Party. The airship was withdrawn from service following the Hindenburg disaster.
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