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When the Nazi regime came to power, among the actions taken by the United States was a law prohibiting the sale of helium and other resources to [[Germany]] in the 1930s, therefore the Hindenburg was filled with the flammable [[hydrogen]] to make its flights to the [[United States]].  On May 6, 1937, the Hindenburg caught fire while landing at Lakehurst Naval Air Station in [[Manchester]], [[New Jersey]]. About one third of those on board, 35 passengers, died not from the [[fire]] but by jumping to the ground the below.  Those who stayed calm and rode the aircraft to its landing survived unharmed.

When the Nazi regime came to power, among the actions taken by the United States was a law prohibiting the sale of helium and other resources to [[Germany]] in the 1930s, therefore the Hindenburg was filled with the flammable [[hydrogen]] to make its flights to the [[United States]].  On May 6, 1937, the Hindenburg caught fire while landing at Lakehurst Naval Air Station in [[Manchester]], [[New Jersey]]. About one third of those on board, 35 passengers, died not from the [[fire]] but by jumping to the ground the below.  Those who stayed calm and rode the aircraft to its landing survived unharmed.

The tragedy was caught on film, radio and pictures.  The bad publicity destroyed the future of this type of aircraft.  The exact cause of the fire is not known, but there are several theories.  One of which was that the skin of the ''Hindenburg'' was waterproofed with [[cellulose]] [[acetate]], which is very flammable, and was coated with the [[aluminium]] powder that is used as a rocket fuel today. Hydrogen burns with a blue flame, however the ''Hindenburg'' burned with a bright red flame. The hydrogen would have escaped upwards when the bladders opened and did not contribute to the disaster.

The tragedy was caught on film, radio and pictures.  The bad publicity, as well as the destruction of several other dirigibles such as the ''Shenendoah'' led to the demise of this type of aircraft.  The exact cause of the fire is not known, but there are several theories.  One theory is that there was a discharge of static elecricity between the mooring mast and the aircraft. The skin of the ''Hindenburg'' was waterproofed with [[cellulose]] [[acetate]], which is very flammable, and was coated with the [[aluminium]] powder that is used as a rocket fuel today. Hydrogen burns with a blue flame, however the ''Hindenburg'' burned with a bright red flame. The hydrogen would have escaped upwards when the bladders opened and did not contribute to the disaster.

The ''Hindenburg'' was named after the President of Germany, [[Paul von Hindenburg]], who served from 1925 to 1934.

The ''Hindenburg'' was named after the President of Germany, [[Paul von Hindenburg]], who served from 1925 to 1934.