Frederick J. Hooven: Difference between revisions

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Frederick J. Hooven was born in Dayton, Ohio in 1905. When he was 5 years old he met Orville Wright and by age 15 was a regular visitor to the Wrights’ Dayton laboratory. He graduated from MIT in 1927 and went to work for General Motors as an engineer and inventor. In 1935 he became Vice President and Chief Engineer of the Radio Products Division of Bendix Aviation Corp. where he developed the Hooven Radio Compass, later known (and still known) as the Automatic Direction Finder or ADF, and installed one of the protoype units in Earhart’s Electra in 1936. By the time of his death he held 53 patents in fields as diverse as avionics, bombsights, automotive ignition and suspension systems, photographic typesetting, and medical technology. In 1986 he was posthumously awarded the Robert Fletcher Award for “distinguished achievement and service” by the Thayer School of Engineering, Dartmouth College.
'''Frederick J. Hooven''' (born 5 March 1905, Dayton, Ohio - died 5 February 1985) was an engineer and inventor.
* Born: March 5, 1905. Died: February 5, 1985.
 
* 1979 Election citation for [http://www.nae.edu/nae/naepub.nsf/Members+By+UNID/F6B9CC1A84C1B06886257552006B3350?opendocument the National Academy of Engineering]: "Development of the first heart-lung machine, first electronic typesetting, first controlled system for unmanned flight, and an improved automotive front-wheel drive system."
At age five, Hooven met Orville Wright and by age fifteen he was a regular visitor to the Wrights brothers' Dayton laboratory. Hooven graduated from MIT in 1927 and went to work for General Motors as an engineer. In 1935 he became vice president and chief engineer of the radio products division of [[Bendix Aviation]] Corporation. where he developed the [[Hooven Radio Compass]], which is still known as the [[Automatic Direction Finder]] (or ADF). Hooven installed one of the protoype units in Earhart’s Electra 10E in 1936, however Earhart swapped this unit out with a lighter, earlier system. This was partly to save weight for more fuel, but there may have been other reasons, such as her lack of understanding the need for and problems which could be foreseen in using radio navigation to find Howland Island. Her failure to find the island with the equipment on board the aircraft is likely the main reason for her disappearance and this has been cited as a flaw in planning.
* [http://www.tighar.org/Projects/Earhart/Documents/Hooven_Report/HoovenReport.html The Hooven Report] explains how Earhart removed the Hooven radio compass (now known as an Automatic Direction Finder or ADF) and replaced it with a lighter but more primitive system.
 
When he died, Hooven held 53 patents in fields such as avionics, bombsights, automotive ignition and suspension systems, photographic typesetting and medical technology. In 1986 he was posthumously awarded the Robert Fletcher Award for "distinguished achievement and service" by the Thayer School of Engineering, Dartmouth College.
 
==External links==
* [http://www.nae.edu/nae/naepub.nsf/Members+By+UNID/F6B9CC1A84C1B06886257552006B3350?opendocument 1979 Election citation for the National Academy of Engineering] ("Development of the first heart-lung machine, first electronic typesetting, first controlled system for unmanned flight, and an improved automotive front-wheel drive system.")
* [http://www.tighar.org/Projects/Earhart/Documents/Hooven_Report/HoovenReport.html The Hooven Report]

Revision as of 20:29, 21 February 2009

Frederick J. Hooven (born 5 March 1905, Dayton, Ohio - died 5 February 1985) was an engineer and inventor.

At age five, Hooven met Orville Wright and by age fifteen he was a regular visitor to the Wrights brothers' Dayton laboratory. Hooven graduated from MIT in 1927 and went to work for General Motors as an engineer. In 1935 he became vice president and chief engineer of the radio products division of Bendix Aviation Corporation. where he developed the Hooven Radio Compass, which is still known as the Automatic Direction Finder (or ADF). Hooven installed one of the protoype units in Earhart’s Electra 10E in 1936, however Earhart swapped this unit out with a lighter, earlier system. This was partly to save weight for more fuel, but there may have been other reasons, such as her lack of understanding the need for and problems which could be foreseen in using radio navigation to find Howland Island. Her failure to find the island with the equipment on board the aircraft is likely the main reason for her disappearance and this has been cited as a flaw in planning.

When he died, Hooven held 53 patents in fields such as avionics, bombsights, automotive ignition and suspension systems, photographic typesetting and medical technology. In 1986 he was posthumously awarded the Robert Fletcher Award for "distinguished achievement and service" by the Thayer School of Engineering, Dartmouth College.

External links