Sustaining the Carrier War
The Deployment of U.S. Naval Air Power to the Pacific
Published on 15. March 2023
288 pages
978-1-68247-848-6 (ISBN)
Description
Winner of the 2023 John R. Lyman Award in Maritime History, North American Naval History
The ability of the United States Navy to fight and win a protracted war in the Pacific was not solely the result of technology, tactics, or leadership. Naval aviation maintenance played a major role in the U.S. victory over Japan in the second World War. The naval war against Japan did not achieve sustained success until enough aircraft technicians were available to support the high tempo of aviation operations that fast carrier task force doctrine demanded. When the United States realized war was imminent and ordered a drastic increase in the size of its aviation fleet, the Navy was forced to reconsider its earlier practices and develop new policies in maintenance, supply, and technical training. Not only did a shortage of technicians plague the Navy, but the scarcity of aviation supply and repair facilities in the Pacific soon caused panic in Washington. While the surface Navy's modernization of at-sea replenishment was beneficial, it did not solve the problems of sustaining war-time aircraft readiness levels sufficient to a winning a naval air war. Fisher outlines the drastic institutional changes that accompanied an increase in aviation maintenance personnel from fewer than 10,000 to nearly 250,000 bluejackets, the complete restructuring of the naval aviation technical educational system, and the development of a highly skilled labor force. The first comprehensive study on the importance of aircraft maintenance and the aircraft technician in the age of the aircraft carrier, Sustaining the Carrier War, provides the missing link to our understanding of Great Power conflict at sea.
The ability of the United States Navy to fight and win a protracted war in the Pacific was not solely the result of technology, tactics, or leadership. Naval aviation maintenance played a major role in the U.S. victory over Japan in the second World War. The naval war against Japan did not achieve sustained success until enough aircraft technicians were available to support the high tempo of aviation operations that fast carrier task force doctrine demanded. When the United States realized war was imminent and ordered a drastic increase in the size of its aviation fleet, the Navy was forced to reconsider its earlier practices and develop new policies in maintenance, supply, and technical training. Not only did a shortage of technicians plague the Navy, but the scarcity of aviation supply and repair facilities in the Pacific soon caused panic in Washington. While the surface Navy's modernization of at-sea replenishment was beneficial, it did not solve the problems of sustaining war-time aircraft readiness levels sufficient to a winning a naval air war. Fisher outlines the drastic institutional changes that accompanied an increase in aviation maintenance personnel from fewer than 10,000 to nearly 250,000 bluejackets, the complete restructuring of the naval aviation technical educational system, and the development of a highly skilled labor force. The first comprehensive study on the importance of aircraft maintenance and the aircraft technician in the age of the aircraft carrier, Sustaining the Carrier War, provides the missing link to our understanding of Great Power conflict at sea.
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04/2023
Naval Institute Press
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Person
Stan Fisher, a captain in the U.S. Navy, is a permanent professor of naval and American history at the United States Naval Academy. Before transitioning to classroom, he accumulated over 2,500 flight hours as a Navy pilot, mainly in SH-60B & MH-60R Seahawk helicopters. He earned a commission through the Naval Reserve Officer Training Corps in 1997 and has multiple deployments on frigates, cruisers, and aircraft carriers. Fisher has also served as a weapons and tactics instructor, squadron maintenance officer, and operational test director. Additionally, he has completed tours of duty in engineering and acquisitions at the Naval Air Systems Command. He is a past recipient of the Samuel Eliot Morison Naval History Scholarship and earned his PhD from the University of Maryland.
