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Introduction

The USS Gerald R. Ford (CVN 78) launched in 2017 as the largest, most powerful warship the world had ever seen - ten times larger than the USS Langley (CV 1), America's first aircraft carrier. The Ford defined a new class of these capital ships, more dynamic, more capable than any that has sailed before her. Yet the legacy of her predecessors dating back nearly a century can be seen in her lines and courses through her steel.

This online exhibit explores the history of the American aircraft carrier - from the early 20th century when hydraulic gears launched airplanes made of wood and fabric from decks planked with wood; to the 21st century, when carbon-fiber jets are launched from electric rails.

President Washington believed that with a "decisive naval force," America can do "everything honorable and glorious." Carriers earned glory in the great naval battles of World War II, and in the post-war years proved Theodore Roosevelt's studied observation that, "A good Navy is not a provocation to war..." but "...the surest guarantee of peace." The USS Gerald R. Ford, like the Nimitz, the Enterprise, the Forrestal, and the Essex, continues this tradition, serving as a primary guarantee of the peaceful, free use of the seas.

Early Carriers


In 1912 Great Britain launched the first airplane from the deck of a moving ship, and Japan launched sea planes in air raids as early as 1914. Within four years, the British converted an ocean liner to a flattop carrier of aircraft whose primary purpose was to launch and land airplanes at sea.

By 1922 the United States converted a coaling ship into its first aircraft carrier. The USS Langley (CV-1) was soon followed by the Lexington and Saratoga, two converted cruisers. With these three vessels, America was keeping pace not only with Great Britain, but also with Japan, whose navy covered the western Pacific Ocean.

Between the great wars, these three naval powers joined Italy and France to try to limit the size and cost of their fleets. They signed the Washington Treaty in 1922, restricting the tonnage of the battleships, which were still seen as the primary ship of all navies. But carriers, too, were limited by the treaty. The Washington Treaty would survive unchallenged for twelve years. The United States began building the bigger carriers by 1937, and used them in 1941 after the attack on Pearl Harbor.

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World War II


As the 1930s drew to a close, war seemed increasingly inevitable. Germany extended its reach into Eastern Europe, and Japan moved westward and southward into Manchuria and the South China Sea. As the navies readied for war, admirals held to the idea that big guns on big ships decided naval battles. Aircraft carriers were to act as auxiliaries to the battle line, providing air cover for those big guns. In 1940 Germany commissioned the Bismarck, a ship that could throw its largest shells almost 20 miles. The primary objective of Japan's attack on Pearl Harbor was to sink the eight battleships moored there.

In each case, however, old tactics failed - the Bismarck was sunk by aircraft launched from two British carriers; Japan did not devastate Pearl Harbor from battleships but with torpedo bombers and fighters launched from Japanese aircraft carriers. The rules had changed; the "capital" ship was no longer the battleship but the aircraft carrier.

When the United States entered the war, the Navy sailed seven fleet aircraft carriers and one escort carrier. Most served in the Pacific, and by the end of 1942 the Japanese navy had sunk four of those. However by the war's end, American industry would send the Navy 110 aircraft carriers of different designs, configurations, and missions.

Meanwhile, in the Atlantic, carrier aircraft proved one of the most effective weapons against German U-boats, sending airplanes aloft to find and sink Nazi submarines. Carriers helped turn the tide in the Battle of the Atlantic, the war's longest engagement. The carrier-centered fleet was crucial to Allied victory in World War II.

Technology was pivotal in the outcome of World War II. Nowhere did the dramatic changes become more visible than on the open seas and in the skies. Sophisticated systems were developed for detection, navigation, communication, flight, and weaponry. As the fighting potential of America's ships and aircraft grew exponentially, enemy efforts grew more desperate.

The equipment used aboard ship before and after the war differed considerably. High-frequency radar extended detection capabilities and gave U.S. ships "eyes" at night. Radio communication extended greater distances. The large anti-aircraft guns and gyroscopic sights found on all major naval vessels by the end of the war were nonexistent prior to 1940. The rapid innovations even extended to supplying naval ships with fleet oilers that replaced scattered coal stations.

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Early Cold War


By 1945, Asia and Europe lay in ruin. The United States emerged as a global power, its homeland and industry unscathed by war.

The Soviet Union, formerly an ally, now stood ready to challenge America and the West. Already much of Eastern Europe lay behind what Great Britain's Prime Minister, Winston Churchill, called the "Iron Curtain." In the next global war, the Soviets could move against the West and China with no need for a navy. Yet Communist Russia built a powerful fleet seeking to trump America's one great advantage - the U.S. Navy.

To prepare for the Cold War, the United States developed strategic aircraft, concealed intercontinental missiles throughout the Midwest, and launched a fleet of ballistic missile submarines. The strength of its defense, however, lay in the nation's surface fleet. President John Kennedy argued, "Control of the seas means security; control of the seas means peace; control of the seas can mean victory."

Control of the seas, for the United States, meant aircraft carriers. Fifteen attack carriers would be kept in service, some deployed to the Pacific and Indian Oceans, others to the Atlantic and Mediterranean. The carriers and their task groups would project American power, affect American foreign policy, show the American flag, and respond to crises abroad. When Cold War hot spots flared up, whether in Korea, Cuba, Vietnam, or the Middle East, the first move to influence the balance of power and secure the region was made by carrier task groups, whose aircraft gained air superiority and made further action possible.

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Korean War


The Korean War proved the value of the aircraft carrier in the nuclear age. The war also proved that the aircraft carrier and its jet aircraft was the mainstay of U.S. military power.

Naval aircraft provided much needed air support at the beginning of the war, as the U.S. Air Force mobilized for the fight. Carrier air wings were instrumental in destroying enemy supply depots, bridges, roads, and railways. General MacArthur saw them as vital in supporting ground forces and maintaining air superiority against enemy MiGs. When the tide turned in November of 1950 as Chinese forces pushed Allied units south, Navy aviators covered the retreat.

To prepare for the Cold War, the United States developed strategic aircraft, concealed intercontinental missiles throughout the Midwest, and launched a fleet of ballistic missile submarines. The strength of its defense, however, lay in the nation's surface fleet. President John Kennedy argued, "Control of the seas means security; control of the seas means peace; control of the seas can mean victory."

The U.S. Navy quickly mobilized its carriers for combat in the Korean War, including the Midway-class carriers and World War II-era ships that were converted to accommodate jet aircraft. Navy planes averaged 900 sorties per day, compared to 100 by the enemy. Over 250,000 sorties were flown by the Navy, contributing 1/3 of the total air effort. The case for Cold War carriers was made. The Navy began the war with 15 active carriers and ended it with 38 in service.

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Vietnam War


The Vietnam War presented new challenges for American aircraft carriers. While technological advances provided naval aviators with greater strike potential, diplomatic issues put them at greater risk.

While Korea illustrated the need for carriers in modern conventional combat, Vietnam put them to the test. The Navy utilized both modernized World War II-era carriers and new super carriers during the Vietnam War. Twenty-one carriers participated in 86 war cruises. Task forces were deployed to two sectors off the coast of Vietnam - Yankee Station to the north and Dixie Station to the south.

Naval aircraft bombed North Vietnamese targets and supported the movements of American soldiers. Soviet surface-to-air missiles, which were deployed by the North Vietnamese, changed naval aviation tactics. To avoid the missiles, aircraft had to either fly higher, diminishing the accuracy of their bombs, or lower, exposing them to small arms fire. Nonetheless, naval aircraft were instrumental in knocking out enemy vehicles, roads, bridges, barracks, and other defenses to aid American ground forces.

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The Ford Class


By 2012 the oldest aircraft carrier in the fleet, the USS Enterprise (CVN 65), had been in service for 51 years; the Nimitz-class design was also reaching the end of its ability to be improved. Navy engineers began drafting CVN 21, the title given to the program to construct a new class technologically advanced super-carrier.

The first ship of the new class would have the hull number CVN 78. In 2006, Virginia Senator John Warner, who had served as Secretary of the Navy under Presidents Nixon and Ford, proposed naming the ship after Gerald Ford. Then-President George W. Bush agreed.

The USS Gerald R. Ford (CVN 78) is similar to the Nimitz-class carriers. Each has a hull of a similar design and length, each can launch four aircraft from their decks, and each can achieve more than 30 knots at sea. But the Ford is a carrier for a new century. Ford will be able to launch four fully loaded aircraft, where flight deck limitations restrict Nimitz to launching lighter aircraft. Ford also abandons the steam and hydraulic launch and recovery systems of past carriers. Electromagnetic launching and arresting systems will send aircraft aloft and trap them on return at a rate much faster than the Nimitz-class.

CVN 78 is fitted with two small, efficient nuclear reactors. These are enough to drive the launching rails and recovery lines, as well as a new antenna system. A smaller "island" (the superstructure that towers above the flight deck), is moved farther aft to create space for easier aircraft handling. A new lift system delivers munitions to the flight deck in a way that is safer and more efficient.

These are among the changes and efficiencies that result in a reduction in crew size and maintenance cost. The power generated by the reactors is enough to handle the full demands of the ship with enough in reserve to accommodate future improvements in technology and weaponry; the Gerald R. Ford (CVN 78) will be taking the seas well into the later decades of this century.

Naming Ceremony for the USS Gerald R. Ford (CVN 78)

The naming ceremony was held at the Pentagon Auditorium on January 16, 2007.

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Carrier Classes

Images Courtesy of Stanley Stokes and the Navy Art Collection, Washington Navy Yards


Technological advances and war have prompted the development of aircraft carriers. Prior to World War II carrier size was limited by international treaty. As World War II era carriers grew, their decks and hanger bays were crowded with piston-powered fighter, bomber, and torpedo airplanes.

During the Cold War, carriers grew even larger to accommodate the bigger, heavier jet aircraft. These "super" carriers were over 1,000 feet in length, deep-hulled, and had angled steel plated flight decks on which jets launched and landed with greater speed.

The advent of nuclear propulsion in the 1960s extended the carrier's cruising range. Additionally, modular construction techniques, advanced nuclear reactor technology, and novel launching and recovery systems expanded their role in warfare, and diplomatic and humanitarian missions.

World War II Admirals

All Images Courtesy of the Navy Art Collection, Washington Navy Yards

The events of World War II spurred both technological and personnel development. A new group of "fighting admirals" used naval aviation to neutralize the German U-boat threat in the Atlantic, shrink the boundaries of the Japanese empire in the Pacific, and adapted quickly to carrier warfare. Iconic naval leaders Admirals Leahy and Moffet laid the foundation for this new style of warfare. Admirals King, Nimitz, Halsey, Spruance, and Mitscher developed the strategies and transformed the carrier task force into the most effective form of naval warfare, unrivaled to this day.