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| Curtiss Aeroplane Division | |
|---|---|
| Name | Curtiss Aeroplane Division |
| Type | Division |
| Industry | Aerospace |
| Founded | 1909 |
| Founder | Glenn Curtiss |
| Fate | Merged into Curtiss-Wright Corporation (1929) |
| Headquarters | Buffalo, New York |
| Key people | Glenn Curtiss; John D. Ryan; Roy S. Harrell |
| Products | Aircraft, engines, seaplanes, trainers |
Curtiss Aeroplane Division was a major American aircraft manufacturer active in the early 20th century that shaped aviation development through production of fighters, trainers, and seaplanes. Founded by Glenn Curtiss and later integrated into larger industrial entities, the division competed and cooperated with contemporaries such as Wright Company, Boeing, Sikorsky Aircraft Corporation, and Consolidated Aircraft. Its aircraft served with forces including the United States Army Air Service, Royal Air Force, Imperial Japanese Navy, and French Aéronautique Militaire.
Curtiss Aeroplane Division traces origins to aviation experiments by Glenn Curtiss and partnerships with firms like Aerial Experiment Association and the Curtiss Motorcycle Company. The firm expanded through early contracts with the United States Navy and civic exhibitions alongside competitors such as Wright Flyer Company and inventors including Alexander Graham Bell. During World War I, the division scaled under procurement programs from the U.S. Shipping Board and cooperated with designers like Benjamin D. Thomas. Postwar consolidation led to the 1929 merger forming Curtiss-Wright Corporation following industry movements involving Delta Air Lines precursor firms and executives from United Aircraft and Transport Corporation. The company’s timeline intersects with events like the First World War, the Washington Naval Conference, and the Air Mail scandal.
Curtiss produced numerous models used by operators such as Royal Naval Air Service and United States Navy Reserve; notable types include early seaplanes, the Curtiss JN-4 "Jenny" series used by Aviation Section, U.S. Signal Corps, the Curtiss HS patrol flying boat adopted by the Royal Canadian Air Force, and the Curtiss P-40 Warhawk flown by units like the Flying Tigers and United States Army Air Forces. Trainers and reconnaissance types competed with models from Avro, Sopwith Aviation Company, and Fairey Aviation Company. Curtiss engines powered aircraft alongside powerplants from Wright Aeronautical and General Electric, while export variants served with the Royal Australian Air Force, Royal Canadian Navy, and Argentine Naval Aviation.
Production centered in Buffalo, New York, with factories adjacent to rail hubs and waterways used by suppliers like Bethlehem Steel and American Locomotive Company. Additional facilities and subcontractors operated in locations linked to firms such as Bellanca, Grumman, and Vultee Aircraft. Manufacturing practices reflected techniques contemporaneous with Sparrowhawk and Spitfire era mills, and procurement of raw materials involved companies including U.S. Steel and DuPont. Workforce recruitment paralleled labor movements that engaged unions like the United Mine Workers and institutions such as the National Labor Relations Board during interwar disputes.
Curtiss secured major contracts from the United States Navy and United States Army Air Corps for patrol aircraft, fighters, and trainers during World War I and World War II. The division’s P-36 and P-40 fighters were pivotal in theaters involving the Pacific Theater of World War II, supporting units like Seventh Air Force and squadrons under commanders such as Claire Lee Chennault. Curtiss-built flying boats participated in anti-submarine patrols coordinating with the United States Coast Guard and convoys under Allied naval command. Wartime logistics involved agencies like the War Production Board and Defense Plant Corporation, and procurement disputes appeared before committees including the House Committee on Military Affairs.
Originally led by inventor-entrepreneur Glenn Curtiss, corporate governance evolved with executives drawn from banking and industrial circles such as John D. Ryan and legal advisors from firms connected to J.P. Morgan. After mergers with entities including Wright Aeronautical Corporation and investment by interests tied to United Aircraft and Transport Corporation, leadership roles overlapped with figures from Curtiss-Wright Corporation. Board membership and management decisions reflected relationships with institutions like the National City Bank and regulatory scrutiny from the Federal Trade Commission.
Curtiss pioneered developments in seaplane hull design, aileron and float technology, and engine cooling systems that influenced contemporaries such as Kelly Johnson-era teams. The division advanced production of radial and inline engines, contributing to aerodynamic research alongside Langley Aerodrome successors and testing bodies like National Advisory Committee for Aeronautics (NACA). Curtiss work affected design philosophies later employed by Lockheed Corporation, North American Aviation, and Douglas Aircraft Company, and its patents intersected with those held by Wright brothers litigation and inventors such as Igor Sikorsky.
Curtiss Aeroplane Division's legacy includes the widespread postwar use of surplus JN-4 airframes in barnstorming and the adoption of Curtiss design elements in later aircraft from Curtiss-Wright and successor companies like Hawker Siddeley and Boeing. Its impact is preserved in institutions such as the Smithsonian National Air and Space Museum, museums in Buffalo, New York, and records at archival collections linked to Library of Congress and National Archives and Records Administration. The division’s role influenced aviation policy debates involving the Civil Aeronautics Authority and technological pathways pursued by later aerospace firms including Raytheon Technologies and Pratt & Whitney.