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For Summerlin area searches, type "Las Vegas" for City
Nellis Air Force Base NV
The Nellis Air Force Base is also the location of the United States Air Force Warfare Center. The base is also a major training location for both United States and foreign fighter aircraft aircrews. Nellis Air Force Base serves three main functions. Area I includes the airfield and most of the mission support functions. Area II is located east of Area I and contains the munitions area. Area III is located across Las Vegas Boulevard from Area I. This areas is dedicated to housing, Mike O’Callaghan Federal Hospital, and open space.
History Construction for the “Las Vegas Army Air Field” began in March 1941, and the first commander was Colonel Martinus Stenseth. The early gunnery training included machine guns mounted in trucks and targets on railroad cars, which accustomed the students to firing at moving objects. Because of World War II, the base’s mission was particularly urgent. By 1942, 9,117 students had graduated, with aircraft in use including Martin B-10s, AT-6s, A-33s, B-17 Flying Fortresses, B-24 Liberators, and B-26 Marauders. Today, burn marks still exist from these guns in the desert north of Las Vegas. In January 2003, the first production F-22A was delivered to the Nellis Air Force Base. The base was selected as the F-22 Force Development Evaluation program and Weapons School for the reason of the similar weather in Iraq and Afghanistan. Currently, there are 7 Raptors assigned to the 422d Test and Evaluation Squadron for various development and evaluation missions. In November 2006, the Air Force declassified information regarding an American manned Russian MiG unit used in training at Nellis from the late 1970s to early 1980s. This unit was known as the Red Eagles and used MiG-17s, MiG-21s and MiG-23s to simulate combat to test the capabilities of the F-4 Phantoms, F-15 Eagles and F-16 Fighting Falcons. On April 23, 2007 construction was started on a 70,000 solar panel power generation system that will cover 140 acres. The system is expected to provide 25% of the base's power requirements.
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