Air Force Museum
T-28A Trojan
Designed to replace the World War II era T-6 trainer, the T-28 possessed higher performance than its forerunner and was easier to maintain. Also, the Trojan's tricycle landing gear taught pilots to take off and land in the same fashion as the high-performance aircraft they were training to fly.
In depth
History & service
The first T-28 flew in September 1949, and the T-28A entered production in 1950. An 800-hp engine powered the U.S. Air Force version (T-28A) while the later U.S. Navy versions (T-28B and C) were powered by a 1,425-hp engine. When production ended, North American had built a total of 1,948 T-28s. Beginning in 1962 the USAF modified more than 200 T-28As as tactical fighter-bombers for counterinsurgency warfare.
Equipped with 1,425-hp engines, these airplanes (redesignated the T-28D "Nomad") were effective weapons for close air support against enemy troops in Southeast Asia.
The USAF replaced the T-28 as a primary trainer in the mid-1950s with the piston-engined Beech T-34 Mentor and jet-powered Cessna T-37. Trojans, however, continued to be flown by the Air National Guard until the late 1950s, and by the U.S. Navy into the 1980s.
The Trojan on display was painted as a typical Air Training Command T-28A in the mid-1950s and was transferred to the museum in September 1965.
The aircraft in figures
Engine: Wright R-1300 of 800 hp · Maximum speed: 283 mph · Cruising speed: 190 mph · Range: 1,000 miles · Ceiling: 25,200 ft. · Span: 40 ft. 7 in. · Length: 32 ft. · Height: 12 ft. 8 in. · Weight: 7,812 lbs. without external load · Serial number: 49-1494
Readiness became a permanent condition
During the Cold War, aviation was organized around the possibility of a conflict that governments hoped to prevent. Bombers, missiles, interceptors, reconnaissance aircraft, warning networks, and tankers became parts of interdependent systems. Their value was judged not only by what they could do in flight, but by how reliably they could be maintained, alerted, launched, supported, and controlled.
This emphasis produced striking aircraft and difficult tradeoffs. Long range demanded fuel and support. High speed increased heat and mechanical stress. Sophisticated electronics offered new capabilities but created new maintenance requirements. A reconnaissance aircraft needed an effective camera and a workable route as well as altitude or speed. An interceptor depended on warning and guidance before its pilot could make an engagement.
The human experience included long periods of training and routine punctuated by crises. Crews and ground personnel practiced procedures whose purpose was to remain credible without being used in war. At the same time, military aviation carried out reconnaissance, transport, rescue, humanitarian missions, and conventional operations around the world. Linking these aircraft with civil airliners, research machines, and spacecraft reveals a history of shared technologies and different purposes. The machines embody technical accomplishment, but also the enormous resources and sustained human effort required to keep a global force ready.
