Air Force Museum
C-124 Globemaster II
The C-124 Globemaster II was built to move heavy cargo and large numbers of people over long distances. Its deep fuselage and large forward loading doors turned the airplane into an airborne freight carrier. Behind the name lies a central aviation achievement: getting the right equipment and people to a distant destination, repeatedly and in useful quantities.
In depth
History & service
C-124s provided heavy airlift during the Korean War and the Southeast Asia War. Other important airlifts conducted by C-124s included resupply missions to Antarctica, refugee evacuation in the Congo and mercy flights to Morocco, Chile and elsewhere throughout the world following floods and other natural disasters.
The C-124 evolved from the earlier Douglas C-74. The first flight of the C-124 took place on Nov. 27, 1949, and deliveries of C-124As began in May 1950. The U.S. Air Force bought 448 C-124s before production ended in 1955.
To facilitate cargo handling, the C-124, or "Old Shakey" as it was affectionately known, featured "clamshell" loading doors and hydraulic ramps in the nose and an elevator under the aft fuselage. It was capable of handling such bulky cargo as tanks, field guns, bulldozers and trucks. It could also be converted into a transport capable of carrying 200 fully-equipped soldiers or 127 litter patients and their attendants in its double-decked cabin.
Most C-124s were transferred to the Air Force Reserve and the Air National Guard by 1970, and all were released from active service in mid-1974. The aircraft on display was assigned to the 165th Tactical Airlift group of the Georgia Air National Guard following its service with the USAF. It was flown to the museum in August 1975.
The aircraft in figures
Maximum speed: 320 mph · Range: 2,175 miles · Span: 174 ft. 1 in. · Length: 130 ft. · Height: 48 ft. 4 in. · Weight: 216,000 lbs. maximum · Serial number: 52-1066
The work behind a record flight
Long-distance flying exposed the difference between an aircraft's advertised performance and the demands of a real journey. More fuel extended range but increased takeoff weight. A route that looked direct on a map might cross hostile weather, mountains, or ocean with few options for landing. Navigation, fatigue, engine reliability, and access to fuel could matter as much as speed.
Record flights made individual pilots famous, but their preparation drew on a much wider circle. Mechanics inspected and modified aircraft. Weather specialists helped assess routes. Manufacturers supplied parts and advice. Ground organizations arranged fuel, communications, and recovery. Some journeys were feats of endurance; others were surveys intended to show where dependable future routes might run.
The human stories are strongest when those practical details remain visible. A pilot's courage did not remove risk; it operated alongside planning, experience, and judgment. The surviving aircraft can reveal what the mission demanded through its fuel capacity, cockpit arrangement, engine installation, and provisions for navigation. Related objects in other museums supply the rest of the picture: an engine, a pressure suit, a radio, or a later transport that made the once-exceptional route routine. A record becomes more meaningful when it can be connected to what followed.
