After 1945, several superheavy machine guns (more than.50 inch) were developed, mostly for antiaircraft use.
The U.S. Navy provided virtually all of its destroyers with effective antiaircraft guns.
Under the instruction and guidance of the American engineer C. Stark Draper, he worked on fire-control systems for naval antiaircraft guns.
Manned by 65 to 70, these submarines had one or two five-inch deck guns plus smaller antiaircraft weapons and 10 torpedo tubes (six forward, four aft) and carried 24 torpedoes.
Here Churchill was in his element, in the firing line at fighter headquarters, inspecting coast defenses or antiaircraft batteries, visiting scenes of bomb damage or victims of the "blitz," smoking his cigar, giving his V sign, or broadcasting frank reports to the nation, laced with touches of grim Churchillian humour and splashed with Churchillian rhetoric.
Libya fired antiaircraft missiles at American warplanes, and the United States responded with attacks on Libyan ships and missile installations.
During World War II high-altitude bombing above the range of antiaircraft guns necessitated the development of rocket-powered weapons.
In 1943 he was sent to another location to work on solid-propellant antiaircraft rockets.
He spent a year in Switzerland after the war as a rocket consultant, and in 1950 he moved to Italy, where he worked on solid-propellant antiaircraft rockets for the Italian navy.
By flying under escort at night and at about 30,000 feet, the B-52s were reasonably safe from MiG fighters and antiaircraft guns, and Wild Weasel and chaff-dropping aircraft helped suppress the SA-2s.
The only significant antiaircraft rocket development by the Germans was the Taifun.
