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Other names for .380 ACP include 9mm Browning, 9mm Corto, 9mm Kurz, 9mm Short, and 9mm Browning Court (which is the C.I.P. designation). It should not be confused with .38 ACP. The .380 ACP does not strictly conform to cartridge naming conventions, named after the diameter of the bullet, as the actual bullet diameter of the .380 ACP is .355 inches.
The .380 Long is a straight rimmed cartridge originally designed for use in rook rifles for target shooting and hunting game up to the size of smaller deer. [2]In addition to British munitions makers, the .380 Long was also made by DWM in Germany and a number of cheap European pistols were chambered in it. [1]
The HST 380 Auto Micro was designed for self-defense and use in small pistols such as the Smith & Wesson Bodyguard. It has a nickel-plated casing and special primer that improve its reliability in semi-automatic handguns. It weighs 99 grains and has a deep, tapered hollow-point to provide consistent expansion.
The frame of the Bodyguard 380 is made of polymer, while the barrel, slide and internal parts are made from steel. The trigger is double-action only. Early versions of the Bodyguard 380 had an integrated INSIGHT laser sight. [3] Recent M&P-branded versions are available without the laser sight, or have a built-in Crimson Trace brand laser.
Radford Army Ammunition Plant (RFAAP) is an ammunition manufacturing complex for the U.S. military with facilities located in Pulaski and Montgomery Counties, Virginia.The primary mission of the RFAAP is to manufacture propellants and explosives in support of field artillery, air defense, tank, missile, aircraft, and naval weapons systems.
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The Model CF-380 is a compact, single stack magazine, derivative of Hi-Point's 9×19mm handgun line. It consists of a polymer frame, zinc-alloy slide and bolt (with steel reinforcing inserts, and a steel breech, chamber and barrel. Its low price and small and compact design prompted many to purchase it for concealed carry.
Capabilities of the plant to manufacture ammunition metal parts, and artillery and mortar rounds include forging, machining, heat-treating, welding, phosphating and painting, finishing, and destructive and non-destructive testing.