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The P38 was the first locked-breech pistol to use a double-action trigger. The shooter could load a round into the chamber, use the de-cocking lever to safely lower the hammer without firing the round, and carry the weapon loaded with the hammer down. A pull of the trigger, with the hammer down, fired the first shot and the operation of the pistol ejected the fired round and reloaded a fresh round into the chamber, all features found in many modern day handguns. |
The P38 was the first locked-breech pistol to use a double-action trigger. The shooter could load a round into the chamber, use the de-cocking lever to safely lower the hammer without firing the round, and carry the weapon loaded with the hammer down. A pull of the trigger, with the hammer down, fired the first shot and the operation of the pistol ejected the fired round and reloaded a fresh round into the chamber, all features found in many modern day handguns. |
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− | The first designs submitted to the German Army featured a locked breech and a hidden hammer, but the German Army requested that it be redesigned with an external hammer. This led to the subsequent adoption of the P38 in 1940. Several experimental versions were later created in .45 ACP, and .38 Super, but these were never mass-produced. In addition to the |
+ | The first designs submitted to the German Army featured a locked breech and a hidden hammer, but the German Army requested that it be redesigned with an external hammer. This led to the subsequent adoption of the P38 in 1940. Several experimental versions were later created in .45 ACP, and .38 Super, but these were never mass-produced. In addition to the 9 mm Parabellum version, some 7.65x22mm Parabellum versions were also created and sold. |
The breech-locking mechanism operates by use of a wedge-shaped locking block underneath the breech. When fired both the barrel and slide recoil for a short distance, where the locking block drives down, disengaging the sliding and arresting the movement of the barrel. |
The breech-locking mechanism operates by use of a wedge-shaped locking block underneath the breech. When fired both the barrel and slide recoil for a short distance, where the locking block drives down, disengaging the sliding and arresting the movement of the barrel. |