12/25/2023 0 Comments Medusa m47Retrieved March 18, 2020.The shooter in the bay next to mine watches skeptically as I load the conventional-looking revolver with an unusual array of ammunition: a. "Medusa Model 47: Revolver, do kterého nabijete (skoro) všechno". "Phillips & Rodgers M47 Medusa: Multicaliber Revolver for a Nonexistent Apocalypse". "The Medusa M-47 Revolver – More Than 25 Different Calibers". "The M47 Medusa Revolver – Shoot 100+ Cartridges From 1 Handgun". The barrel is also fluted, which may save some weight and speed up cooling of the barrel, but in practical terms these effects are minimal in a firearm so small, so the fluting is mostly for style. The barrel is composed of 4150 chromemoly steel. It is constructed of 8620 steel which is hardened to 28 Rockwell. In order to handle the immense pressure of the various rounds the pistol can fire the frame has to be very strong. Revolvers of this size have been very popular with police and military groups as well as the civilian market due to its reasonable weight and dimensions. The revolver is able to be fired in both double and single action. The Medusa M47 is based on the Smith & Wesson’s K frame, which is one of the most common revolver frame sizes, especially for revolvers that are chambered in the 9mm. The cylinder is made of mil spec 4330 modified vanadium steel. The tooth will keep the cartridge from sliding out the front of the cylinder, and the back of the frame will keep it from sliding out the back. Thus, when the rimless cartridge is inserted, the tooth will be pushed down initially as the wall of the case slides in, but when the extraction groove near the base of the case is over the tooth, it will be pushed back out by spring pressure and catch the round. When a rimless pistol cartridge is placed in the cylinder, there is no rim to stop the round from sliding down the chamber if it is not head spaced for that caliber. The rim of the cartridge and the frame hold the round in place. When a rimmed cartridge is loaded, the tooth is pushed out of the way into the center of the cylinder by the cartridge and remains there until the round is extracted. The design of the cylinder includes a spring-loaded tooth that extends into the chamber. This allows the hammer to hit the firing pin only when the bar is up and the trigger is pulled. There is also a transfer bar system between the hammer and firing pin. Instead, it rests a few millimeters back. The hammer has a special feature: unless the trigger is squeezed, it will not be in contact with the firing pin. Instead, it floats freely in the frame while under spring tension, so it does not rest against the primer of a cartridge. The firing pin is not a part of the hammer. It is very similar to the system of Smith and Wesson revolvers. The firing pin mechanism was designed by Roger A. Very few of these revolvers were actually produced. not only produced the Medusa M47 revolver but they also made several conversion cylinders for revolvers made by Smith & Wesson, Colt, and Ruger. He filed for a patent on August 1, 1995, for the "Firing pin mechanism". Hunziker designed the firing pin mechanism for the Medusa. He later filed for a patent that was called "Bore for weapons" on February 27, 1996, that outlines the rifling that the Medusa was going to use. He applied for two patents on February 3, 1993, for the “Ejector and cartridge positioner for revolvers” and the "Ejector and cartridge positioner". He was mainly responsible for the designing of the cylinder, extractor and ejector mechanism as well as the system that is used for positioning the cartridges. Phillips was a gunsmith and he also worked as a computer scientist for NASA. Hunziker, who produced a relatively small numbers of the hand gun in the late 1990s. The company that created the Medusa M47 is Phillips & Rodgers Inc., designed principally by Jonathan W.
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