Gewehr 41 | |
---|---|
Type | Battle rifle |
Place of origin | Germany |
Service history | |
In service | 1941–1945 |
Used by | Nazi Germany |
Wars | World War II |
Production history | |
Designed | 1941 |
No. built | up to 120,000 [1] |
Specifications | |
Mass | 4.9 kg (11 lb) |
Length | 1,140 mm (45 in) |
Barrel length | 546 mm (21.5 in) |
Cartridge | 7.92×57mm Mauser |
Action | Gas-operated, gas trap/ bolt action (G41(M)) |
Rate of fire | 20 to 30 rounds per minute |
Muzzle velocity | 776 m/s (2,546 ft/s) [2] |
Effective firing range | 400 m (440 yd) |
Feed system | 10-round non-detachable magazine |
The Gewehr 41English: Rifle 41, commonly known as the G41(W) or G41(M), denoting the manufacturer (Walther or Mauser), are two distinct and different battle rifles manufactured and used by Nazi Germany during World War II. They were largely superseded by the Gewehr 43, which was derived from the G41(W), but with an improved gas system and other detail changes.
While the Germans experimented with semi-automatic rifles as early as 1901, they didn't consider introducing such a weapon until the Soviets began issuing the SVT-40 rifle in large numbers for their troops. [3]
German semi-automatic recoil-operated prototypes proved to be too heavy and not meeting military requirements during trials, while their experience with the Mondragón rifle during World War 1, and studies on captured RSC M1917 rifles, both of which had several flaws, left the German High Command skeptical of gas-operated rifles in general, relying instead on tried and tested Mauser bolt-action rifles and recoil-operated light machine guns. [4]
Samples of AVS-36 rifles captured during the Spanish Civil War were studied by the Germans, but apparently they still considered gas systems as too impractical for military rifles. [5]
During the early years of WWII, the Germans were becoming increasingly aware of other nations adopting semi-automatic rifles in large numbers: besides the AVS-36, the Soviets introduced the SVT-38 (and later the improved SVT-40), while the Americans adopted the M1 Garand to increase their infantry's firepower. [6] According to Smith, the Germans were so familiar with the Garand upon its introduction that popular firearms publications in Germany included photos and descriptions of the M1. The Gewehr 41 would later incorporate a gas trap system similar to the early Garand. [3]
In 1940, the Army high command launched a competitive program for a new semi-auto rifle, with Mauser and Walther as the main competitors, and the following restrictions placed upon the design: [7]
Both designs used a mechanism known as the "Bang" system (after its Danish designer Søren H. Bang). In this system, propellant gases were captured by a cone-shaped gas trap at the muzzle, which in turn deflected them to operate a small piston which in turn pushed on a long piston rod that opened the breech and re-loaded the gun. This is as opposed to the more common type of gas-actuated system, in which gases are tapped off from the barrel, and pushed back on a piston to open the breech to the rear. [1] They also used the 7.92×57mm Mauser round, having a range comparable to the standard-issue Karabiner 98k rifle. In comparison to the Kar98k, the Gewehr 41 rifles were longer and heavier, and the only advantages they offered were limited to a higher rate of fire and an extra five rounds in the magazine. [1]
The Mauser design, the G41(M), was the only one of the two that respected the criteria imposed. [8] It proved to be unreliable during trials and impractical for field use. [9] [10] The G41(M) was striker-fired, rotating-bolt locking, and featured a traditional bolt handle/charging handle that automatically disconnected the bolt assembly from the recoil spring should the rifle be used in manual mode. The bolt system was in many ways analogous to the straight-pull Mannlicher M1895 rifle. [10] Only 6,673 were produced before production was halted, and of these, nearly 1,700 were returned as unusable. [8]
The Walther design was more successful because the designers had simply ignored some of the restrictions placed by the German High Command (namely no moving parts on the surface of the gun, and the inclusion of a manual bolt-action backup mechanism). [11] However it was still a heavy, complex, and unreliable weapon. [8] The G41(W) was produced in small numbers (up to 7,500 in total) before it was officially adopted by the German Army as the Gewehr 41. According to McNab, around 120,000 Gewehr 41s were made in total. [1]
While the breech locking and firing systems on the G41(W) proved to be cheap and satisfactory enough for field use, [12] the complex gas trap system proved to be difficult to be kept meticulously clean in the field resulting in malfunctions, [13] [14] often suffering from carbon fouling and/or corrosion. [12]
According to Pegler, the Gewehr 41 performance was on par with the Soviet SVT-38. Like the Tokarev rifle, the gas system had to be carefully adjusted. Use of poor-quality ammunition would fail to feed rounds or extract spent cartridge cases if the pressure was too low; on the other hand, if the pressure was too high it would rip off the cartridge cases, causing the gun to jam. [15]
The G41(W) was thoroughly tested at the Aberdeen Proving Ground, where its reliability proved to be inferior to the M1 Garand under severe conditions, especially when exposed to mud and rain. Mechanical breakdowns during testing were also frequent. [16]
It was mostly used in the Eastern Front, where it proved to be less than successful due to the excessive weight and complexity of the Bang system, but it was the only semi-auto rifle the Germans were producing in significant quantities until the introduction of the improved Gewehr 43. [17]
The Gewehr 41 was redesigned in 1943 into the Gewehr 43, utilizing a short-stroke piston copied from the SVT-40 rifle, and implementing a conventional detachable box magazine, [8] while keeping the Gewehr 41 locking system. [18] Despite this, the remaining Gewehr 41s were kept in service for the rest of the war. [8]
A semi-automatic rifle is an auto-loading rifle that fires a single cartridge with each pull of the trigger. It uses part of the fired cartridge's energy to eject the case and automatically loads another cartridge into its chamber. This is in contrast to bolt-action or lever-action rifles, which will require the user to manually chamber a new round before they can fire again, and fully automatic rifles, which fire continuously until the trigger is released.
In firearms terminology, an action is the functional mechanism of a breech-loading firearm that handles the ammunition cartridges, or the method by which that mechanism works. Actions are technically not present on muzzleloaders, as all those are single-shot firearms with a closed off breech with the powder and projectile manually loaded from the muzzle. Instead, the muzzleloader ignition mechanism is referred to as the lock.
The M1 Garand or M1 rifle is a semi-automatic rifle that was the service rifle of the U.S. Army during World War II and the Korean War.
Mauser, originally the Königlich Württembergische Gewehrfabrik, was a German arms manufacturer. Their line of bolt-action rifles and semi-automatic pistols was produced beginning in the 1870s for the German armed forces. In the late 19th and early 20th centuries, Mauser designs were also exported and licensed to many countries, which adopted them as military and civilian sporting firearms. The Gewehr 98 in particular was widely adopted and copied, becoming one of the most copied firearms designs and it is the foundation of many of today's sporting bolt-action rifles. Around 10 millions Gewehr 98 style rifles were produced.
The Gewehr 43 or Karabiner 43 is a 7.92×57mm Mauser caliber semi-automatic rifle developed by Germany during World War II. The design was based on that of the earlier G41(W) but incorporated an improved short-stroke piston gas system similar to that of the Soviet SVT-40.
A semi-automatic firearm, also called a self-loading or autoloading firearm, is a repeating firearm whose action mechanism automatically loads a following round of cartridge into the chamber and prepares it for subsequent firing, but requires the shooter to manually actuate the trigger in order to discharge each shot. Typically, this involves the weapon's action utilizing the excess energy released during the preceding shot to unlock and move the bolt, extracting and ejecting the spent cartridge case from the chamber, re-cocking the firing mechanism, and loading a new cartridge into the firing chamber, all without input from the user. To fire again, however, the user must actively release the trigger, and allow it to "reset", before pulling the trigger again to fire off the next round. As a result, each trigger pull only discharges a single round from a semi-automatic weapon, as opposed to a fully automatic weapon, which will shoot continuously as long as the ammunition is replete and the trigger is kept depressed.
The SVT-40 is a Soviet semi-automatic battle rifle that saw widespread service during and after World War II. It was intended to be the new service rifle of the Soviet Red Army, but its production was disrupted by the German invasion in 1941, resulting in a change back to the Mosin–Nagant rifle for the duration of World War II.
A battle rifle is a service rifle chambered to fire a fully powered cartridge.
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Blowback is a system of operation for self-loading firearms that obtains energy from the motion of the cartridge case as it is pushed to the rear by expanding gas created by the ignition of the propellant charge.
Gas-operation is a system of operation used to provide energy to operate locked breech, autoloading firearms. In gas-operation, a portion of high-pressure gas from the cartridge being fired is used to power a mechanism to dispose of the spent case and insert a new cartridge into the chamber. Energy from the gas is harnessed through either a port in the barrel or a trap at the muzzle. This high-pressure gas impinges on a surface such as a piston head to provide motion for unlocking of the action, extraction of the spent case, ejection, cocking of the hammer or striker, chambering of a fresh cartridge, and locking of the action.
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