EXPLAINED: Nazi Germany Had Its Very Own 'M-16' Style Rifle

June 18, 2018 Topic: Security Blog Brand: The Buzz Tags: AK-47MilitaryTechnologyWorldGunFirearmFirearms

EXPLAINED: Nazi Germany Had Its Very Own 'M-16' Style Rifle

We break it all down. 

Another revolutionary development that is now a staple of modern combat was the a night-fighting system designed for the MP-44. Nicknamed the Vampir, the cumbersome infrared targeting scope would allow the soldier to extend his combat operations to any hour of the day. The system consisted of a battery carried in a backpack configuration, a telescope (or sniper scope), and an infrared searchlight. While the Vampir system reportedly saw use in the waning months of the war, it was never widely distributed, and sources indicate that only some 300 of these units were made.

With the conflict in Iraq, combat photography is once again prevalent in the media, and it would be impossible to miss images of U.S. soldiers toting the omnipresent M4 weapons system. Based on the venerated M-16 assault rifle (now redubbed the M2), this “system” provides the infantryman with a versatile set of interchangeable assets, which augment his weapon’s mission—eliminating the enemy from the battlefield. This system is state-of-the-art, but its origin dates back nearly 60 years to the early days of World War II Germany.

The MP-43/44: The First Assault Rifle

The granddaddy of the M-16, in fact the progenitor of all the world’s assault rifles, is the German MP-44  Sturmgewehr (assault rifle). Its development stemmed from an unusual episode in the history of German armaments production. After the trench warfare of World War I, it was apparent that a new era of infantry combat was dawning. The German solider had been armed with some variant of the bolt-action Mauser rifle since the 1870s, and by the early 1930s, as Germany secretly rearmed in defiance of the Versailles Treaty, all weapons were subjected to scrutiny, especially infantry small arms.

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While it was determined that the bolt-action Mauser, with its extended two-mile range and limited five-round magazine, was no longer valid on the modern battlefield, what to replace it with was a vexing question. Close combat, rapid fire, and overwhelming force were evolving as the paradigm, but submachine guns of the period, which fulfilled these requirements for the most part, were still expensive and relatively slow to produce. It appeared that a hybrid of some sort, which combined the rifle’s accuracy with the submachine gun’s high ammunition capacity and rapid rate of fire, would be an effective companion for the modern infantryman.

This would seemingly have necessitated the development of a new cartridge, but retooling of the highly standardized German munitions industry was not a desirable option, so development of this new weapon faced several hurdles. However, as has been proven over the centuries, if any group was up to a daunting task in weapons design, it was German ordnance experts.

Designing a New Cartridge

The studies that created this imperative for a new rifle showed that most contemporary infantry combat was taking place within a 300- to 400-yard range. This called for a reduced-size cartridge that delivered power and accuracy within a shorter field of fire. This theory was subsequently proven during the Spanish Civil War, as battle reports showed that critical points in many firefights demanded superior and overwhelming firepower to carry the assault. A smaller cartridge also had the added benefit that the infantryman could carry more ammunition than had previously been possible.

Specifications for the weapon that would utilize this new cartridge were developed and published in 1941 by the HwaA ( Heereswaffenamt, or Army Weapons Office), and two established arms manufacturers emerged at the head of the competition, Walther and Haenel. The Haenel design was deemed the most meritorious, perhaps because the Haenel-Schmeisser team had been experimenting with reduced-load cartridges for some time, which clearly gave them the upper hand in understanding how the weapon firing such cartridges should work. The Haenel system was also the simpler of the two, better lending itself toward standardization and speed of manufacture.

The cartridge that was ultimately developed as the standard for this new breed of rifle was the 7.92mm  Kurz Patrone , or “short cartridge.” It managed to maintain the same caliber as the ubiquitous 8mm Mauser cartridge, thus happily avoiding any major manufacturing retrofit, and accomplished the goal of reducing the range by shortening the case from 57mm to 33mm. This still left enough powder load and a large enough caliber round to be hard-hitting and lethal.

From Mbk42 to MP-43: The Evolution of the Sturmgewehr

The first model developed by Haenel and designed largely by Hugo Schmeisser premiered in 1942 and was designated the Mkb42  Karabiner (or carbine). It was apparent from this rough draft that a new type of weapon had entered the domain of infantry combat, as it shattered all previous conceptions of small arms design. The gas piston system was revolutionary in its configuration for automatic small arms; however, a similar system existed in the United States  M1 Garand semiautomatic rifle .

Most previously designed automatic small arms had functioned as blowbacks in which the explosion of the bullet drove the bolt rearward, simultaneously, ejecting the spent round. As the bolt returned forward, it picked up the new round and the forward motion of the bolt drove the fixed firing pin into the new cartridge. This system required firing from an “open bolt” position, with the bolt cocked all the way rearward and engaged in that position before the first round of a series was to be fired.

To be at an extreme “ready” position required keeping the bolt cocked and open, exposing the firing chamber to the elements. Initially, the Mkb42 did not differ from this accepted design feature. The gas piston system did, however, harness the explosive power of the cartridge in the gun’s gas tube, using this force to drive the piston backward. The carrier engaged the bolt on this backward movement and picked up and ejected the spent cartridge, reloading a new one on its return forward. Although more efficient, this design still required firing from an open bolt.