Maxim gun


The Maxim gun is a recoil-operated machine gun invented in 1884 by Hiram Stevens Maxim. It was the first fully automatic machine gun in the world.
The Maxim gun has been called "the weapon most associated with imperial conquest" by historian Martin Gilbert, and was heavily used by colonial powers during the "Scramble for Africa". Afterwards, Maxim guns also saw extensive usage by different armies during the Russo-Japanese War, the First and Second World Wars, as well as in contemporary conflicts.
The Maxim gun was greatly influential in the development of machine guns, and it has multiple variants and derivatives, such as the Vickers, PM M1910 and MG 08. Some are still in service to the present day, such as in the Russo-Ukrainian War.

Design

The Maxim gun featured one of the earliest recoil-operated firing systems in history. Energy from recoil acting on the breech block is used to eject each spent cartridge and insert the next one. Maxim's earliest designs used a 360-degree rotating cam to reverse the movement of the block, but this was later simplified to a toggle lock. This made it vastly more efficient and less labor-intensive than previous manually operated rapid-firing guns, such as the manually cranked Mitrailleuse of 1851, the Gatling gun of 1861, the Gardner gun of 1874, or the Nordenfelt gun of 1873.
The Maxim gun is water cooled, allowing it to sustain its rate of fire far longer than air-cooled guns. The extra weight and complexity this added, however, made it heavier and less flexible in use.
Trials demonstrated that the Maxim can fire 600 rounds per minute. Compared to modern machine guns, the Maxim is heavy, bulky, and awkward. A lone soldier can fire the weapon, but it was usually operated by a team of men, usually 4 to 6 in number. Apart from the gunner, other crew are needed to speed reload, spot targets, and carry and ready ammunition and water. Several men are needed to move or mount the heavy weapon.

Production company

In 1884, Maxim began to develop his machine gun in Hatton Garden, London. That November he founded the Maxim Gun Company with financing from, son of steel entrepreneur Edward Vickers. A blue plaque on the factory where Maxim invented and produced the gun is located in Hatton Garden at the junction with Clerkenwell Road in London.
Albert Vickers became the company's chairman, and it later joined hands with a Swedish competitor, Nordenfelt, to become Maxim Nordenfelt Guns and Ammunition Company. The Post Office Directory of trades in London of 1895 lists its office at 32 Victoria Street SW on page 1579.
Finally, the company was absorbed into the mother Vickers company, leading first to the Vickers-Maxim gun and then, after Vickers' redesign, the Vickers machine gun.

History

Development (1883–1884)

Maxim's first British patents relating to the development of the Maxim gun were granted in June and July 1883. The first prototype was demonstrated to invited guests in October 1884.

Use in colonial warfare (1886–1914)

A prototype of the Maxim gun was given by Hiram Maxim to the Emin Pasha Relief Expedition in 1886–1890, under the leadership of Henry Morton Stanley. More a publicity stunt than a serious military contribution, in view of the main financier of the expedition, William Mackinnon, "merely exhibiting" the gun was likely to "prove a great peace-preserver". The weapon was used on several occasions, especially during the expedition's retreat from central Africa, not because of its devastating effects, but as an effective means to scare off attackers. One of the first uses of the Maxim gun by British Forces was in the 1887 Yoni Expedition. The same prototype used by Stanley was brought back to central Africa by Frederick Lugard, where it played an instrumental role in the establishment of the Uganda Protectorate.
The first unit in the world to receive the Maxim was the expeditionary force led by Hermann Wissmann which was sent in 1888 by the German Imperial government to its colonies in East Africa to suppress the Abushiri revolt. Wissmann was issued one of the first Maxim guns which had reached Germany and used it successfully in his capture of Pangani.
The Singapore Volunteer Corps received a Maxim gun in 1889, but it was never used. This was a civilian volunteer defence unit on the British colony.
The Maxim gun was first used extensively in an African conflict during the First Matabele War in Rhodesia. During the Battle of the Shangani on 25 October 1893, 700 soldiers fought off 5,000 Matabele warriors with just five Maxim guns. It played an important role in the "Scramble for Africa" in the late 19th century. The extreme lethality was employed to devastating effect against obsolete charging tactics, when African opponents could be lured into pitched battles in open terrain. As it was put by Hilaire Belloc, in the words of the figure "Blood" in his poem "The Modern Traveller":
However, the destructive power of the Maxim gun in colonial warfare has often been embellished by popular myth. Modern historical accounts suggest that, while it was effective in pitched battles, as in the Matabele wars or the Battle of Omdurman, its significance owed much to its psychological impact.
A larger-calibre version of the Maxim, firing a one-pound shell, was built by Maxim-Nordenfeldt. This was known in the Second Boer War as the Pom-Pom from its sound. The Boers' "one-pounder" Maxim-Nordenfeldt was a large-caliber, belt-fed, water-cooled "auto cannon" that fired explosive rounds at 450 rounds per minute.
The Maxim gun was also used in the Anglo-Aro War of 1901–1902.
National and military authorities were reluctant to adopt the weapon, and Maxim's company initially had some trouble convincing European governments of the weapon's efficiency. Soldiers generally held a great mistrust of machine guns due to their tendency to jam. In the 1906 version of his book Small Wars, Charles Callwell says of machine guns: "The older forms are not suitable as a rule... they jammed at Ulundi, they jammed at Dogali, they jammed at Abu Klea and Tofrek, in some cases with unfortunate results." However, the Maxim was far more reliable than its contemporaries. A more immediate problem was that, initially, its position was easily given away by the clouds of smoke that the gun produced. The advent of smokeless powder, helped to change this.
The weapon was adopted by the British Army under the guidance of Sir Garnet Wolseley, who had been appointed Commander-in-Chief of the British Army in 1888. In October that year, he placed an order of 120 rifle-calibre Maxims using the same.577/450 ammunition as the Martini–Henry rifles. Wolseley had previously led military expeditions in Africa and had a reputation for being a strong subscriber to military innovation and reform, which he demonstrated in Africa. There he used machine guns, explored other unconventional ideas, and founded an Egyptian camel corps.
The gun's design was also purchased and used by several other European countries, such as Austria-Hungary, Italy, Switzerland, and Russia.
In January 1899, just before the outbreak of the Philippine-American War, the Philippines had forty-two Maxim guns. An English observer who had seen one of them described it as being "of the most improved type."

Russian service (1887–1917)

Hiram Maxim did an introduction tour of the Maxim gun in Russia in 1887, despite the impressive spectacle, only 12 guns were ordered by the Imperial Russian Navy. Many years later, in 1896, the Imperial Russian Navy was re-interested in the Maxim guns, leading to a large order of Maxim guns from Maxim Nordenfelt. Maxim Nordenfelt delivered 179 guns in 1897, and by 1904, the number had increased to almost 300. The Imperial Russian Army purchased 58 Maxim machine guns from DWM in 1899 and contracted with Vickers in 1902 to manufacture the design in Russia. Although some manufacturing started in 1905, mass production did not start until 1910.
During the Russo-Japanese War of 1904–1905, the Russian Army employed the Maxim in combat and placed a rush order for another 450 units from overseas suppliers, which were mostly delivered to front-line troops before the end of the war.
In 1905, Tula Arsenal started manufacturing the Maxim M1905, based on the commercial Vickers-Maxim Model 1901. In 1908, the Sokolov mount was introduced, which was equipped with removable gun shield and allowed machine gun crews to pull the weapon and its mount. The Sokolov mount was lighter at around, compared to the large-wheeled mount weighing around.
The Maxim M1905 was still in use with the Russian military in World War I, but mainly equipped with non-frontline troop. There were plans of upgrading the Maxim M1905 to Maxim M1910 standard, but was dropped when war broke out, so only a small amount of guns were converted.

Swiss service (1894–1910)

Between 1891 and 1894 Switzerland procured 72 heavy machine guns, designated MG 94, from Maxim and Nordenfelt in London. These weapons were issued to fortress troops and mountain troops and were operational until 1944 as spare arms with the Territorial Battalion. The MG 94 was mounted at the front end and at the rear on the knees of the gunner. Two leather padded rings on the left and on the right sides of the breech of the weapon rested on the knees of the machine gunner sitting behind it and permitted sweeping fire. The machine gun MG 94 was chambered for the 7.5x53.5 mm GP 90 cartridge and was later, along other minor technical modifications, adapted for firing the more powerful 7.5x55 mm GP 11 cartridge. Six MG 94s had their water-cooling mantles drilled and cut open, making these guns air-cooled and thus water-free and lighter for use as aircraft machine guns. These six MG 94 air-cooled guns were taken out of service in 1944. At least one MG 94 was converted to an air-cooled model for use on the Häfeli DH-1 reconnaissance aircraft.
In 1899 Switzerland procured 69 heavy machine guns, designated MG 00, mainly from Vickers, Sons & Maxim in London, and later from Deutsche Waffen und Munitionsfabriken. These guns had tripod mounts designed for cavalry use with a gunner's seat attached to the rear support strut. The machine gun MG 00 was chambered for the 7.5x53.5 mm GP 90 cartridge and was later adapted for firing the more powerful 7.5x55 mm GP 11 cartridge.