Maxim machine gun | Unimaps.com |
All Africans opposed the European domination of their homelands from the begining, and when push came to shove, protected their lands with love and great ferocity, never giving a scrap of their land willingly. But whenever African opposition gained momentum, the superiority of European military power prevented any long term success.
While the African resistance had the advantage of fighting on home ground, they
could not ultimately overcome the firepower of the European's -especially with
the newly invented Maxim machine gun. The Maxim gun was invented in 1884 by an American Hiram Maxim while he was domiciled in England. It
was the first fully automatic, single barrelled machine gun. Novel for the time
was the use of the energy of each bullet's recoil to eject the spent cartridge
and insert the next bullet. The Maxim could fire until the entire belt of bullets
were used up -or until it jammed. The
Maxim machine gun was grudingly adopted by the British Army in 1890 -the men signing
the cheques preferred the slash and dash of the cavalry, this lead was eagerly
followed by most other European nations. By this invention, warfare had changed forever, and the Maxim gun would leave it's indelible mark on the casualties of WW I, where all the European combatants had the Maxim machinegun -or better copies. | |
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| The Maxim gun mounted on a Dunonald gun carriage. | |
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| Hiram Maxim with his machine gun. | |
| How the Maxim machine gun works | |
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| Maxim
gun is in a loaded and locked position. The Lock trigger is forward and disengaged, the firing pin is cocked and the trigger sear disengaged. | |
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| Pressing
the trigger pivots the lock trigger (1) and disengages the tumbler (2). This rotates and allows the firing pin (3) to snap forward, firing the chambered cartridge (4). Recoil (5) starts immediately the bullet starts to move . As the bullet leaves the muzzle, some of the escaping gases are caught in the booster and impinge on the face of the muzzle, assisting the barrel and other moving parts to the rear. | |
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| By
the rearward motion, the crankhandle has been cammed upward against the roller (5), breaking the toggle action. The recoil accelerates the lock assembly to the rear (6). This motion winds up the fusee (recoil) chain. The rotary action of the sidelevers shank (not shown) pushes down on the projecting tail of the tumbler (7), that pulls the firing pin to the rear, where the tumbler is held in a cocked position by the trigger sear (8). Meanwhile the extractor has drawn the next cartridge out of the belt and into the feed slot. As the lock assembly moves to the rear (6), the extractor drops sharply down (9), aligning the fresh cartridge B with the bore and the spent case A with the ejection tube. | |
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| The
lock assembly is thrust forward (10) by the fusee chain, and the fresh cartridge B, held by the extractor, is chambered (11). The spent case A is pushed into the ejection tube (12), being held there by a spring to act as a plug to seal the ejection tube from contaminents entering and clogging the mechanism. The spent case is pushed out by the next spent case. | |
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| As
the connecting rod straightens (13) to close the lock assembly, the extractor
moves sharply upward (14), leaving the spent case A in the ejection tube. At the top of the extractor's cycle, it takes up cartridge C. As the connecting rod is now straight, this disengages the trigger sear (15) and the gun will fire again if the lock trigger is still held back by pressure on the trigger. | |
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