Editing Springfield Armory (section)

==Production (1795–1968)==
[[File:Conflagration of part of the Old Springfield Armory, March 2, 1824.jpg|right|thumb|''Conflagration of Part of the US Armory, Springfield, Mass. March 2nd, 1824'']]
{{more|Springfield musket|Springfield rifle}}

===Early years===
In 1793, the National Arsenal contained brass ordnance, [[howitzers]], traveling carriages, shot strapt, canisters filled, quilted grape, iron shot, shells, powder, [[musket ball]], cylinders, caps, paper cartridges, fuzes filled, [[muskets]], swords, various military stores, and implements.<ref>{{cite web |title=A Century of Lawmaking for a New Nation: U.S. Congressional Documents and Debates, 1774–1875 |url=http://memory.loc.gov/cgi-bin/ampage?collId=llsp&fileName=016/llsp016.db&recNum=50 |work=Library of Congress |access-date=13 September 2010}}</ref> In 1795, the Springfield Armory produced the new nation's first musket - the [[Model 1795 Musket]] which was largely patterned after the French [[Charleville musket]] which had armed the French army during the [[American Revolution]].

===Early 19th century===
[[File:Organ of Muskets, Springfield Armory Museum.jpg|An "Organ of Muskets", in total the racks in the arsenal contain 647 [[Springfield Model 1861|Model 1861 rifles]], with capacity to hold 1,100 when fully stocked; these racks are so-called "organs" as they were described as such in [[Henry Wadsworth Longfellow]]'s lamentations against the wastes of war in his poem "[[s:The Arsenal at Springfield|The Arsenal at Springfield]]"|thumb|left]]
The Armory played a major role in providing weapons for the American Army during the [[War of 1812]]. Its monthly reports to the War Department are online, and they indicate it made 9588 new muskets in 1814 and repaired 5190 old ones that year. It several times reported that its funding had been delayed.<ref>{{cite book|author=John C. Fredriksen|title=The War of 1812: U.S. War Department Correspondence, 1812–1815|url=https://books.google.com/books?id=5NLIDAAAQBAJ&pg=PA71|year=2016|publisher=McFarland|pages=70–71|isbn=9780786494088}}</ref>

Fueled by the Springfield Armory, the City of Springfield quickly became a national center for invention and development. In 1819 [[Thomas Blanchard (inventor)|Thomas Blanchard]] developed a special [[Lathe (tool)|lathe]] for the consistent mass production of rifle stocks. Thomas Blanchard worked at Springfield Armory for 5 years. The lathe enabled an unskilled workman to quickly and easily turn out identical irregular shapes. The large drum turned two wheels: a friction wheel that followed the contours of the metal rifle pattern, and the cutting wheel that imitated the movements of the friction wheel to make an exact replica of the pattern in wood. In the 1840s the old flintlock gave way to a [[Percussion cap|percussion]] ignition system that increased the reliability and simplicity of longarms.
{{multiple image
   | direction = vertical
   | width = 280
   | align = right
   | footer = Views of the [[Water Shops Armory|Water Shops]] in Springfield, Massachusetts in 1905, and 2014 respectively. The Water Shops served as the epicenter for Springfield Armory firearms production throughout the nineteenth and twentieth centuries.
   | image1 = Springfield Armory Watershops 1905.jpg
   | image2 = SpringfieldMA WaterShopsArmory.jpg}}

The Springfield Armory was largely involved in the growth and influence of the [[Industrial Revolution]]. Much of this grew out of the military's fascination with [[interchangeable parts]], which was based on the theory that it would be easier to simply replace firearm parts than make battlefield repairs. [[Mass production]] of truly interchangeable parts demanded greater use of machines, improved gauging, quality control, and division of labor; all characteristics of the Industrial Revolution. From these individual components, the concept of the assembly line was devised.

The Springfield Armory also contributed to improved business management techniques. Colonel Roswell Lee, hired as superintendent in 1815, brought centralized authority, cost accounting for payroll, time, and materials, and increased discipline to a manufacturing environment—all business practices still in use today.

In 1843, [[Henry Wadsworth Longfellow]] visited the Armory and wrote his poem "The Arsenal at Springfield."<ref>{{cite web|last=Longfellow|first=Henry Wadsworth|title=The Arsenal at Springfield|url=http://rpo.library.utoronto.ca/poem/1318.html|work=Representative Poetry Online|publisher=University of Toronto Libraries|access-date=13 September 2010}}</ref> The anti-war poem described the rows of finished guns, by that point 1,000,000 stockpiled there, stored vertically in open racks: "Like a huge organ, rise the burnished arms."<ref>{{cite web|title=Springfield Armory National Historic Site|url=http://www.museum.nps.gov/spar/vfpcgi.exe?IDCFile=/spar/DETAILM.IDC,SPECIFIC=9341,DATABASE=29426021,|work=NPS.gov|publisher=National Park Service (US Govt)|access-date=13 September 2010}}{{Dead link|date=March 2024 |bot=InternetArchiveBot |fix-attempted=yes }}</ref>

===Late 19th century===
[[File:Springfield Maynard Lock.JPG|thumb|[[Springfield Model 1855]] with [[Maynard tape primer]] mechanism]] [[File:Springfield 1855 Pistol-Carbine.jpg|thumb|Springfield Model 1855 pistol-carbine]]
With the destruction of the [[Harpers Ferry Armory]] early in the [[American Civil War]], the Springfield Armory was briefly the only government manufacturer of arms, until the [[Rock Island Arsenal]] was established in 1862. During this time production ramped up to unprecedented levels never seen in American manufacturing up until that time, with only 9,601 rifles manufactured in 1860, rising to a peak of 276,200 by 1864. These advancements would not only give the Union a decisive technological advantage over the Confederacy during the war but served as a precursor to the mass production manufacturing that contributed to the post-war [[Second Industrial Revolution]] and 20th century machine manufacturing capabilities. American historian [[Merritt Roe Smith]] has drawn comparisons between the early assembly machining of the Springfield rifles and the later production of the [[Ford Model T]], with the latter having considerably more parts, but producing a similar numbers of units in the earliest years of the 1913–1915 automobile assembly line, indirectly due to mass production manufacturing advancements pioneered by the armory 50 years earlier.<ref name="MRS_cspan"/>

In 1865, Master Armorer [[Erskine Allin]] introduced the "Allin Conversion," which incorporated the far more advanced design of [[Breech-loading weapon|breech-loading]] into the now-obsolete [[muzzleloader]]s, thereby extending their service life. In 1891 a new function was assigned to the Armory—it became the army's main laboratory for the development and testing of new small arms.

One of the most distinctive elements of the Armory is the fence surrounding the site, which was started after the Civil War and completed in 1890. Unable to find funding for the purchase of a fence, Major James W. Ripley requested obsolete cannons from government storage, some from the Revolutionary War. He had the cannons sent to a local foundry to be melted down. The foundry kept some of the iron as payment, and the remainder was cast into 9-foot palings, formed as pikes and spearheads which were then sunk into a red sandstone base.

===Early 20th century===
[[File:Springfield Armory's experimental shop in Bldg. 28 , ca 1923.jpg|thumb|right|280px|Bldg. 28's experimental shop, where [[John Garand]] developed the predecessor to the [[M1 Garand]] and the later production model, {{circa|1923}}]]
[[File:Armory mechanical presses in the mid-20th century, Springfield Armory.jpg|290px|left|thumb|Mechanical presses producing [[cold-formed steel]] parts for weaponry in the mid-20th century]]

During the [[Spanish–American War]], it was recognized that the Spanish [[Mauser Model 1893]], exhibited characteristics superior to the [[Springfield Model 1873|"trapdoor" Springfield]] and [[Springfield Model 1892-99|Krag–Jørgensen]] rifles carried by the United States troops. On August 15, 1900, Springfield Armory completed an experimental magazine rifle which they believed to be an improvement over the Krag. They fashioned a clip loading magazine rifle in which the cartridges were contained within the stock, preventing damage to an otherwise exposed magazine. It was approved for production in as [[M1903 Springfield rifle|the Model 1903]]. [[Mauser]] later sued for patent infringement and won royalties from Springfield.<ref>{{cite web|title=Battlefield tack driver: the model 1903 Springfield in WWI.|url=http://www.thefreelibrary.com/Battlefield+tack+driver:+the+model+1903+Springfield+in+WWI.-a0150451303|work=The Free Library|access-date=13 September 2010}}</ref>

By the time that [[April 1917#April 6, 1917 (Friday)|the United States entered World War I]], approximately 843,239 standard service Model 1903 rifles had been manufactured. However, this was insufficient to arm U.S. troops for an undertaking of the magnitude of World War I. During the war Springfield Armory produced over 265,620 Model 1903 rifles. In addition, the War Department contracted for production of the [[M1917 Enfield Rifle]] to help aid American troops. These, along with the additional 47,251 rifles produced by the [[Rock Island Arsenal]] and the weapons already in service, were enough to supply the war effort. During [[World War I]] the Springfield Armory produced ≈25,000 [[M1911 pistol]]s before all facilities were dedicated to production of [[M1903 rifle]]s.

In 1919, when [[John Garand]] was 31, he came to Springfield, where he worked to develop a [[semi-automatic rifle]]. Over the next five years many designs were submitted for the rifle, but none met the army's rigid specifications. In 1924, Garand offered a design that was approved for further testing. This was the famous M1, or "[[M1 Garand|Garand rifle]]" as it came to be known. The army adopted the rifle in 1936, and production began the next year. This began what was to become the greatest production effort in the armory's history: during the entire production history of the M1 rifle, the Springfield Armory produced over 4.5 million of them.

The M1's accuracy and durability in battle earned it high praise. General [[Douglas MacArthur]] reported on the M1 to the Ordnance Department during heavy fighting on Bataan that "Under combat conditions it operated with no mechanical defects and when used in foxholes did not develop stoppages from dust or dirt. It has been in almost constant action for as much as a week without cleaning or lubrication."<ref>{{cite book |last1=Hatcher |first1=Julian S. |title=The Book of the Garand: Development of Semiautomatic Rifles |date=1948 |publisher=Infantry Journal Press |location=Washington, DC}}</ref> Further testament to the M1s role in combat was given by another well-respected military officer, General [[George S. Patton|George S. Patton, Jr.]], who reported to the Army Ordnance Department on January 26, 1945, "In my opinion, the M1 Rifle is the greatest battle implement ever devised."<ref>{{cite web |last1=Metesh |first1=T. Logan |title=Patton & The Garand |url=https://www.thearmorylife.com/patton-and-the-garand-greatest-battle-implement-ever-devised/ |website=The Armory Life |date=28 December 2020 |access-date=1 October 2021}}</ref>

===Late 20th century===
The last small arm developed by the Armory was the [[M14 rifle]], which was, essentially, a highly modified version of the M1 Garand.  The M14 was produced from 1959 to 1964 and was the U.S. Army's primary combat rifle until being replaced by the [[M16 rifle]] gradually from 1964 to 1970. The M14 has evolved over the years into a more modern sniper rifle—the [[M21 Sniper Weapon System|M21]].

By the time the U.S. was involved in the [[Vietnam War]], Springfield Armory developed not only rifles but [[machine gun]]s for ground and air use, [[grenade launcher]]s, and associated equipment. Many weapons were not manufactured at the Armory, but plans and specifications were drawn up for the use of private contractors who built them elsewhere, representing an economic shift toward the American private arms industry.
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