To understand how American citizens today can get their hands on ammo, which rolls off the same factory lines as those that supply the world’s largest militaries, it’s important to first understand how munitions technology developed. Starting in medieval Europe, on a battlefield where a mounted knight in armor could defeat almost any number of peasants, the development of more advanced and accurate ways to destroy enemy personnel and equipment by launching a projectile is one which combines trial and error, scientific ingenuity, and private enterprise. It’s a story of power and technology dating back to the 13th century, at the height of “the divine right of kings,” and tracks the subsequent diffusion of that power held by a chosen few as the individual became capable of breaking the state’s monopoly on violence.
The first recorded use of gunpowder appeared in Europe in 1247, although China had used gunpowder for centuries before that, mostly for fireworks. The cannon appeared nearly 100 years later in 1327, with a hand-sized version making its debut in 1364. The first ordnances were made of stone, and while it might have been theoretically possible for anyone to own one, this would have been outside the financial reach of anyone but the nobility.
Stone was quickly discarded as a source of materiel for one simple reason: It wasn’t effective against stone fortifications. Thus did the first ever arms race begin, as medieval armies sought ways to fire heavier and heavier projectiles. The first recorded example of a metal ball being fired from a hand cannon came in 1425, with the invention of the hand culverin and matchlock arquebus, which led to lead balls becoming the gold standard for projectiles. This is where we get the term “bullet” – boulette is French for “little ball.”
Ammunition remained largely the same for centuries: Little balls of metal virtually anyone could make. This was true until the invention of rifling in the mid-19th century. Even this invention was, at first, not terribly useful for military purposes. Not only did the barrels quickly become useless, but the barrels often could not be fitted with a bayonet. This made early rifles impractical for military use and mostly a bit of a toy. Not until the advent of progressive rifling (which came, depending on one’s point of view, fortuitously or not, in the middle of the U.S. Civil War), did rifles become practical for military, and also widespread civilian purposes.
Copper jacketed bullets arrived in 1882, but since then the development of both military and commercial ammo has largely been about degrees rather than revolutionary innovations like rifling. The same basic design for cartridges has been in place since the late 19th Century.
Advancing technology was likely a driver in the move toward ammunition produced for commercial purposes, rather than simply military use. While in the past, it was common to simply make lead balls in front of the fire as a family after dinner, making a modern rifle cartridge is far beyond the means of most people. Further, it requires safety procedures above and beyond simply molding lead balls.
For the most part, the distinction between civilian and military ammunition is largely down to marketing. However, there are some important differences between civilian and military (often known as “milspec”) including:
All military ammunition is full metal jacket. There are military treaties requiring this on an international scale, beginning with the Hague Convention in 1899. Civilian ammo is not subject to such requirements and can be full metal jacket, composite, hollow point or any other configuration.
As a rule, civilian ammunition is designed to expand upon impact. Military ammo is not, due to treaty restrictions. Military ammunition frequently passes through a target with no serious damage, whereas civilian rounds are designed for “one shot, one kill.” This is not a purely humanitarian consideration: Wounded soldiers are a greater burden for an army than dead ones.
Military ammunition comes with moisture sealant, while civilian ammunition does not. This is due to the wide array of climates that military ammunition might be used, as well as the fact that military ammunition might be stored for decades before it is actually used.
Military ammunition primers are harder than its civilian counterparts. This helps to prevent accidental discharges, the worst case scenario of which is when a weapon gets stuck in automatic fire mode.
The chamber pressures are different between military and commercial ammunition, though the degree to which they are different varies significantly from one caliber to another. As an example, the 7.62x51mm NATO and the .308 Winchester are basically the same round, but the NATO (military) version has lower pressure.
Sometimes the military version of a round can be fired through a weapon chambered for the civilian version and vice versa – but sometimes the compatibility only works one way. For example, the military weapon can fire the civilian round, but the civilian weapon cannot fire the military round. Never assume that a military and civilian round and chamber are cross-compatible.
Civilian ammunition tends to be far more consistent in terms of its dimensions than military ammunition. Because every round simply must feed and fire properly, military ammo allows for looser tolerances than civilian ammunition.
Military ammunition casings tend to have thicker walls because, as a general rule, they are subject to higher pressures than civilian rounds.
It’s common for civilians to buy military ammunition, either because they want the particular qualities of that cartridge or because they simply want to get a deal on price. For the most part, there’s no problem with buying surplus ammo provided that your weapon can handle it. You should also examine the ammunition when you receive it — as stated above, it’s not uncommon for rounds to sit in storage for decades.
Today, the Springfield Armory is a historic site. However, it used to produce the lion’s share of American military hardware and, through the secondary surplus market, a good deal of the commercial ammunition floating around. All told, the site manufactured ammunition from 1777 all the way until 1968. It was both the first federal armory and one of the first American factories dedicated to the manufacture of ammunition.
The use of the location for military training dates back to the colonial days, when George Washington personally scouted and approved of the site during the Revolutionary War. The entire city of Springfield was built around the armory, which wasn’t much to speak of at the time: Little more than an intersection of rivers and roads. These features, however, are what made the location optimal for the manufacture of weaponry for the war effort. What’s more, the Connecticut River provided a natural defense against naval attack.
Shays Rebellion attacked the Armory, but was unsuccessful, as the state militia was able to defend it from attack using grapeshot. The Armory started producing ordnance in 1793, which included everything from paper cartridges and musket balls all the way up to howitzers. Flash forward to the post-Civil War period, and for a brief time this was the only federal armory in operation after the destruction of Harpers Ferry. It produced the first firearm native to America, the Model 1795, a .69 caliber flintlock musket.
The Springfield Armory was a huge driver of the Industrial Revolution in the United States. This was part of the United States military’s need for replaceable parts on the battlefield under the theory that it was easier to replace parts than it was to repair weapons on the battlefield. In turn, this made it easier for the average person to own and maintain a firearm. No longer did one have to know anything about gunsmithing or pay a gunsmith to keep a weapon in good working order. Now one could simply replace parts as they broke down.
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