Bullets for the Union: Manufacturing Small Arms Ammunition During the Civil War
Civil War bullets are perhaps the most common item collected from the era; the two armies expended bullets by the millions during the four years’ conflict and spent or deformed bullets of all shapes and sizes have made fascinating and affordable collectibles since the guns went silent in 1865.
I recently acquired a display piece featuring 35 different types of small arms ammunition used during the Civil War, including everything from a small .28 caliber ball up to a .69 caliber three-ring Minie and it triggered some questions: how did the Federal army obtain its small arms ammunition during the war? Where did the lead come from to make the bullets, and where and how was the ammunition manufactured? This post seeks to answer those questions.
A typical .58 caliber 3-ring Minie bullet |
“Whenever the blasts of war blow in the ears of men who trade in the implements of destruction, they are apt to experience more joy than the true warrior, for then comes the harvest of gain.” ~ Philadelphia Inquirer, February 20, 1861
Let’s start with the lead. As the heaviest stable element on the periodic table, lead has been in widespread use since antiquity due to the ease of extraction and purification, as well as useful properties such as ductility, low melting point, and corrosion resistance. Those three factors conspired to make lead an easy metal to work and cast into bullets. Prior to the Civil War, the U.S. had a few regions where lead was actively being mined, the most important being the region around southwestern Wisconsin (Mineral Point), western Illinois (Galena), and eastern Iowa (Dubuque). In the mid-1850s, this rich area produced roughly 90% of the lead mined in the United States, but with the rising interest in gold mining in the far western states, the lead mines had been slowing down until the outbreak of war kicked them into full production again.
By 1857, the area was producing 36 million pounds of lead per year and primarily was shipping the material east via either the Great Lakes ports of Milwaukee and Chicago, or via rail. “The lead mining business of Dubuque has been much improved and increased by the rebellion,” the Chicago Tribune reported in December 1861. The price of lead had increased from $20 per thousand pounds in May to $32 per thousand by December. “This price has not only stimulated the mining business and induced more persons to engage in it but has to some extent promoted other branches of the business.” The surging demand and high price prompted other lead mines to open including one on Shawangunk Mountain near Port Jervis, New York which was termed “the richest lead-bearing lode ever discovered in this country or perhaps any other.” Shafts were dug into the mountain where the ore, primarily galena, was extracted; the ore was then picked, washed, then run through a smelter to refine the ore into usable lead.
Kennebec Arsenal in Augusta, Maine |
Small arms ammunition was manufactured at any one of a number of arsenals located throughout the North. At the outbreak of the war, the following fifteen Federal arsenals and armories were operational in states that remained loyal to the Union, or in the case of Monroe Arsenal, remained under Federal control:
Kennebec
Arsenal Augusta, Maine
Watertown
Arsenal Watertown, Massachusetts
Springfield
Armory Springfield, Massachusetts
Watervliet
Arsenal West Troy, New York
New
York Arsenal New York, New York
Arsenal
& Ordnance Depot Rome,
New York
Allegheny
Arsenal Pittsburgh, Pennsylvania
Frankford
Arsenal Bridesburg, Pennsylvania
Pikesville
Arsenal Pikesville, Maryland
Monroe
Arsenal Point
Comfort, Virginia
Washington
Arsenal Washington, D.C.
Detroit
Arsenal Detroit,
Michigan
St.
Louis Arsenal St. Louis, Missouri
Arsenal
& Ordnance Depot Santa Fe, New Mexico Territory
Benicia Arsenal Benicia, California
Several additional Federal arsenals were
opened to meet the increasing need for ammunition as the war progressed, and it
is worth noting that several northern states, including Ohio, also opened
arsenals to manufacture ammunition for the Union army. The arsenals that were solely
operated by the Federal government are as follows:
Champlain
Arsenal Vergennes,
Vermont
Louisville
Ordnance Depot Louisville,
Kentucky
Nashville
Ordnance Depot Nashville,
Tennessee
Rock Island Arsenal Rock Island, Illinois
It is interesting to note that with the exception of the Champlain Arsenal (which had been closed in 1855 only to re-open in 1861), the three new arsenals were all located in the western theater; the Rock Island Arsenal in particular lay close to the source of lead and being located on the Mississippi River, offered quick and economical transport to the Federal armies serving west of the Appalachians.
What did a Federal arsenal or armory look like in operation? We are fortunate in that an enterprising reporter for the Philadelphia Inquirer asked the same question in April 1861 and made a trip to the Frankford Arsenal at Bridesburg, Pennsylvania. The following is his description of the establishment:
The grounds attached to the Arsenal have an area of about 55 acres and are bounded on the north and west by public roads, on the south by Frankford Creek, and are enclosed by a substantial stone wall surmounted by a neat iron fence. The buildings within the enclosure are numerous, consisting of quarters for the commander and lieutenant, the barracks for the married soldiers, and barracks for single men. In addition, there are the East and West Arsenals (two large three-story brick buildings), North and South storehouses, guard room and hospital, niter storehouse, manufactory, powder magazine, and buildings in which fulminates are manufactured and worked, and numerous other structures, large and small, that are usually found at United States arsenals. The East Arsenal is used for the reception of small arms, of which there are at present about 18,000 while the West Arsenal is reserved for miscellaneous military stores. The buildings are kept in excellent order and the arms, by the aid of an application of a superior quality of sperm whale oil are preserved for years in their pristine brightness.
The North and South storehouses are filled with military supplies and the materials from which various articles are manufactured at the Arsenal. In the magazine is stored about 50,000 pounds of powder, about 40,000 pounds of which is musket and rifle powder. In the niter storehouse is stored about two million pounds of saltpeter, the greater portion of which has been carefully fused. This building is a one-story brick structure 180 feet in length and 80 feet in width and was erected in 1852. No less than 500,000 pounds of sulfur are usually kept on hand in the different buildings.
The manufactory, a one-story brick structure, is in dimensions 180 feet by 60 feet, and presents to the eye of the visitor more objects of interest than any other potion of the Arsenal. Here some 30 or 40 men and boys are daily engaged, with the aid of the most improved machinery, in the manufacture of percussion caps, primers and friction tubes for small arms and artillery, or metallic cartridges of all kinds, of implements, scales, and gauges for inspecting, proving, and measuring and of work generally for military purposes where nicety and accuracy are requisite. In the rear of the manufactory, and at a safe distance therefrom, are several buildings used for the preparation of fulminates. Ample protection against fire is ensured by two excellent stationary and one ordinary fire engine, each of which has sufficient power to force water to almost any portion of the enclosure.
Here are the old style muskets changed in appearance and
power by the substitution of a percussion for a flintlock, and by the addition
of a Minie sight enabling them to carry with accuracy a distance of 1,000
yards, where formerly they would not hit a mark more than 250 yards distant.
Although the force employed is small, an immense amount of work is turned out
each week. Heretofore, 75,000 metallic cartridges for the Maynard carbine have
been made each week, but the work upon them has now been suspended and the
attention of the employees has been directed to the manufacture of those of the
Burnside and Morse patent. In the same period of time, 125,000 musket and
pistol percussion caps have been made, and 40,000 friction tubes, a novel
invention intended to the supply the necessity of using caps upon pieces of
artillery. A large portion of the machinery used was constructed at the Arsenal
and will bear comparison with any in the country.
An 1816 Springfield musket; originally a flintlock, thousands of these weapons were converted to percussion before and during the Civil War at arsenals like Frankford or by private contractors. |
The Frankford Arsenal is the principal depot in the United States for the storage of horse equipment and, indeed, of military stores for all branches of the service. The grounds are carefully attended to and are ornamented by piles of cannon balls, and by dismounted pieces of artillery, many of which are trophies captured from the British army in the War of 1812.
The manufacture of small arms ammunition at this time was a manual affair; the process to produce a .69 caliber or .58 caliber paper-wrapped cartridge (the most commonly used types during the war) was similar. The production process started with lead ingots or shot being brought into the arsenal, melted, then poured into molds for the various calibers and types of ammunition. There were countless varieties of molds used even for the same caliber of bullet; I’ve seen it mentioned that over 1,100 varieties of Civil War bullets exist! Bullets were also swaged or stamped in a press from one inch thick lead wire. The bullets were then brought into an assembly area; the workers poured the requisite amount of black powder into a paper tube, inserted the bullet atop the black powder, then tied the round closed with a small piece of string.
After
assembly, the completed cartridges were packed into white pine boxes for
shipment, the caliber and number of cartridges being painted on both ends of the
box. Different colors of paint were used to designate different types of
ammunition. A manufacture location and date were also painted on the inside
cover; ammunition degraded over time so knowing when it was manufactured was an
important detail to the ordnance sergeants in the field. Musket, rifle, and
carbine ammunition was generally shipped in boxes of 1,000 cartridges, or five
rows of 200 cartridges apiece; pistol cartridges went out in smaller boxes of
600 rounds. Individual bundles of ten cartridges were then issued to the
soldiers in the field.
These men working at the Watertown Arsenal in Massachusetts carefully measure out black powder into paper tubes which were used in small arms ammunition. |
To
give some sense of the scope of this small arms manufacturing operation, a
brief examination of the 1862 production at the Columbus Arsenal in Ohio is
illustrative. During the year, the state-operated arsenal employed nearly 200
men and women to produce 16,042,000 rounds of musket and rifle ammunition
broken down as follows:
.70-72
caliber buck & ball 663,000
cartridges
.69
caliber buck & ball 594,000
cartridges
.70-71
caliber Minie bullets 852,500
cartridges
.69
caliber Minie bullets 3,590,500
cartridges
.57-58
caliber Minie bullets 6,414,000
cartridges
.54
caliber Minie bullets 3,928,000
cartridges
To
produce the above stocks of ammunition, the Arsenal used 178,475 pounds of musket
powder, 1,231,427 pounds of lead, several thousand pounds of paper and string,
and shipped the cartridges out in 16,386 packing boxes, all at a cost of about
90 cents per 1,000 cartridges.
A completed .58 caliber Minie paper-wrapped cartridge. |
An interesting contrast in the differences in how the Union
and Confederate armies expended their ammunition in the field was noted by
Captain Samuel Fiske of the 14th Connecticut. In the Federal army,
soldiers “have been taught to load and fire as rapidly as possible; three or
four times a minute; they go into the business with all fury, every man vying
with his neighbor as to the number of cartridges he can ram into his piece and
spit out of it. The smoke arises in a minute or two, so you can see nothing
where to aim. By and by, the guns get heated and won’t go off and the
cartridges begin to give out. Meanwhile the Rebels, lying quietly a hundred or
two hundred yards in front, crouching on the ground or behind trees, answer our
fire very leisurely as they get a chance for a good aim, hitting about as many
as we do and waiting for the mild tornado of our ammunition to pass over their
heads. When our burst of fighting is pretty much over, they have only
commenced. If I had charge of a regiment, I’d put every man in the guardhouse
who could be proved to have fired more than 20 rounds in any one battle. I
wouldn’t let them carry more than their cartridge box full of 40 rounds.”
A .54 caliber ammunition box lid dated June 1862 from the state arsenal at Columbus, Ohio. |
Sources:
Lord, Francis A. Civil
War Collector’s Encyclopedia. New York: Castle Books, 1963
“Lead Mining in Dubuque,”
Chicago Tribune (Illinois), December 12, 1861, pg. 2
“Profitable Lead Mine,” Chicago
Tribune (Illinois), April 15, 1863, pg. 3
“Federal Arms,” Philadelphia
Inquirer (Pennsylvania), January 4, 1861, pg. 3
“The Frankford Arsenal
and What Can Be Seen There,” Philadelphia Inquirer (Pennsylvania), April
16, 1861, pg. 2
Hunt’s Merchants’
Magazine, Vol. XL (1858), pg. 244
Report of the Governor of
the State of Ohio for the Year 1862. Columbus
Excellent blog here! Also your web site loads up fast! What host are you using? Can I get your affiliate link to your host? I wish my website loaded up as quickly as yours lol. go for records
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ReplyDeleteThank you for sharing interesting and valuable information I hadn't known before.
ReplyDeleteThere was an excellent article in the now defunct "Canadian Journal of Arms Collecting" about making .577 Enfield bullets. There is an illustration of a machine that was fed coiled lead of the correct diameter. It swaged the bullet, stamped in the correct rear opening, and cut a boxwood plug to go into that opening. The lead that fed the machine was coiled on a round roller as seen today as seen with underground cable,
ReplyDeleteKen Baumann