....August 2010 ~~~~ Editor:  Cliff Hanger ~~~~
Where did the cowboy spur come from? a short history

The history of Cowboy Spurs begins in ancient Rome where horse riders wore a basic form of what would become the Western Cowboy Spur to allow them to guide their horses in battle.

The spur became an invaluable riding aid and was also used in the Middle Ages where knights were known to "earn their spurs" when achieving a Knighthood and becoming one of the Knights of the realm. For this reason, Spurs are seen as a sign of rank and are often still given today as an honour - even from The Pope himself!

The design of the modern day Western Spur consists of three parts. The Yoke, Branch or Heel Band which wraps around the heel of the wearers boot and is fastened with a leather strap and buckle, always worn on the outside of the boot. From this piece extends The Neck or Shank which protrudes out to allow the Rowels to be attached on the end.

The Neck should always point downwards and should be rested on the spur rest of the cowboy boot.

It is also not uncommon for the spur to be fastened to the boot of the wearer by the use of a button. This allows for easy fastening and removal and also for the spur to be taken off quickly if safety becomes an issue or the riders leg becomes trapped.

There have been varying styles of Spurs throughout the ages and the Western Spur has evolved into a stylized and decorative form of the original 11th century design which was just a crude, straight spike known as a Prick. It is not uncommon for the rider to have custom made spurs to their design and taste. If you are a real Cowboy, the spur will be decorative, heavier, more flamboyant and have Rowels that rotate rather than be a static piece of the design.

Cowboy Spurs are as popular today as they have always been. They are no longer just confined to the hard working Cowboys still driving cattle across America. Collectors of Western American historic items buy them to preserve a piece of history and a piece of America for all. Ladies and Cowboys wear them as fashion accessories and the explosion of the line dancing scene has made wearing a pair of custom made western spurs as important as the rest of your outfit.

Gunpowder From Wikipedia

Gunpowder, also called black powder, is a mixture of sulfur, charcoal, and potassium nitrate. Gunpowder can be made just using potassium nitrate and charcoal, but without the sulfur, the powder is not as strong. It burns rapidly, producing a volume of hot gas made up of carbon dioxide, water, and nitrogen, and a solid residue of potassium sulfide. Because of its burning properties and the amount of heat and gas volume that it generates, gunpowder has been widely used as a propellant in firearms and as a pyrotechnic composition in fireworks. The term gunpowder also refers broadly to any propellant powder. Modern firearms do not use the traditional gunpowder (black powder) described in this article, but instead use smokeless powder. Antique firearms or replicas of antique firearms are often used with black powder substitute.

Gunpowder is classified as a low explosive because of its relatively slow decomposition rate and consequently low brisance. Low explosives deflagrate at subsonic speeds. High explosives detonate, producing a supersonic wave. Ignition of the powder packed behind a bullet must generate enough pressure to force it from the muzzle at high speed, but not enough to rupture the gun barrel. Gunpowder is thus less suitable for shattering rock or fortifications, where high explosives such as TNT are preferred.


The term black powder was coined in the late 19th century to distinguish prior gunpowder formulations from the new smokeless powders and semi-smokeless powders.(Semi-smokeless powders featured bulk volume properties that approximated black powder in terms of chamber pressure when used in firearms, but had significantly reduced amounts of smoke and combustion products; they ranged in color from brownish tan to yellow to white. Most of the bulk semi-smokeless powders ceased to be manufactured in the 1920s.)

Black powder is a granular mixture of

    * a nitrate, typically potassium nitrate (KNO3), which supplies oxygen for the reaction;
    * charcoal, which provides carbon and other fuel for the reaction, simplified as carbon (C);
    * sulfur (S), which, while also serving as a fuel, lowers the temperature required to ignite the mixture, thereby increasing the rate of combustion.

Potassium nitrate is the most important ingredient in terms of both bulk and function because the combustion process releases oxygen from the potassium nitrate, promoting the rapid burning of the other ingredients. To reduce the likelihood of accidental ignition by static electricity, the granules of modern black powder are typically coated with graphite, which prevents the build-up of electrostatic charge.

Charcoal does not consist of pure carbon; rather, it consists of partially pyrolyzed cellulose, in which the wood is not completely decomposed.

The current standard composition for the black powders that are manufactured by pyrotechnicians was adopted as long ago as 1780. Proportions by weight are 75% potassium nitrate (known as saltpeter or saltpetre), 15% softwood charcoal, and 10% sulfur. These ratios have varied over the centuries and by country, and can be altered somewhat depending on the purpose of the powder. For instance, power grades of black powder, unsuitable for use in firearms but adequate for blasting rock in quarrying operations, is called blasting powder rather than gunpowder with standard proportions of 70% nitrate, 14% charcoal, and 16% sulfur; blasting powder may be made with the cheaper sodium nitrate substituted for potassium nitrate and proportions may be as low as 40% nitrate, 30% charcoal, and 30% sulfur.

Combustion rate

The burn rate of black powder can be changed by corning. Corning first compresses the fine black powder meal into blocks with a fixed density (1.7 g/cm³). The blocks are then broken up into granules. These granules are then sorted by size to give the various grades of black powder. In the United States, standard grades of black powder run from the coarse Fg grade used in large bore rifles and small cannons, through FFg (medium and smallbore arms such as muskets and fusils), FFFg (smallbore rifles and pistols), and FFFFg (extreme small bore, short pistols and most commonly for priming flintlocks). In the United Kingdom, the gunpowder grains are categorised by mesh size: the BSS sieve mesh size, being the smallest mesh size on which no grains were retained. Recognised grain sizes are Gunpowder G 7, G 20, G 40, and G 90.

A simple, commonly cited, chemical equation for the combustion of black powder is

    2 KNO3 + S + 3 C ? K2S + N2 + 3 CO2.

A more accurate, but still simplified, equation is

    10 KNO3 + 3 S + 8 C ? 2 K2CO3 + 3 K2SO4 + 6 CO2 + 5 N2.

The burning of gunpowder does not take place as a single reaction, however, and the byproducts are not easily predicted. One study's results showed that it produced (in order of descending quantities): 55.91% solid products: potassium carbonate, potassium sulfate, potassium sulfide, sulfur, potassium nitrate, potassium thiocyanate, carbon, ammonium carbonate. 42.98% gaseous products: carbon dioxide, nitrogen, carbon monoxide, hydrogen sulfide, hydrogen, methane, 1.11% water.

Black powder made with sodium nitrate tends to be hygroscopic, unlike black powders made from saltpeter. (In this article, "saltpeter"--also spelled "saltpetre"--means potassium nitrate and not any of the other nitrates that are also sometimes called "saltpeter.") Because black powder made with saltpeter is less affected by moisture in the air, it can be stored unsealed for centuries without degradation if it is kept dry. Muzzleloaders have been known to fire after hanging on a wall for decades in a loaded state, provided they remained dry. By contrast, black powder made with sodium nitrate must be sealed from the moisture in the air to remain stable for long periods.


In firearms, black powder allows loading by volumetric measure, whereas smokeless powder requires precise measuring of the charge by weight to prevent damage due to overloading, though damage by overloading is still possible with black powder.

In quarrying, high explosives are generally preferred for shattering rock. However, because of its low brisance, black powder causes fewer fractures and results in more usable stone compared to other explosives, making black powder useful for blasting monumental stone such as granite and marble.

Black powder is well suited for blank rounds, signal flares, burst charges, and rescue-line launches. Black powder is also used in fireworks for lifting shells, in rockets as fuel, and in certain special effects.


Black powder has low energy density compared to modern smokeless powders and produces a thick smoke that can impair aiming and reveal a shooter's position.

Combustion converts less than half the mass of black powder to gas. The rest ends up as a thick layer of soot inside the barrel. In addition to being a nuisance, the residue from burnt black powder is hygroscopic and an anhydrous caustic substance. When moisture from the air is absorbed, the potassium oxide or sodium oxide turns into hydroxide, which will corrode wrought iron or steel gun barrels. Black powder arms must be well cleaned both inside and out to remove the residue. The Matchlock musket (an early gun) would be unusable in wet weather due to powder in the pan being exposed and dampened, in which case soldiers would use the ends as clubs or use bayonets.


The UN Model Regulations on the Transportation of Dangerous Goods and national transportation authorities, such as United States Department of Transportation, have classified Gunpowder (black powder) as a Group A: Primary explosive substance for shipment because it ignites so easily. Complete manufactured devices containing black powder are usually classified as Group D: Secondary detonating substance, or black powder, or article containing secondary detonating substance, such as firework, class D model rocket engine, etc., for shipment because they are harder to ignite than loose powder. As explosives, they all fall into the category of Class 1.

Energy content

Gunpowder contains 3 megajoules per kilogram, and contains its own oxidant. For comparison, the energy density of TNT is 4.6 megajoules per kilogram, and the energy density of gasoline is 47.2 megajoules per kilogram.

Sulfur-free gunpowder

The development of smokeless powders, such as Cordite, in the late 19th century created the need for a spark-sensitive priming charge, such as gunpowder. However, the sulfur content of traditional gunpowders caused corrosion problems with Cordite Mk I and this led to the introduction of a range of sulfur-free gunpowders, of varying grain sizes. They typically contain 70.5 parts of saltpetre and 29.5 parts of charcoal. Like black powder, they were produced in different grain sizes. In United Kingdom, the finest grain was known as sulfur-free mealed powder (SMP). Coarser grains were numbered as sulfur-free gunpowder (SFG n): 'SFG 12', 'SFG 20', 'SFG 40' and 'SFG 90', for example; where the number represents the smallest BSS sieve mesh size on which no grains were retained.

The main purpose of sulfur in gunpowder is to decrease the ignition temperature. A sample reaction for sulfur-free gunpowder would be

    4 KNO3 + C7H8O ? 3 K2CO3 + 4 CO2 + 2 H2O + 3 N2 


A Mongol bomb thrown against a charging Japanese samurai during the Mongol invasions of Japan after founding the Yuan Dynasty, 1281.
Main article: History of gunpowder

Gunpowder was invented, documented, and used in ancient China where the Chinese military forces used gunpowder-based weapons technology (i.e. rockets, guns, cannons), and explosives (i.e. grenades and different types of bombs) against the Mongols when the Mongols attempted to invade and breach the Chinese city fortifications on the northern borders of China. After the Mongols conquered China and founded the Yuan Dynasty, they used the Chinese gunpowder-based weapons technology in their invasion of Japan. Chinese also used gunpowder to fuel rockets. However, it has also been argued that, like the wheel, gunpowder was "coinvented" or "co-discovered" prior to, simultaneously or slightly after the Chinese, by cultures separated from the Chinese by vast distances, with minimal direct contact between one another.

A major problem compounding unbiased academic study is rapid access to original sources. Moreover, the major dilemma of accurate transliteration of original sources, especially of medieval Chinese texts, from then-understood metaphor and/or prose employed to describe (then) hitherto unexplained phenomena into contemporary languages with their well-established and rigidly defined terminology. The difficulty in transliteration lends itself readily to errors or latitude bordering on artistic licence in the interpretation 

An evaluation of all arguments and thorough literature review is beyond the scope of this article. Rather than take a position, the article will present all arguments to the reader.

Early Chinese rocket

A Mongol bomb thrown against a charging
Japanese samurai during the Mongol 
invasions of Japan after founding the 
Yuan Dynasty, 1281.


Chinese Ming Dynasty (1368-1644 AD)
matchlock firearms
Saltpeter was known to the Chinese by the mid-1st century AD and there is strong evidence of the use of saltpeter and sulfur in various largely medicinal combinations. A Chinese alchemical text dated 492 AD noted saltpetre burnt with a purple flame, providing a practical and reliable means of distinguishing it from other inorganic salts, thus enabling alchemists to evaluate and compare purification techniques. The Chinese word for "gunpowder" is Chinese: ??/??; pinyin: hu? yào /xuou y??/, which literally means "Fire Medicine."

The first reference of gunpowder is possibly the passage of the Zhenyuan miaodao yaolüe, a Taoist text tentatively dated to the mid-800s CE:

 Some have heated together sulfur, realgar and saltpeter with honey; smoke and flames result, so that their hands and faces have been burnt, and even the whole house where they were working burned down.

By the 9th century Taoist monks or alchemists searching for an elixir of immortality had serendipitously stumbled upon gunpowder.

The Chinese "Wu Ching Tsung Yao", written by Tseng Kung-Liang in 1044, provides encyclopedia references to a variety of mixtures which included petrochemicals, as well as garlic and honey. A slow match for flame throwing mechanisms using the siphon principle and for fireworks and rockets are mentioned. Academics argue the Chinese wasted little time in applying gunpowder to warfare, and they produced a variety of gunpowder weapons, including flamethrowers, rockets, bombs, and mines, before inventing guns as a projectile weapon.

Middle East

Main articles: Inventions in the Islamic world and Alchemy and chemistry in Islam

The Arabs acquired knowledge of gunpowder some time after 1240 AD, but before 1280 AD, by which time Hasan al-Rammah had written, in Arabic, recipes for gunpowder, instructions for the purification of saltpeter, and descriptions of gunpowder incendiaries. However, because al-Rammah attributes his material to "his father and forefathers", al-Hassan argues that gunpowder became prevalent in Syria and Egypt by "the end of the twelfth century or the beginning of the thirteenth".
The Sultani Cannon, a very heavy bronze
muzzle-loading cannon of type used by
Ottoman Empire in the siege of
Constantinople, 1453 AD.
A picture of a 15th century Granadian
cannon from the book Al-izz wal rifa'a.

Al-Hassan claims that in the Battle of Ain Jalut of 1260 AD, the Mamluks used against the Mongols in "the first cannon in history" gunpowder formulæ with near-identical ideal composition ratios for explosive gunpowder. However, Khan claims that it was invading Mongols who introduced gunpowder to the Islamic world and cites Mamluk antagonism towards early riflemen in their infantry as an example of how gunpowder weapons were not always met with open acceptance in the Middle East. Similarly, the refusal of their Qizilbash forces to use firearms contributed to the Safavid rout at Chaldiran in 1514.

The earliest surviving documentary evidence for the use of the hand cannon, considered the oldest type of portable firearm and a forerunner of the handgun, are from several Arabic manuscripts dated to the 14th century. Al-Hassan argues that these are based on earlier originals and that they report hand-held cannons being used by the Mamluks at the Battle of Ain Jalut in 1260.

Hasan al-Rammah included 107 gunpowder recipes in his text al-Furusiyyah wa al-Manasib al-Harbiyya (The Book of Military Horsemanship and Ingenious War Devices), 22 of which are for rockets. If one takes the median of 17 of these 22 compositions for rockets (75% nitrates, 9.06% sulfur, and 15.94% carbon), it is near identical with the modern reported ideal gunpowder recipe of 75% potassium nitrate, 10% sulfur, and 15% carbon, although this was already known to Roger Bacon

Mainland Europe

C. F. Temler interprets Peter, Bishop of Leon, as reporting the use of cannon in Seville in 1248 AD.

In Norwegian the Konungs skuggsjá of 1250 AD mentions in its military chapter, the use of two key ingredients: "coal and sulphur" as the best weapons for ship-to-ship combat.

Dated around 1257 AD, among the earliest extant written references to gunpowder in Europe, are Roger Bacon's texts Epistola, "De Secretis Operibus Artis et Naturae et de Nullitate Magiae," dated variously between 1248 and 1257, he states:

We can, with saltpeter and other substances, compose artificially a fire that can be launched over long distances... By only using a very small quantity of this material much light can be created accompanied by a horrible fracas. It is possible with it to destroy a town or an army ... In order to produce this artificial lightning and thunder it is necessary to take saltpeter, sulfur, and Luru Vopo Vir Can Utriet.
The last part has been interpreted as an elaborate coded anagram for the quantities needed, but other academics holding contrary viewpoints argue this may be erroneous transcription of a passage read with much difficulty.

Some authors maintain that around 1261, Roger did develop the ideal formula for gunpowder 
(75% of saltpeter, 15% of carbon and 10% of sulphur)

In the Opus Maior of 1267 AD, Bacon describes firecrackers:

a child’s toy of sound and fire and explosion made in various parts of the world with powder of saltpetre, sulfur and charcoal of hazelwood.
Cannons forged in 1667 AD at the 
Fortín de La Galera, Nueva Esparta,
The Liber Ignium, or Book of Fires, attributed to Marcus Graecus, is a collection of incendiary recipes, including some gunpowder recipes. Partington dates the gunpowder recipes to approximately 1300. One recipe for "flying fire" (ingis volatilis) involves saltpetre, sulfur, and colophonium, which, when inserted into a reed or hollow wood, "flies away suddenly and burns up everything." Another recipe, for artificial "thunder", specifies a mixture of one pound native sulfur, two pounds linden or willow charcoal, and six pounds of saltpeter. Another specifies a 1:3:9 ratio.

Some of the gunpowder recipes of De Mirabilibus Mundi of Albertus Magnus are identical to the recipes of the Liber Ignium, and according to Partington, "may have been taken from that work, rather than conversely." Partington suggests that some of the book may have been compiled by Albert's students, "but since it is found in thirteenth century manuscripts, it may well be by Albert." Albertus Magnus died in 1280 AD.

A common German folk-tale is of the German priest/monk named Berthold Schwarz who independently invented gunpowder, thus earning it the German name Schwarzpulver or in English Schwarz's powder. Schwarz is also German for black so this folk-tale, while likely containing elements of truth, is considered problematic.

The major and uniquely European advancement of gunpowder was corning: the addition of moisture to the gunpowder to form regular greater grains which much increased the reliability and consistency of gunpowder. This occurred around the late 1400s AD, as European powdermakers began adding moisture to gunpowder to reduce dust and with it the risk of dust explosion. The powdermakers would then shape the resulting mush of dampened gunpowder, known as mill cake, into corns, or grains, to dry.

The new "corned" powder remained potent and more reliable to store as it was far less hygroscopic than the former powder (due to net reduced surface area). Gunners also found it was more powerful and easier to load measures of it into guns. The main advantage of corning is that the combustion flame spreads evenly between the grains, thus igniting all grains before significant gas expansion (when the gunpowder actually "explodes"). Gunpowder not corned results in much unburnt powder blown away from the ignition flame and combustion chamber due to localized miniature gas expansions within the powder.

Europeans innovated by experimentation and discovering different kernel sizes combusted at differing rates, and thus were more suitable for one gun or for another. Otto notes that without corning, gunpowder like all dry mixtures, has a tendency to gradually demix back into its original components and thus too unreliable for effective use in guns as mixtures would not be of uniform composition, noting the use of corning technique is commonplace in the modern pharmaceutical industry to ensure uniform proportions of active ingredients for each tablet.

Shot and gunpowder for military purposes were made by skilled military tradesmen, later called firemakers, and were also required to craft fireworks for celebrations of victory or peace. During the Renaissance, two European schools of pyrotechnic thought emerged, one in Italy and the other at Nürnberg, Germany. The Italian school of pyrotechnics emphasized elaborate fireworks, and the German school stressed scientific advancement. Both schools added significantly to further development of pyrotechnics, and by the mid-17th century fireworks were used for entertainment on an unprecedented scale in Europe, being popular even at resorts and public gardens.

By 1788, as a result of the reforms for which Lavoisier was mainly responsible, France had become self-sufficient in saltpeter, and its gunpowder had become not only widely considered the best in Europe but more importantly, inexpensive.

The introduction of smokeless powder in the late 19th century led to the contraction of the gunpowder industry

British Isles

The old Powder or Pouther
magazine dating from 1642 AD,
built by order of James VI. 
Irvine, North Ayrshire,
By the early fourteenth century, according to N.J.G. Pounds's study The Medieval Castle in England and Wales, many English castles had been deserted and others were crumbling. Their military significance faded except on the borders. Gunpowder made smaller castles useless.

Henry VIII of England was short of gunpowder when he invaded France in 1544 AD and England needed to import gunpowder via the port of Antwerp.

The English Civil War, 1642-1645 AD, led to an expansion of the gunpowder industry, with the repeal of the Royal Patent in August 1641.

Gunpowder production in England appears to have started in the mid 13th century AD with the aim of supplying The Crown. Records show that gunpowder was being made, in England, in 1346, at the Tower of London; a powder house existed at the Tower in 1461; and in 1515 three King's gunpowder makers worked there. Gunpowder was also being made or stored at other Royal castles, such as Portchester Castle.

The introduction of smokeless powder in the late 19th century led to a contraction of the gunpowder industry. After the end of World War I, the majority of the United Kingdom gunpowder manufacturers merged into a single company, "Explosives Trades limited"; and number of sites were closed down, including those in Ireland. This company became Nobel Industries Limited; and in 1926 became a founding member of Imperial Chemical Industries. The Home Office removed gunpowder from its list of Permitted Explosives; and shortly afterwards, on 31 December 1931, the former Curtis & Harvey's Glynneath gunpowder factory at Pontneddfechan, in Wales, closed down, and it was demolished by fire in 1932.

The last remaining gunpowder mill at the Royal Gunpowder Factory, Waltham Abbey was damaged by a German parachute mine in 1941 and it never reopened. This was followed by the closure of the gunpowder section at the Royal Ordnance Factory, ROF Chorley, the section was closed and demolished at the end of World War II; and ICI Nobel's Roslin gunpowder factory which closed in 1954.

This left the sole United Kingdom gunpowder factory at ICI Nobel's Ardeer site in Scotland; it too closed in October 1976. Since then gunpowder has been imported into the United Kingdom. In the late 1970s / early 1980s gunpowder was bought from eastern Europe, particularly from what was then the East Germany and former Yugoslavia.

gun powder storing barrels at
Martello tower in Point Pleasant Park

Gunpowder had arrived in India by the mid-1300s, perhaps introduced by the Mongols as early as the mid-1200s.

It was written in the Tarikh-i Firishta (1606–1607) that the envoy of the Mongol ruler Hulegu Khan was presented with a dazzling pyrotechnics display upon his arrival in Delhi in 1258 CE. Firearms known as top-o-tufak also existed in the Vijayanagara Empire of India by as early as 1366 AD. From then on the employment of gunpowder warfare in India was prevalent, with events such as the siege of Belgaum in 1473 AD by Sultan Muhammad Shah Bahmani.

A 17th century forge-welded iron cannon,
at Thanjavur's eastern entrance (India).

By the 16th century, Indians were manufacturing a diverse variety of firearms; large guns in particular, became visible in Tanjore, Dacca, Bijapur and Murshidabad. Guns made of bronze were recovered from Calicut (1504 AD) and Diu (1533 AD). Gujar?t supplied Europe saltpeter for use in gunpowder warfare during the 17th century. Bengal and M?lwa participated in saltpeter production. The Dutch, French, Portuguese, and English used Ch?pra as a center of saltpeter refining.

War rockets, mines and counter mines using gunpowder were used in India by the time of Akbar and Jahangir. Fathullah Shirazi (c. 1582), a Persian-Indian polymath and mechanical engineer who worked for Akbar the Great in the Mughal Empire, invented an autocannon, early multi-shot gun. As opposed to the polybolos and repeating crossbows used earlier in ancient Greece and China, respectively, Shirazi's rapid-firing gun had multiple gun barrels that fired hand cannons loaded with gunpowder.

Both Hyder Ali and his son Tippu Sultan used black powder technology in iron-cased war rockets with considerable effect against the British, which inspired the development of the Congreve rocket.


The Javanese Majapahit Empire is argued to have grown to span most of modern day ASEAN due to its Javanese mastery of bronze-smithing and unique within the immediate region to the Majapahit court, the technology and mass manufacture (via cottage industries which contributed to a central arsenal). Documentary and archeological evidence indicate that Arab or Indian traders introduced gunpowder, gonnes, muskets, blunderbusses, and cannon to the Javanese, Acehnese, and Batak via long established commercial trade routes around the early to mid 1300s CE. Early European aggressors of Portugal and Spain were unpleasantly surprised and outgunned on many occasions. The resurgent Singhasari Empire overtook Sriwijaya and later emerged as the Majapahit who rigidly established fire-arms and cannonade as a feature of warfare.

Circa 1540 CE the Javanese always alert for new weapons found the newly arrived Portuguese weaponry superior to that of the locally made variants. The Javanese bronze breech-loaded swivel-gun, erroneously termed the lantaka, more correctly known as a meriam was used ubiquitously by the Majapahit navy and unfortunately pirates and rival lords. The demise of the Majapahit empire and the flight of disaffected skilled bronze cannon-smiths to Brunei, modern Sumatra and Malaysia, and the Philippines lead to near universal use of the swivel-gun, especially on trade vessels to protect against prevalent marauding pirates, especially in the Makassar Strait.

A Chinese pirate or commercial shipwreck site unearthed a double-ended swivel gun, which enabled swift firing: one barrel would fire whiles its opposite would be reloaded, though this is a rare and unique piece. Other archeological finds have unearthed some triple-barrel and some double-barrel swivel-guns, which were not widely duplicated.

The saltpetre harvesting was recorded by Dutch and German travelers as being common to even the smallest villages and collected from the decomposition process of large goat dung hills specifically piled for collection this saltpetre, a most unpleasant job. Saltpetre must be remembered by today's reader as being a key food preservative agent in a period of no refrigeration.

The Dutch punishment for possession of unpermitted gunpowder appears to have been amputation.

Ownership and manufacture of gunpowder was later prohibited by the colonial Dutch occupiers. Sir Thomas Stamford Raffles, from his The History of Java relates the process of powder manufacture, perhaps of noteworthy relevance considering at the time it was a military-related craft and not always recorded:

    the best sulphur is supplied from a crater from a mountain near the straits of Bali...in caverns in irregularly formed beds of earth, which being impregnated with the native nitre, saturated with the evacuation of the enumerous bats that haunt these caves is mixed with a compound of wood ashes, supplies the liquid that is boiled in large kettles and afterward left to cool and crystallize.

Manufacturing technology

For the most powerful black powder meal, a wood charcoal is used. The best wood for the purpose is Pacific willow, but others such as alder or buckthorn can be used. The ingredients are mixed as thoroughly as possible. This is achieved using a ball mill with non-sparking grinding apparatus (e.g., bronze or lead), or similar device. Historically, a marble or limestone edge runner mill, running on a limestone bed was used in Great Britain; however, by the mid 19th century AD this had changed to either an iron shod stone wheel or a cast iron wheel running on an iron bed. The mix is sometimes dampened with alcohol or water during grinding to prevent accidental ignition.

Around the late 14th century AD, European powdermakers began adding damp to the constituents of gunpowder to reduce dust and with it the risk of explosion. The powdermakers would then shape the resulting paste of dampened gunpowder, known as mill cake, into corns, or grains, to dry. Not only did corned powder keep better because of its reduced surface area, gunners also found that it was more powerful and easier to load into guns. Before long, powdermakers standardized the process by forcing mill cake through sieves instead of corning powder by hand.

Edge-runner mill in a restored mill,
at Eleutherian Mills

During the 18th century gunpowder factories became increasingly dependent on mechanical energy.

Other uses

Besides its habitual use as an explosive, gunpowder has been occasionally employed for other purposes, After the battle of Aspern-Essling (1809), the surgeon of the Napoleonic Army Larrey combated the lack of food for the wounded under his care by preparing a bouillon of horse meat seasoned with gunpowder for lack of salt. It was also used for sterilizing on ships when there was no alcohol.

Christiaan Huygens experimented with gunpowder in 1673 in an early attempt to build an internal combustion engine. He did not succeed in making a practical engine.

Fireworks and Firecrackers also use gunpowder but use different brands and different chemicals.

Black powder is still used in delay-trains in modern arms. For instance, in a hand grenade, a mechanical striker ignites a percussion primer which ignites a slow black powder delay. The delay burns a few seconds until it gets to the high explosive primary, which detonates, initiating the grenade fill explosive, thus fragmenting the grenade.

"Long Guns of the West" Part 9: The Winchester-Hotchkiss, Model 1879 and 1883  by Tom "Forty Rod" Taylor

Browning wasn't the only firearms genius in the late 1800s.  Benjamin Hotchkiss (Well hear more of him later), an American living in Paris, developed an unusual bolt-action repeating rifle that caught Winchester's eye.  Hotchkiss sold them the gun in 1880.   Eventually some 84,555 guns were made in three models between 1879 and 1899, almost all in .45-70 Government caliber.  They were all had a five round capacity with a tubular magazine in the butt.

To load the magazine the bolt was fully opened, exposing the front of the magazine below the nose of the bolt. Rounds were loaded individually butt-first into the magazine through the open top of the receiver.


Bolt action

1878 Model 2 Navy Rifle

All Winchester-Hotchkiss guns had straight bolt handles sticking out at a right angle on the right when closed, and all cocked when the bolt handle was raised, much like the Mausers.

The first two models were both designated as Model 1879 while the third was called an 1883 Model.  The 1879 models both had one-piece stocks and differed primarily in the placement of the magazine cut-off device ad the safety. 

The first had a round rotating disk-shaped ‘switch’ on the right side at the top of the stock above the front of the trigger guard that served both as a cut-off and a safety. 

The second had the cut-off to the rear of the bolt on the right and the safety was on the left side. 

The third model had a two-piece stock separated by an exposed receiver. 

Because the military market was being courted, most of the guns were carbines (24” with ‘saddle rings’ on the left side), fewer were muskets (32” with sling swivels), and only a very few were built as sporting rifles (26”).  I think all had round barrels and have found no reference to octagon or other configurations.  I also find no mention of finishes other than case-hardened receivers and butt plate with the rest blued.

The story persists, with a lot of supporting evidence, including Army Ordnance reports, that the first and second model muskets and carbine were built all or in part by the U. S. Springfield Armory, (Parts, except barrels and stocks, made and supplied by Winchester and assembled by Springfield.) and that only the third models were built by Winchester.

You aren't going to see a lot of Winchester-Hotchkiss rifles or carbines around.  I'm sure there are some out there, but in my lifetime I've seen only one, a beautiful third model sporting rifle with some engraving on the receiver, a gorgeous piece of wood matched fore and aft and beautifully checkered, and in 95% condition or better.  Because of the years that have passes since I handled this rifle I can't remember it being very heavy nor how it balanced, but I have the impression that it was nicely made and had a smooth action.

Maybe someone can chime in here with more information on this pioneering design.

Forty Rod
Additional info.  The .45-70 Hotchkiss was acquired in limited numbers by the US Navy as the M1879, and (in a slightly modified version) by the US Army and several state militias as the M1883, making it the first bolt-action repeater to be adopted by any major military. The Chinese Empire purchased 15,000 Winchester-Hotchkiss rifles in 1881. However, the result of the US Army's 1883 field trials was the rejection of the Hotchkiss and Remington-Lee bolt-actions for general issue, and the retention of the single-shot "trapdoor" Springfield Model 1873 as its primary longarm for another decade.

Winchester also produced a civilian sporting version of the Hotchkiss, likewise in caliber .45-70 Government, until 1899.

Note from Cliff Hanger....I found this gun being offered for sale at $8,950.00 on July 1,2010. 


This cut-away rifle was part of a collection of personally assembled and owned guns by the late 'Lieutenant George B. Aldee'. He was a very colorful individual-a highly decorated Civil War officer. Later on, he worked for Winchester as a sales representative. He was quite instrumental in the development of the Hotchkiss rifle. He won the 1882 Creedmore rifle matches. This gun is very well documented with numerous letters; some of them coming from individuals such as Bennett, the Vice President of Winchester, in regards to his shooting at Creedmore. Overall gun is in near excellent condition with 75-80% original nickel which is flaking and turning a very mellow patina coloration. Original semi-deluxe stock is excellent retaining most original varnish, original sights, fine bore. Very interesting gun; guaranteed 100% all original and complete with Factory Letter of Authenticity from the Buffalo Bill Historical Society listing it as a nickeled sporting rifle, "sectionalized" which would mean that it's a cut-away rifle. Quite unique, especially with the extensive paperwork and documents that accompany it.

Top is the rare Winchester-Hotchkiss cut away sales prop rifle.
Bottom is Winchester-Hotchkiss carbine.
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