What Was the First Repeating Rifle?

The Short Version

• The first practical multi-shot rifle adopted by an army did not burn gunpowder: it was an air-powered weapon called the Girandoni air rifle, built in Austria around 1779.
• It carried about twenty lead balls in a side-mounted tube magazine and allowed an infantryman to fire all of them in less than a minute with zero smoke or flash.
• Gunpowder repeaters like the Danish Kalthoff system appeared in the 1630s, but they were fragile, hand-built mechanical puzzles that jammed easily and risked fatal magazine explosions.
• Military forces continued using single-shot muskets until the 1860s, when self-contained brass cartridges finally made gunpowder repeaters like the Spencer and Henry rifles practical for combat.

The First Practical Repeating Rifle Used Air, Not Gunpowder

Many shooters assume multi-shot rifles began during the American Civil War or in the hands of Old West pioneers. History books frequently highlight the 1860 Henry rifle or the Spencer carbine as the start of rapid-fire combat. But regular soldiers carried repeating rifles into battle more than eighty years before the Civil War began. The surprise is that those rifles did not use black powder.

The first practical multi-shot rifle issued to soldiers was the Girandoni air rifle. Invented around 1779 by Tyrolean gunmaker Bartholomäus Girandoni, it entered official service with the Austrian Imperial Army in 1780. Austrian Emperor Joseph II ordered thousands of these airguns for specialized sharpshooters. At a time when standard infantrymen reloaded muzzle-loading flintlocks between each shot, Austrian units carried weapons that fired twenty rounds without reloading.

Gunpowder technology simply was not ready for multi-shot actions in 1779. Black powder generated heavy clouds of white smoke that blinded soldiers after a single volley. More importantly, black powder left behind thick, sticky soot inside the barrel and action. Repeating guns required moving metal trays, springs, and levers. Gunpowder soot gummed up those moving parts after just a few shots, causing the gun to lock tight.

Air power solved that obstacle. Because the Girandoni used compressed air instead of burning powder, it produced no soot to choke the action. It fired clean, remained cool, and left no telltale smoke cloud to reveal a sniper's hiding spot in the trees. As a result, air power beat firearms to the repeating battlefield by nearly a century.

Inside the Girandoni: How an 18th-Century Soldier Fired 20 Rounds in Seconds

Operating an 18th-century flintlock was slow work. A soldier had to tear open a paper cartridge with his teeth, pour loose powder into the flash pan, close the frizzen, pour the rest down the muzzle, push in a lead ball, pull out a ramrod, seat the ball, return the ramrod, and cock the hammer. A skilled infantryman did this three or four times a minute. The Girandoni erased that whole sequence.

The rifle relied on three main components: a compressed air tank (the air reservoir), a gravity magazine, and a spring-loaded sliding loading block (the breech block). Instead of a standard wooden stock, the back of the rifle was a hollow, pear-shaped flask made of hammered sheet iron brazed with brass. This metal flask served as the buttstock and held air compressed up to about 800 pounds per square inch.

Along the right side of the rifled barrel ran a long metal tube holding twenty to twenty-two lead balls, each roughly .46 caliber. Firing the rifle took only four quick movements:

1. Point the muzzle toward the sky so gravity dropped the row of lead balls downward.
2. Push the sliding loading block sideways against its flat spring to catch one ball from the magazine tube.
3. Release the loading block so the internal spring snapped it back to center, seating the lead ball directly behind the barrel chamber.
4. Cock the external lock hammer and pull the trigger.

When the shooter pulled the trigger, an internal striker struck an air valve pin. The valve popped open for a fraction of a second, releasing a sharp blast of high-pressure air that pushed the ball down the rifled barrel. The soldier then lifted the muzzle, pushed the loading block, cocked the hammer, and fired again. A trained soldier could fire twenty aimed shots in roughly forty seconds.

The system was fast, but it required careful pressure management. The first ten shots had significant velocity and could drop an enemy soldier past one hundred paces. As the compressed air tank emptied, pressure dropped, meaning the next ten shots traveled with less speed and arched trajectory. After about thirty rounds, the shooter unscrewed the empty metal buttstock and screwed on a fresh, pre-charged tank from a leather hip carrier.

Pumping these tanks back up required heavy physical labor. Hand pumps shaped like modern bicycle floor pumps took around 1,500 strokes to reach full pressure. To keep units ready in the field, the Austrian military deployed wagon-mounted air pumps and dedicated support crews behind the front lines.

Early Gunpowder Repeaters: Where the Kalthoff and Lorenzoni Fit

Gunsmiths attempted multi-shot gunpowder weapons long before Girandoni built his air rifle. As early as the 1630s, Danish and German gunsmiths led by the Kalthoff family crafted working repeating flintlocks. Later in the 17th century, Italian gunmaker Michele Lorenzoni developed a rotating cylinder repeating action, which British makers like John Cookson copied in the 1700s. These weapons prove that inventors understood repeating mechanisms early, but they failed as practical battlefield tools.

The Kalthoff repeater was operated using its trigger guard. The shooter swung the trigger guard forward and backward like a lever. Inside the wooden buttstock were two long hollow tubes: one held round lead balls, and the other held loose black powder. Moving the lever forward scooped a measured charge of powder into a cavity, dropped a ball into the breech, dumped fine priming powder into the lock pan, closed the pan cover, and cocked the hammer.

On paper, the Kalthoff sounded miraculous. A Danish royal guard could fire thirty to sixty shots before reloading the stock tubes. In practice, the weapon was far too fragile for military campaigns. Consider how these early gunpowder repeaters compare to the later Girandoni air rifle:

• Internal parts: The Kalthoff required dozens of tiny, hand-filed watchmaker gears, springs, and levers. If a drop of mud entered the action or a small spring snapped, field blacksmiths could not repair it. The Girandoni used a basic sliding steel block and a simple internal poppet valve.
• Fouling resistance: Black powder left behind sticky soot that coated internal sliders after six to ten shots. Once soot entered the Kalthoff's loading track, the lever froze in place. The Girandoni used clean air, so its action never jammed from combustion residue.
• Explosion danger: Storing loose gunpowder inside a gun's wooden buttstock created immense risk. If a spark from the flint pan slipped through a tiny gap in the breech mechanism, it could ignite the entire internal powder magazine. Known as a chain fire, this disaster blew the rifle apart in the soldier's hands. An airgun carried no explosive powder, making it far safer to store rounds alongside the mechanism.

Because of these fatal flaws, European kings only bought small quantities of Kalthoff and Lorenzoni rifles for royal bodyguards or wealthy collectors. They were expensive luxury items rather than practical combat arms.

The Lewis and Clark Mystery: An Air Rifle on the American Frontier

The repeating air rifle also played a quiet role in American exploration. In 1803, Captain Meriwether Lewis prepared for the Corps of Discovery expedition across the newly acquired Louisiana Purchase. Among his purchases was a repeating pneumatic rifle, built by Philadelphia gunsmith Isaiah Lukens on the Girandoni pattern.

For more than a century, historians argued over what kind of airgun Lewis carried. Some thought it was a single-shot novelty, while others doubted it functioned at all. Curators and firearms historians eventually located and examined the surviving rifle, proving it was a .31 caliber repeating air rifle using a tubular gravity magazine and a sliding loading block identical to the Austrian service weapon.

Lewis used the rifle not as an offensive weapon, but as a diplomatic tool. Throughout their journey from 1804 to 1806, the expedition met with leaders from the Lakota, Mandan, Shoshone, and other Native American nations. At every council, Lewis brought out his air rifle for a live demonstration. He pumped the metal tank, loaded the side tube, and fired shot after shot into trees and wooden targets across the clearing.

The tribal leaders had traded with British and French merchants for decades and understood single-shot flintlock muskets. They knew that when a musket fired, smoke filled the air, fire flashed from the lock, and the warrior was defenseless for thirty seconds while reloading. Lewis's rifle turned that knowledge upside down. It produced no smoke, made only a sharp whip-crack sound, and kept shooting without pause.

Native observers viewed the gun with deep respect, often describing it as supernatural medicine. That psychological demonstration convinced tribal war parties that Lewis's small band of thirty-three men possessed overwhelming defensive power. Historians widely credit the rifle with preventing violent clashes during tense negotiations, allowing the small party to complete their journey without being overrun.

Why Repeating Rifles Took So Long to Take Over Armies

If the Girandoni worked so well in 1780, why did military commanders return to single-shot muskets until the 1860s? The transition from single-shot arms to repeaters took generations because several manufacturing and logistical hurdles had to be cleared first:

1. Air reservoir manufacturing limits: Making an air tank in the 1700s required skilled blacksmiths to hand-hammer sheet iron and seal joints with molten brass. High pressure caused weak seams to crack or leak. If an infantryman dropped his rifle and dented the tank, the seal failed.
2. Drying leather gaskets: Early valves and pumps relied on soaked leather washers to seal high pressure. If the leather dried out in desert heat or rotted in rainy trenches, the rifle lost pressure and became useless. Keeping hundreds of airguns supplied with fresh leather seals and specialized pump crews proved too difficult for large armies.
3. Ammunition discipline fears: Generals in the 18th and early 19th centuries worried that if common soldiers carried repeaters, they would panic under fire and waste all their ammunition in the first two minutes of combat. Military brass strongly preferred single-shot muzzle-loaders because loading drills kept troops calm, synchronized, and under an officer's direct command.
4. Lack of standardized machining: Before modern factories introduced interchangeable parts in the mid-1800s, every screw and lever was unique to the gun it was built for. Mass-producing thousands of identical repeating actions was nearly impossible until steam-powered machine tooling emerged.
5. The invention of the self-contained cartridge: The final breakthrough was not a rifle action, but ammunition. In the 1850s, inventors created copper and brass cartridges containing the primer, gunpowder, and lead bullet inside a single sealed casing. The metal case expanded upon firing, sealing burning gas inside the chamber and keeping soot away from the action.

Once self-contained brass ammunition arrived, firearms inventors could build tough lever-action and pump-action repeaters that never jammed from loose powder. The tubular magazines first used on early repeaters soon became the foundation for iconic lever guns. That classic lever design remains familiar today, even on recreational backyard plinkers like a lever-action BB gun.

Whether owning antique military curiosities, black powder reproductions, or modern airguns, storing multi-shot firearms responsibly remains essential. Keeping collection pieces safely stored behind quality hardware like electronic gun safe locks prevents unauthorized handling while protecting historical mechanisms from accidental damage.

FAQs

Was the first repeating rifle an airgun or a firearm?

The first practical repeating rifle issued to military troops was an airgun, known as the Austrian Girandoni air rifle of 1779. While experimental gunpowder repeaters like the Kalthoff existed in the 1600s, they were too fragile and hazardous for military units. The Girandoni was the first repeating rifle mass-produced and carried into active combat.

How many shots could the Girandoni rifle fire on one air tank?

The rifle's hammered-iron air reservoir held enough compressed air for roughly thirty shots. The first ten shots delivered full power and highest exit speed. Shots eleven through twenty had moderate power for closer ranges, while the final ten shots lost significant speed, requiring the soldier to screw on a fresh reservoir.

What was the first mass-produced gunpowder repeating rifle?

The Spencer repeating rifle and the Henry rifle, both introduced in 1860, were the first mass-produced gunpowder repeating rifles to see widespread combat. Both used self-contained metallic rimfire cartridges, which prevented black powder smoke and fouling from jamming the internal repeating mechanisms during the American Civil War.

Why did the Austrian military retire the Girandoni air rifle?

The Austrian army retired the rifle around 1815 because maintaining it in the field was too demanding. The hand-brazed air reservoirs cracked under rough handling, and the leather valve seals dried out and leaked air. Charging the metal tanks required 1,500 pump strokes, which proved too slow and labor-intensive for regular infantry supply lines.