Category: War
In this day of giant tanks, supersonic airplanes, devastating atomic explosions, does the Army value the man with a rifle?
by AMERICAN RIFLEMAN STAFF
This article appeared originally in the March 1952 issue of American Rifleman.
The other evening I heard General J. Lawton Collins, Army Chief of Staff, say on the radio that atomic weapons for the U.S. Infantry would be ready ‘in the not too distant future.’ A few days earlier in Texas he had told a reporter that these newfangled weapons for the battlefield would be available ‘very soon.’
Gen. Collins
If what General Collins has said is true, what is to happen to the doughboy who lugs his M-1 Garand into battle?
I had first asked the question several years earlier at the Fort Benning, Georgia, Infantry School, at an orientation conference for reporters held by the Defense Department.
All during that day at Fort Benning our ears and eyes had been filled with the thunder and flash of mock battle, of rumbling tanks, of big mortars that made the earth shake, of ear-splitting artillery, of flamethrowers searing ‘enemy’ pill boxes.
In that smoke and dust, the rifleman seemed to have shrunk to an insignificant figure walking behind the thunder with his Garand. Where was the foot-soldier with his rifle?
Sitting in a big classroom later that day, with the Infantry School’s top brass in front of us, we reporters were supposed to ask questions about the day’s demonstrations of infantry weapons and tactics we had witnessed. I asked officers at the Infantry School the following questions:
What good is the rifle in modern warfare?
How many of the enemy does the rifle really kill?
Would it not be cheaper and just as effective to hand our men a lightweight machine gun that makes lots of noise and gives them a psychological lift?
What is the use of wasting money on expensive rifles and ammunition when the stuff is just sprayed around anyway and does not do much harm to the enemy?
I did not get satisfactory answers to these questions. It was apparent that little attention was being paid to the role of the rifle; the emphasis was on noisier weapons.
Upon my return to Washington, still seeking the answers to those questions, I started on a personal hunt in the Pentagon. No one in Army G-3 (Operations) seemed to care to analyze what the rifleman does in combat, what part he plays and whether he is still needed in the Infantry.
I searched through Army publications for articles about the rifle and the rifleman but found little to answer the question: What about the rifleman in the atomic age?
I was beginning to realize that I was looking for the forgotten man in the Army. I decided to see the Army’s top infantryman, General Collins himself.
General Collins is all soldier—erect in bearing; pressed, polished, and neat; remote and businesslike. He likes to get down to business at hand and get it over with in the time allotted on his daily calendar. he is cautious and restrained in his talk.
I started off by telling him of my bewilderment in this talk of fantastic weapons, atomic bombs, hydrogen bombs, guided missiles. I told him that I had read of the clamor for atomic bombs to replace infantrymen, of atomic bombs for the battlefield, of atomic bombs that make wars cheaper. I mentioned the air-power theorists who suggest that future wars can be won without men and their rifles.
“Are the rifleman really foredoomed as a military force?” I asked General Collins.
Grinning broadly at my gloomy forecast, General Collins leaned back in his leather chair thoughtfully.
“I don’t foresee the period where there will be no riflemen,” he said slowly. “It is possible that the need for riflemen may be reduced by new weapons in the dim distant future, but I feel strongly that we will always need men armed with shoulder weapons.”
“It was amply demonstrated in Korea that the basic tools of the infantry—the rifle, machine gun, and mortar—will continue to be necessary for warfare in the foreseeable future,” General Collins said. “You have to have rifleman as an integral part of the armed forces. You can’t stop an enemy by air alone. You can’t replace the rifleman by atomic weapons.”
General Collins conceded that new weapons like guided missiles or atomic bombs may be needed, particularly at the outset of war, to offset the ‘relative inferiority’ in forces in being. He said the chances are that we would be outnumbered in the beginning and we would use any weapon to overcome the enemy’s advantage in troop strength.
But, he emphasized, these new weapons, useful though they may be, cannot do away with the rifle or with the man on the ground. He noted that the history of warfare demonstrates this fact, despite innovations over the centuries. He observed that even an old-fashioned weapon like the bayonet, which appeared headed for a museum, made a dramatic comeback in hand-to-hand fighting in Korea.
General Collins stressed the importance of the rifleman in holding ground and taking ground from the enemy. He said Korea presents a graphic illustration of this classical axiom of warfare. He cited the vital role of the rifleman by recalling that more and more men are involved in warfare over the centuries, despite the development of new weapons and the technology of war. He said there may not be more troops at the front lines than in the past, but the complicated weapons have added more men in the rear to supply the men at the front.
The General broke in here with a little story. He recalled that when he visited the Korean battlefronts in July 1950, he talked with Maj. Gen. William F. Dean, missing commander of the hard-hit 24th Infantry Division, near Taegu. General Dean’s last words to him were, “I need more rifleman.” About a week later, Dean vanished in the fierce fighting at Taejon and just recently turned up as a prisoner of the Chinese communists.
General Dean
By coincidence, the man who followed General Dean as commander of the 24th Infantry Division in Korea was leathery Maj. Gen. John H. Church, now commandant of the Infantry School at Fort Benning. As would be expected of a combat veteran of three wars, General Church is not ready to write off the infantryman or the rifle in favor of atomic weapons.
General Church
I had talked with General Church in the Pentagon and I had written him in my search for answers to the questions that had been troubling me. In his first comprehensive policy statement as the new commandant of the Infantry School, General Church emphasized the point that the rifle is not a ‘has-been’ in warfare.
General Church noted that the infantry is a balanced team consisting not only of the rifleman but of mutually supporting elements with tanks, machine guns, mortars, recoilless rifles, as well as supply, signal, engineer, ordnance, medical and other units.
He said that of the 18,804 men in each infantry division, slightly more than 7,000 are armed with rifles. Of these, only 1,944 are rifleman in rifle squads. He emphasized that this ratio of riflemen to the whole division is often used erroneously to support arguments seeking to detract from the importance of the rifleman.
“The incontrovertible fact remains that the rifleman is the heart and soul of the infantry team, and, in fact, of the combined ground arms team,” he said. “All of the other elements have but one mission—to support and assist the rifleman to move forward and seize and hold his assigned objective.
“The very weight of this support serves to emphasize the basic fundamental remains that it is the rifleman who, in the final analysis, carries the fight to the enemy and clinches the decision…None of this in any way minimizes the importance of the rifleman. Those who support him behind the lines and on the battlefield itself help to soften up the enemy, but it still remains for him to deliver the knockout blow.
“Remember, too, that in the fluid type of warfare being fought today there is no fixed front line,” General Church cautioned. “Infiltrating attacks in the rear areas require that cooks, supply and administrative personnel, and command post personnel take precautions for their own security, and they are frequently forced to fight as riflemen for their own defense. Infantrymen who make up the gun screws for mortars and machine guns and recoilless rifles defend themselves and their gun positions as riflemen if an attacking enemy reaches them.”
After all the kudos to the rifleman as the ‘heart and soul’ of the infantry, the question still remains: Is accurately aimed rifle fire and marksmanship training still important in warfare? Perhaps, it might be suggested, the rifleman can be just as effective by shooting helter-skelter with a ‘burp’ gun. Why bother with rifle marksmanship?
Both Generals Church and Collins, who have seen war closeup, are not ready to surrender the traditional American concept of rifle marksmanship.
“It cannot be denied,” said General Church, “that there are those who advocate a de-emphasis on training in rifle marksmanship. It is our unequivocal conviction that such thinking is wrong. The Infantry School, which is responsible for the formulation of Infantry doctrine throughout our Army, has not reduced the time or the emphasis given to this type of training.”
General Collins stressed in his talk with me that he has always been concerned with the waste of ammunition in warfare and in the tremendous cost of moving ammunition supplies to the front. He believes in frugality of ammunition use, of making ammunition count.
That’s why General Collins is adamant in his opposition to what he considers is the European tendency toward automatic weapons to replace the rifle. General Collins said that he favors switching, when conditions permit, to a lightweight version of the Garand rifle, with certain improvements, but his is solidly against suggestions that the Garand be made ‘solely’ a fully automatic rifle.
“My personal view,” General Collins told me, “is that we need a lightweight rifle that can be used for semiautomatic fire or, when required, full automatic fire. I am personally quite skeptical about making all weapons fully automatic. Automatic shoulder weapons waste too much ammunition. Of course, we need a Browning automatic rifle with each squad, but to arm every man with a fully automatic rifle would be foolhardy.
“From my experience in combat and from years as a weapons instructor, I would say that you can get more hits with a semiautomatic rifle than with a full automatic. I am confident that the automatic wastes ammunition. And it’s difficult enough to get ammunition to the front without wasting it.”
General Collins conceded that there is a special need for the ‘burp’ gun but he stressed that every soldier should not be armed with one. He said ‘there’s not use spraying the woods’ when aimed, accurate fire at a clump of bushes concealing the enemy would do the trick.
He said that the soldiers he has talked with in combat areas want the M-1 Garand rifle. They must have more striking power, not less, he said. They would lose hitting capability with an automatic rifle, he added.
The adoption of a rifle that can be fired fully automatically appears to contradict General Collins’ attitude favoring the more accurate fire of the semiautomatic Garand. If the semiautomatic rifle has greater hitting effectiveness and saves ammunition, the question arises, why have it turned into an automatic? It’s obvious that troops with a rifle that can be fired semiautomatically or fully automatically will have a great tendency to switch the selector to full automatic—turning it into a ‘burp’ gun, the very thing General Collins deplores.
From my personal observation in the Pentagon, I have decided that General Collins still objects to an automatic rifle for the foot solider but has been influenced to keep the door open for such a development in the future. It should be evident that if the Army turns to a shoulder weapon which can be fired automatically, accurate marksmanship will have to yield to the natural tendency with such weapons for helter-skelter spraying and a high waste of ammunition.
I also talked with General Collins about the values of civilian marksmanship and the part that could be played by civilian rifle clubs in supplying the Army with ready-trained marksmen. He replied that the Army likes to get well-trained rifle marksmen. He said youths coming from rifle clubs who already know how to shoot accurately could be used more readily as coaches in the Army training system.
“What I am afraid of is that people may get the idea that rifle clubs could be a substitute for universal military training,” General Collins commented when it was suggested that the rifle clubs in the United States could be tied into a system of marksmanship training for youths before they go into the Army, or for reservists on inactive status.
“What we need most is a system of universal military training,” General Collins declared. “When young men pass into UMT, that’s where we will teach them to shoot. We can do that in a relatively short time. The whole method of instruction in marksmanship has been worked out to perfection over a period of years. We can teach marksmanship effectively through UMT.”
General Collins make it clear that rifle marksmanship is merely one of many courses of instruction that the UMT trainee must learn and that marksmanship cannot be emphasized at the sacrifice of other vital training.
“Very frankly,” he said, “we are not going to spent too much money on this one aspect of training. We must weight our expenses carefully. We can’t spend as much as we have in the past.”
General Collins said he favored continuance of the civilian marksmanship program, and that the Army, to a limited extent, help finance this program. He conceded that early training in rifle marksmanship would help youths preparing for the Army. He emphasized, however, that the Army feels it can take a youth who has never fired a rifle before and train him quickly to become an effective rifleman.
He indicated that pre-introductory training in a civilian rifle club for youths entering the Army would not materially reduce the basic training course of the Army, or result in any appreciable saving of money.
General Collins said the Army has little need for rifle specialists ‘who can hit a gnat’s eye’ although he favored competitive shooting both in and out of the Army. Competitions, he said, create a healthy and widespread interest in rifle marksmanship, and frequently produce statistical and technical information of value to the services.
It was clear to me from what General Collins said, and from what he implied, that the Army continues its traditional jealousy of other agencies that might help it get its job done. The Army attitude appears to be that civilian marksmanship training is sort of a luxury which, although worthwhile, cannot do the Army’s job of training soldiers to shoot and handle firearms. But if it is true that the Army still needs rifles and riflemen, it seems to me as a military reporter and plain citizen that the Army should welcome every bit of help it can get.
And there may be some real money in the economy in training young men in civilian rifle clubs—thus saving time and money when they get into the Army. General Collins rejected this idea, saying that the saving would not be ‘appreciable.’ There is some question whether the Army is not taking a partisan view on this point.
In this atomic age, it is evident that the Army will need its riflemen, and perhaps because this is the atomic age the nation will need its civilian riflemen more than ever.
—Lloyd Norman
Few firearms have captured a nation’s spirit quite like John Moses Browning’s vaunted M1911. Rugged, reliable, cleverly engineered, and utterly lethal, this homegrown handgun is as American as baseball and blue jeans.
Yet, what would the legendary 1911 be without the potent and equally loved .45 ACP cartridge that Browning designed to go with it?
Even though it’s dubbed “the Lord’s caliber” thanks to its widespread popularity – and dare I say, righteous stopping power – I feel we’ve come to take the .45 ACP a bit for granted these days. Here’s a closer look at the story behind a pistol cartridge that helped define American small arms for over a century.
Table of Contents
.45 ACP History
Basic Ballistics & Specs
Pros & Cons
Final Thoughts

The Battle of Caloocan was one of the opening engagements of the Philippine–American War, and was fought between an American force under the command of Arthur MacArthur Jr. and Filipino defenders led by Antonio Luna in February 1899.
American troops launched a successful attack on the Filipino-held settlement of Caloocan on February 10, which was part of an offensive planned by MacArthur Jr. Occurring a few days after an American victory near Manila on February 4–5, the engagement once again demonstrated the military superiority that American forces held over the Philippine Revolutionary Army.
However, it was not the decisive strike that MacArthur had hoped for, and the war continued for another three years.
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America burned through a quarter-billion dollars in airplanes to save one man. We also salvaged a shot-up Chinook off a murderous Afghan mountainside. If that sounds gloriously unhinged, that is because it absolutely was.

The Brutal Math Behind a $254 Million Rescue
The Lockheed Martin MC-130J Commando II version of the venerable Hercules cargo plane costs about $114.2 million apiece. We burned two of them to cinders in Iran when we couldn’t get their landing gear unstuck after rescuing that downed F15 WSO (Weapon System Operator) on Easter morning of 2026. The details captivated the planet. Somebody will no doubt eventually make an awesome movie about it.
MH6 Little Bird helicopters cost between $2.5 and $7.5 million each, depending upon their combat loadout. These adorable little warplanes are inimitably nimble and versatile. We transported them into an improvised forward airfield inside the C130’s and then used them to effect the actual rescue. However, once the C-130’s were toast, the Little Birds lacked the legs to get back to friendly territory. When it became obvious that these machines were also doomed, the onsite commander opted to blow them in place as well.

In addition to these four perfectly serviceable combat aircraft, we also lost an A10 Warthog to ground fire. Nobody has any idea what a Warthog costs. Their production run wrapped up in 1984. Current estimates are that this gloriously unattractive ground attack plane is worth about $20 million. Additionally, a pair of USAF HH-60W Jolly Green II rescue helicopters got liberally ventilated. They cost $40 million each. However, let’s assume that these two aircraft were repairable.
If my math is correct, we spent some $254 million in airplanes to rescue that one Air Force Colonel. Many of our detractors, particularly in Europe, sneered at us for engaging in such lopsided military economics.
It was clearly ludicrous to spend such an astronomical sum just to save one guy. Speaking solely for myself, screw every last one of them. That operation was worth every penny.
American industry is likely busy building us replacement airframes as I type these very words. I hope those defense executives get to buy themselves lovely new boats. That Air Force Colonel will get to spend the Fourth of July with his family rather than being burned alive in a cage somewhere or paraded around in front of Iranian cameras. A quarter of a billion dollars was a freaking bargain.
Aircraft Losses and Rescue Cost Breakdown
| Aircraft | Cost | Article Context |
|---|---|---|
| MC-130J Commando II | $114.2 million apiece | Two burned after the rescue in Iran |
| MH6 Little Bird | Between $2.5 and $7.5 million each | Used in the rescue, then destroyed in place |
| A10 Thunderbolt II | About $20 million | Lost to ground fire |
| HH-60W Jolly Green II | $40 million each | Two were hit, assumed repairable |
| Total Spent | $254 million | To rescue one Air Force Colonel |
DART Math: Why Recovering Wrecked Aircraft Still Makes Sense

The military term is DART. That stands for Downed Aircraft Recovery Team. These machines are indeed lyrically expensive. It is almost always a good idea to get them back once they are damaged in combat so they can be repaired. However, that is easy to say and often very difficult to do.
During my time in Army Aviation, I took part in three of these operations. In the case of a USAF F15C and a British SEPECAT Jaguar, these two fighter planes were veritably pulverized. We just flew the guys and gear out to tidy up the mess and placate the EPA. However, at one point, one of our CH47D helicopters clipped a tree and shredded a couple of rotor blades deep in the boonies.
Swapping those puppies out in the middle of no place was tough, and we didn’t have anybody shooting at us. Starting on 4 March 2002, the young studs of the Army’s Task Force 160 SOAR (Special Operations Aviation Regiment) had to do something similar under hugely more difficult circumstances.
Takur Gar: Where the CH-47 Chinook Recovery Story Really Begins

The Global War on Terror was only six months old, and the world was trying to find its new level. In Afghanistan, that meant that US Special Operations forces were keeping busy killing absolutely everybody who had anything to do with al Qaeda and their ilk. As SOCOM chased down the squirters from the Battle of Tora Bora, things came to a head on a forlorn mountaintop called Takur Gar.
Takur Gar is a 10,000-foot mountain peak in the Arma Mountains of southwest Afghanistan. If misery was a mineral you mined out of the ground, this is where you would go to find it. The mission was to drive al Qaeda and Taliban fighters into blocking positions manned by elements of the 101st Airborne and 10th Mountain divisions.
Why the CH-47 Chinook Was the Only Beast for the Job

I’m biased, because I flew these things. However, I flew guns, scouts, and lift aircraft as well. The CH47 is hands-down the baddest helicopter in the Army’s inventory. Faster than any other Army rotorcraft, the Chinook is just insanely powerful.
That gives it better high altitude performance than lesser machines. I have actually taken stripped-down Chinooks to around 22,000 feet to fly over the top of Mount McKinley in Alaska. It is an amazing airplane. That made it the go-to aircraft for operations in the rarefied mountains of Afghanistan.
Early in the morning on 4 MAR 2002, MH47E tail number 476 of the TF 160 Night Stalkers was inserting troops onto Takur Gar when it came under intense fire. The aircraft was raked with enemy automatic weapons and actually took more than one RPG round.
Staggering under the onslaught, the big Chinook shuddered, and Petty Officer Neil Roberts, a Navy SEAL, was thrown out of the back. Roberts survived the fall only to be killed later. An attempted recovery resulted in the destruction of another MH47, tail number 475.

475 was disabled at the top of the mountain. There resulted a pitched battle that was explored in the book Not a Good Day to Die, which is a great read. It is available on Amazon. 476, however, limped off to an emergency landing some six clicks away and 2,000 feet below the summit. While a bit removed from the chaos, 476 was nonetheless still deep in the suck.
475 was toast. An American fighter-bomber blew it to smithereens. However, 476 still had potential. It might yet be saved.
How Do You Recover a Shot-Up 54,000-Pound Helicopter?

A fully-loaded MH47E tops out at 54,000 pounds. This example was disabled high up on the side of a desolate mountain surrounded by psychopathic nutjob lunatics. Getting that bird back home promised to be a Gordian challenge.
TF160 maintenance crews and pilots flew to the site and swarmed over the disabled machine, taking off everything they could to cut down on weight. They considered another Chinook as well as a Marine CH53E Sea Stallion to do the heavy lifting, but neither aircraft had the horsepower to lift what remained of the machine. Then somebody tracked down a Soviet-era Mi26 with a Russian civilian crew. That would be expensive, but it could do the job.
They had to leave the aircraft unguarded for a time during this process. To ensure that terrorists had not boobytrapped the machine, the SEALs planted desirable swag like food, water, and warm clothes in the cabin.
They knew that, if someone had been mucking around with the disabled helicopter, they would have kept the food and comfort items. When they found this stuff unmolested, they knew they were good to proceed.

Getting stuff off the aircraft at these high altitudes was not easy. Using a Gator ATV, they eventually recovered one of the Chinook’s two engines. The other was too heavy, and the guys were too smoked to manage. That power plant had to be abandoned. They had to cut the rotor blades off with a rescue saw.
The Wild Recovery: Rangers, Night Stalkers, and a Russian Mi-26

The recovery team emptied the fuel tanks onto the ground. OSHA and the EPA have limited jurisdiction in the desolate mountains of Afghanistan. As US troops came and went from the site, they would be regularly fired upon. After removing both engines, the rotor blades, the refuel probe, the gun mounts, sundry avionics, and as much ancillary gear as possible, they were ready to try it.
The recovery team consisted of four flyable MH47E’s, an F18 Super Hornet, several AH64 Apaches, an orbiting UAV, and a buttload of Rangers for security. Once they had the hulk rigged for slingload, they called in the Mi26.

That was easier said than done. However, one of the 160th troops was a former Russian linguist who could interpret for the Mi26 crew. With the Mi26 stripped down to just fuel, they hooked up to 476 and pulled pitch.
The massive Mi26 made it look easy. The big Russian helicopter lifted the Chinook to Gardez and topped off with gas. From there, they moved to Kabul International Airport and then on to Bagram.
When the maintenance crews finally tore through the airframe, they recovered multiple spent enemy rounds that they distributed to the original crew members. The Hulk was eventually recovered to the US and completely rebuilt. 476 subsequently flew in combat again. Chances are, it is still flying today. That thing seems to be unkillable.
Why Chinook 476 Still Matters

Much was learned from the recovery of tail number 476 from the side of Takur Gar. Not least among these was the development of a lightweight spider crane that could be air deployable and facilitate the removal of heavy stuff like engines and rotor blades. The combat recovery of 476 represented the first successful battlefield salvage of a battle-damaged US Army helicopter since the Vietnam War.
Machines as complicated as the CH47 have their own personalities. Some of the rotor systems are tracked out to run smoothest at high speeds. Others have a sweet spot at slower velocities.
These aircraft not infrequently have electronic quirks that you come to recognize after a little stick time in them. In my day, certain aircraft were wired for a boom box so you could rock out while flying NOE (nap-of-the-earth), while others were not.

In the Army, the crew dogs own the airplanes. We pilots just borrowed them for a while. It was their names stenciled on the outside, not ours. As our flight engineers and crew chiefs flew with us and shouldered all the same risks and responsibilities, this created a fiercely powerful bond between these machines and the guys who kept them flying. In the combat recovery of tail number 476, we see this mystical connection on most glorious display.
Prior to the First World War, the nations of Europe made Hiram Maxim a very wealthy man. Maxim accomplished this with his machine gun, which was adopted by numerous nations in Europe and beyond. However, one of the major powers on the European continent wasn’t convinced — namely Austria-Hungary.
The reasoning isn’t fully clear, but one factor could be that the empire had a robust arms industry in Bohemia (the modern-day Czech Republic). Also, the fact that a member of the royal family, Archduke Karl Salvator, helped Colonel von Dormus of the Austro-Hungarian Army develop an early competitor to the Maxim Gun may have certainly played a role.
Salvator-Dormus M1893 Machine Gun
Patented in 1888, it has become known as the Model 1893 as that was when the weapon was first adopted by the Austro-Hungarian Navy (a year after Salvator’s death). It also came to be known as the Skoda machine gun by virtue of being manufactured at the Skoda Works.
With nearly a century and a half of hindsight in machine gun design looking back at it, the Salvator-Dormus 1893 machine gun is certainly an odd design — incorporating a mix of forward-looking elements with features that already seemed antiquated. It was chambered for the 8x50R smokeless cartridge and had an adjustable cyclic rate of fire, which could be set as low as 175 rpm or as high as 500 rpm.
It was fed from a unique fixed feed tower, which could be fed by an assistant gunner as the weapon was fired. The guns were reportedly reliable and could fire for upwards of nine minutes without stoppage. While it may have worked well as a naval gun, or in fixed positions, the Salvator-Dormus 1893 wasn’t considered ideal for infantry.

At least one saw use in combat during the Boxer Rebellion as it fired from the Austro-Hungarian battlecruiser when the warship was deployed to Peking. The U.S. military was offered a chance to test the Salvator-Dormus 1893 machine gun in China after the Boxer Rebellion, but only 600 rounds of ammunition were provided. The U.S. assessment was that it was reliable, but not able to endure the rigors of field use.
Some sources suggest a limited number may have been employed during the First World War, but that cannot be confirmed. One of the few surviving examples is in the collection in the Heeresgeschichtliches Museum — Militärhistorisches Institute (the Museum of Military History — Military History Institute) in Vienna, Austria.
Enter the Schwarzlose M.07/12 Heavy Machine Gun
The Austro-Hungarian military was far from satisfied with the Salvator-Dormus 1893 machine gun, but instead of adopting the Maxim, it again sought to forge its own path with help from the Prussian-born arms designer Andreas Wilhelm Schwarzlose.
He began development of a new machine gun in 1902 that employed a toggle-delayed lock, using a concept he first developed for a toggle-delayed pistol concept. As Schwarzlose had primarily been a handgun designer, it took several years for his design to be finalized.
Unlike the Maxim, the water-cooled machine gun had a fixed barrel, few moving parts, and a breach that was at no time truly locked, while it had a straightforward blowback mechanism. When the weapon fired, the rearward thrust of the exploding gases started the action opening at the same instant as it caused the bullet to move down the barrel. As it employed a very short barrel and a combination of extremely heavy recoil parts and springs, the weapon could employ a rifle cartridge. It had a cyclic rate of 400 to 500 rounds per minute, and it fired from a 250-round fabric belt.
First introduced in 1907, it featured a lubricating pump to lubricate each cartridge for ease of extraction, but it was subsequently rebuilt and a time extraction issue was addressed. That removed the need for the pump, but the machine gun still relied on a heavy bolt and a very strong recoil spring. It was also determined that the short barrel would result in a significant muzzle flash that could blind the gunner at night, and a cone-shaped dedicated flash hider was introduced to suppress the flash.
Designated the Schwarzlose M.07/12, it was employed by the Austro-Hungarian Army during the First World War, and like most of the machine guns of the era, it was used with a mount that weighed more than the actual weapon. However, that helped stabilize the weapon.
The M.07/12 was typically operated by a crew of three that included an NCO, a gunner who carried the weapon, and a third soldier who served as the ammunition carrier and loader. In practice, a fourth soldier was also employed to carry the tripod.
At the start of the war, the Austro-Hungarian Army fielded more than 100 infantry regiments, and each company included four platoons and a complement of 267 soldiers. However, the M.07/12 was relatively scarce as machine gun detachments were organized at the battalion level.
Austro-Hungarian Aviation Troops (k.u.k. Luftfahrtruppen) were equipped with the modified M.07/12/R16, an air-cooled variant. Due to a time delay between the trigger movement and the moment the bullet leaves the barrel, the weapon presented challenges in synchronizing it for use with fighters — and while the issues were eventually overcome, it was subsequently phased out of service as more suitable aircraft weapons became available.
Used by Austria and Beyond
The Schwarzlose M.07/12 was produced by Österreichische Waffenfabriks-Gesellschaft (OeWG), Steyr, and from 1914 to 1918 FGGY in Budapest. During World War I, Austria-Hungary also exported the M.07/12 to its Bulgarian and Ottoman Empire allies.
After the First World War, The Schwarzlose saw use with the militaries of the newly independent Czechoslovakia, Hungary, and Poland — as well as with the Austrian Army. The Netherlands and Sweden also acquired a number of the Austrian-designed machine guns, while a plethora of nations including Brazil, China, Colombia, Greece and Spain also adopted it in small numbers.
Beginning in 1924, the Czechoslovakian military converted the M.07/12 to 7.92x57mm and redesignated it the MG-7/24. Following the German occupation of Czechoslovakia, those weapons were subsequently employed by the German Wehrmacht and issued to the infantry divisions of the 5th and 6th Aufstellungswelle, which were mainly equipped with Czech weapons. At the end of the Second World War, the reserve stocks were issued to the Volksstrum (People’s Militia) forces. 
The M.07/12 remained in service beyond the Second World War and was used to equip the early Czechoslovakian Army in the early stages of the Cold War.
In 1931, the M.07/12s in service with Austria were modified to use the new 8x56R cartridge, which provided a significantly higher muzzle velocity (2,300 fps, instead of about 1,900-2,000 with the 8x50R). In addition, the Hungarian Army’s Schwarzlose machine guns were modified to use the 8x56mm 31.M “Hegyes” cartridge around the same time.
During the Second World War, the Schwarzlose M.07/12 was adopted by the same armies that it had been employed against during the First World War — namely Italy and Romania. The former adopted a number and used them in the campaign in North Africa.
The Romanian versions were converted to 7.62x54mmR — the same cartridge used by the Mosin-Nagant rifle. These also were fitted with a longer barrel and lengthened water jacket. However, those firearms appear to have seen little use in World War II — but according to some sources, the machine guns were used against German and Hungarian forces after the Kingdom of Romania left the Axis and joined the Allies as a co-belligerent. Thus some Romanian forces used an Austro-Hungarian machine gun against the Hungarians!
The Romanian versions had been sold as parts kits in the early 2000s, and a number were offered for sale as deactivated “dummy” or display guns. Yet, even these non-firing examples have become extremely rare in recent years.
Schwarzlose Machine Gun in Popular Culture
The M.07/12 has only been seen in a handful of films over the years, first appearing in the 1931 French-German film Mountains of Fire, which chronicled the fighting in the Alps during the First World War. More recently, it is among the firearms seen in a weapons museum in John Wick: Chapter 3 — Parabellum.
The Czech M.07/24 has also appeared in several movies, in some cases standing in for the M.07/12.
The M.07/12 remains an innovative firearm that saw use in the First World War and beyond.














