Forgotten Weapons
Published 14 Jul 2025When France was looking to replace the MAS 49/56 rifle for military service in the 1970s, it tested all of the major rifle options available. These included the Colt M16, FN CAL, and HK33. The HK required some modification to meet French military requirements, specifically the capability to launch rifle grenades. The model 33F was developed specifically to meet these requirements — first as a modified standard HK33, and later as a factory production run. The modifications made include a reinforced magazine well, 4-position fire control gourd (including 3-round burst), a reinforced stock attachment, grenade range rings on the barrel, and a mounting bracket for a rifle grenade sight.
Apparently the HK33F performed very well in trials, but it was ultimately deemed politically unacceptable to adopt a German rifle for the French Army (a policy which has changed now, 50 years later …). Instead, the domestic FAMAS was chosen, along with the SIG-Manurhin 540 purchased in limited numbers for the Foreign Legion.
A second type of 33F came about from the program, however. Berlin police wanted HK33 rifles, but treaty prohibited West German arms from entering Berlin in East Germany. The loophole found was to send the parts to MAS in France, where they were assembled and marked HK33F, thus making them French origin gun which could be sent to Berlin. These rifles had none of the French grenade launching adaptations, and were completely standard HK33s except for the use of heavy barrels. MAS eventually added the G3, HK33, and MP5 to its export catalog in the late 1970s and sold quantities to a number of small countries in the French sphere of influence (including Haiti, Burkina Faso, Lebanon, and others).
Many thanks to the IRCGN (Institut de Recherche Criminelle de la Gendarmerie Nationale) for allowing me access to film these rather rare HK variants for you!
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November 25, 2025
Roller Delay in France: The H&K 33F (Trials & Export Models)
November 21, 2025
“You too can be a Tactical Espionage Dollar-Store Hobo for less than $1000”
At Anarchonomicon, Kulak is at it again … this time it’s a long, long post about how to manage “James Bond tricks” without a “James Bond budget”.
I have now seen 5+ different spy films, In which a CIA or MI6 spy has to breach a chainlink fence. An ordinary chainlink fence.
There’s barb or razor wire up top that prevents our hero from just climbing it … So he or she has to breach it. And on FIVE SEPARATE OCCASIONS … I have seen the goofiest inventions in the world come out. $10,000 super-spy wrist watches with hidden lasers in them, super-secret hairpins with scissors in them made of magic cutting alloys, aerosol sprays that instantly oxidize and rust out a massive section of solid steel fencing (don’t breathe that spray) allowing the spy to just push out a Wile E. Coyote style hole of fencing …
Completely over-designed over-specific insanity that’d cost thousands of dollars, and would basically instantly betray the CIA or MI6 was behind the breach …
Of course no sane human being would ever use those techniques even if they existed. The one semi-plausible breech I’ve seen is in Fight Club Ed Norton and Brad Pitt toss a rug over the razor wire surrounding a medical facility so they can climb the fence … but even this strikes me as profoundly unideal … Would you really want to PLAN on risking nasty lacerations climbing OVER razor wire? That seems more like a desperate break-out trick. Not a Break-in trick.
Of course this is all insane because BREACHING A FENCE is maybe the most SOLVED problem out there, 80% of people reading this already have the tools to do it.
You just use wirecutters or a multitool. Ideally creating a single vertical slit so you can crawl through without the breach being visible unless you look very closely. (be sure to fold the slit back as you crawl so you don’t cut yourself on the jagged edges.
Often the crappiest $15 Chinese Multi-tool is up for the task (although test it out on a random fence on a walk before you gamble on it).
(Note that a “Leatherman” is just a good make of multitool, and outperforms even larger wire-cutters … Your cheepo crappy surplus multi-tool will take more elbow grease (if it works, test it))
Almost everything on the pop-culture side of the tactical world is like this … There’s an obsession with ultra-expensive James Bond scifi inventions that double as a luxury brand to match your tuxedo … When in reality the cheapest rusty junk from your granddad’s tool shed probably gives you vastly more capability.
And even In the world of prepping, tacticool influences, camping, modern combat, and all matters “survival”, “guerilla”, and “outdoors adventure” there’s an intense focus on expensive kit.
All your favorite influencers are sponsored by various product sellers, and half the reason people watch them is for the vicarious or personal thrill of collecting expensive Gucci kit and showing off their rare or designer rifles and Military Artifacts.
Most will assemble load-outs, rigs, and rifles, far less as a preparation for disaster or war, or an exercise in capability expansion, and more as an artistic expression, fashion statement, or historical exercise … Whether they will admit it or not most of the people who buy Yugoslavian combat webbing, or archaic experimental 80s rifles meant for an upcoming war in the scifi future of 2005 have more in common with historical reenactors than they might care to admit … They just chose wars that didn’t happen towards the end of the cold war, instead of The American Revolution, 1812, or the Civil War.
As such one could be forgiven for believing that the great wars of the 21st century to come, and the Urban Battlefield that much of the world is quickly becoming, is a “pay to win” combat-zone. And that unless one has close to 100,000 dollars for body Armour, thermal vision, night vision, precision optics, gucci rifles, and all manner of overpriced gadgets and gizmos that they are simply screwed in any 21st century conflict.
This is not the case. Indeed in some cases it is almost the opposite: given how mass surveillance defines the modern battlefield, there’s a lot of kit I wouldn’t want to use just for risk of dropping it and the Glowies tracking down the only 10-20 people who’ve ordered Czechoslovakian Mag-Pouches via NSA copies of online transaction records, or by just calling the 3 sellers who ever had them.
Put simply Skill, knowledge, resourcefulness, and a more than abundant paranoia are more overpowered than almost anytime since the neolithic period … Basic resourcefulness, daring, courage, B-Grade high-school shop-class craftiness, low level chemistry knowledge, basic boy-scout skills, physical fitness (tall order I know), and a nigh primitivist obsession with the pre-computer way of doing things … Is sufficient to achieve a shocking level of capability and inflict an extraordinary level of damage in any near-future conflict, tyrannical regime, or low intensity resistance.
The most important kit in any future conflict isn’t free. But it is near free.
Available at shockingly low prices from dollar-, convenience-, hardware-, surplus-, grocery-stores, and pawn shops … The necessary equipment and capabilities to fight a high impact Guerilla Campaign are available in almost any town of 20,000 almost anywhere in the western world.
Sadly in spite of being largely legal throughout most of the US and not a few odd other countries (assuming one navigates the proper tax stamps and legal statements) I will not be presenting a guide on how to manufacture black-powder, explosives, firearms, or more exotic weaponry … This is all largely trivially covered by Chemistry Youtube in a level of detail I could never hope to match and with a level of responsibility and maturity far beyond my juvenile imagination, and with a level of expertise and experience I cannot pretend to … Seriously! Chemistry/explosive Youtube is really cool, Some of this stuff is should be taught in schools, so historically relevant and useful is it.
If one Navigates to my Earlier “Warlord’s Reading List” you’ll find many listed works (not least published by the US, Canadian, British, and Swiss Governments) that give detailed guides to the manufacture of explosives, chemical weapons, rocket weapons, improvised firearms, homemade flamethrowers, etc … All from other publishers that I can gesture at without exposing me to legal risk and most of them largely available online in PDF form, or from Amazon, and sometimes from the governments themselves.
URZ: Czech Prototype Universal Modular Weapon
Forgotten Weapons
Published 7 Jul 2025The URZ (Univerzální Ruční Zbraň, or Universal Hand Weapon) was a 1966 project designed by Jiří Čermák (designer of the vz.58 rifle). He envisioned a weapons system family with largely interchangeable elements that could be configured as a service rifle, carbine, light machine gun, vehicular machine gun, or precision rifle. The Czech military was not interested, but Čermák was able to convince the government to allow its development for export instead.
The design is a delayed-blowback system using rollers, and belt-fed. The first few examples were made in 7.62x39mm, but development switched to 7.62x51mm NATO in a rather surprising move. Presumably this was intended for sale to unaligned nations who were interested in the NATO cartridge, but still — seeing its development in then-communist Czechoslovakia is pretty unusual. Ultimately only 9 examples were built before the project was abandoned.
Thanks to the Czech Military History Institute (VHU) for graciously giving me access to this one-of-a-kind prototype to film for you! If you have the opportunity, don’t miss seeing their museums in Prague:
https://www.vhu.cz/en/english-summary/
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November 20, 2025
Military necessity and the “right to repair”
Over the last few decades, more and more companies have been discovering the financial wonders available to them if they separate the items they sell from the ability to repair those items … so you buy a widget but if it breaks, you have to pay the manufacturer to get it fixed. You have no option to fix it yourself — even if you have the technical know-how and the necessary tools — nor can you find a cheaper alternative, because the manufacturer has blocked any possible competition to their often highly profitable scam revenue stream. It’s bad enough in the civilian marketplace, where consumers are demanding the “right to repair” from legislators because the cost and inconvenience are far too high.
Now imagine you are onboard a US Navy ship in the western Pacific and some critical piece of technology breaks down … but you can’t fix it yourself because the manufacturer sells repair services and will have to be paid to send out a civilian repair crew with the necessary tools and parts. No need to imagine it: it’s the situation the US military is finding itself in more and more often:
If you want to get an otherwise reserved and laconic farmer to get excited and talkative about a subject, ask them about the issue of “right to repair“.
… Wilson and others accuse John Deere of blocking farmers and everyday mechanics from fixing equipment without going through John Deere dealers. Although the company doesn’t prohibit users from fixing equipment themselves, the lawsuit claims it locks users out of repairs because of the limited access to software that only dealerships can access. The lawsuit says that makes most fixes nearly impossible. A lot like cars, the farming equipment is equipped with sensors. The John Deere tractors, for instance, run on firmware that is necessary for basic functions, according to the lawsuit. If something is wrong with the equipment, a code will appear on a display monitor inside the machine. The suit says interpreting the error codes on tractors, for instance, requires software that “Deere refuses to make available to farmers”.
Right-to-repair advocates say the digitization of agricultural equipment — with its various computers and sensors — has made self-repair almost impossible, forcing farmers to depend on the manufacturers. Wilson, for example, said he has to rely on his local John Deere dealership, which he said takes longer and charges more than an independent repair worker.
… a pending lawsuit the Federal Trade Commission filed Jan. 15 claims the company falls short of that promise. The complaint accuses it of unlawful business practices that have “inflated farmers’ repair costs and degraded farmers’ ability to obtain timely repairs”.
“I would have some farmers close to tears recalling the time they lost a whole harvest because they weren’t able to fix their own tractor and weren’t able to go to a local repair shop,” said former FTC Chair Lina Khan, who helped launch the suit.
OK, it is bad enough to have to wait as through time and experiencing a degrading quality of harvest to repair your tractor … but what if instead of Mother Nature, you have to deal with 50,000 screaming Chinamen?
Senator Tim Sheehy (R-MT) is trying to get ahead of this problem.
U.S. defense contractors have launched a lobbying and public relations blitz to defeat a provision in the Senate-passed NDAA that would set strict new rules for how the Pentagon accesses their intellectual property.
The issue is among the last unresolved matters facing House and Senate negotiators who aim to reconcile before December the House and Senate fiscal 2026 NDAAs.
The Senate’s so-called right-to-repair provision states that the Pentagon may not, with certain exceptions, enter into a contract unless the deal requires the company to provide the government with the data needed to operate and sustain the equipment.
That data means a lot to the contractors because it is worth many billions of dollars over time. To a servicemember it also means a lot: Being able to fix a weapon can mean the difference between life and death. And the cost of such repairs is a major driver of defense budget growth, experts have long said.
These are the same defense primes who are spending billions of dollars on stock buybacks, and already have a track record of contract maintenance that is not impressive.
Update, 21 November: Welcome, Instapundit readers! Please do have a look around at some of my other posts you may find of interest. I send out a daily summary of posts here through my Substack – https://substack.com/@nicholasrusson that you can subscribe to if you’d like to be informed of new posts in the future.
November 18, 2025
Vickers Heavy Machine Gun
Forgotten Weapons
Published 14 Dec 2016I may be a bit biased here, but I believe that the Vickers gun is one of the best all-around firearms ever made. It was designed during an era of experimentation and craftsmanship, with a quality and care that would make it today prohibitively expensive. It was exemplary in action, and served in every environment on earth through six decades and in the hands of 50 different nations. It was an infantry gun, an aircraft gun, an armored vehicle gun, and a shipboard gun.
Captain Graham Hutchison recorded this account of the Vickers in action during an attack on High Wood in August 1916 (exerpted from “The Grand old Lady of No Man’s Land by Dolf Goldsmith):
“For this attack, [ten] guns were grouped in the Savoy Trench, from which a magnificent view was obtained of the German line at a range of about 2000 yards. These guns were disposed for barrage. On August 23rd and the night of the 23rd/24th the whole Company was, in addition to the two Companies of Infantry lent for the purpose, employed in carrying water and ammunition to this point. Many factors in barrage work which are now common knowledge had not then been learned or considered. It is amusing today to note that in the orders for the 100th Machine Gun Company’s barrage of 10 guns, Captain Hutchison ordered that rapid fire should be maintained continuously for twelve hours, to cover the attack and consolidation. It is to the credit of the gunners and the Vickers gun itself that this was done! During the attack on the 24th, 250 rounds short of one million were fired by ten guns; at least four petrol tins of water besides all the water bottles of the Company and urine tins form the neighborhood were emptied into the guns for cooling purposes; and a continuous party was employed carrying ammunition. Private Robertshaw and Artificer H. Bartlett between them maintained a belt-filling machine in action without stopping for a single moment, for twelve hours. At the end of this time many of the NCOs and gunners were found asleep from exhaustion at their posts. A prize of five francs to the members of each gun team was offered and was secured by the gun team of Sgt. P. Dean, DCM, with a record of just over 120,000 rounds.”
The attack on the 24th of August was a brilliant success, the operation being difficult and all objectives being taken within a short time. Prisoner examined at Divisional and Corps Headquarters reported that the effect of the Machine Gun barrage was annihilating, and the counterattacks which had attempted to retake the ground lost were broken up whilst being concentrated east of the Flers Ridge and of High Wood.
In 1963 in Yorkshire, a class of British Army armorers put one Vickers gun through probably the most strenuous test ever given to an individual gun. The base had a stockpile of approximately 5 million rounds of Mk VII ammunition which was no longer approved for military use. They took a newly rebuilt Vickers gun, and proceeded to fire the entire stock of ammo through it over the course of seven days. They worked in pairs, switching off at 30 minute intervals, with a third man shoveling away spent brass. The gun was fired in 250-round solid bursts, and the worn out barrels were changed every hour and a half. At the end of the five million rounds, the gun was taken back into the shop for inspection. It was found to be within service spec in every dimension.
During its service life, the Vickers was made in .303 British, .30-06, 0.50 Vickers, .50 High Velocity, 7×57 Mauser, 7.65×53, 8mm Mauser, 8mm Lebel, 7.7 Japanese, 6.5×54 Dutch, 7.9x57R Dutch, 7.62 NATO, 7.62x54R, 8x52R Siamese, 11mm Vickers, and three different 40mm cartridges.
The Vickers was retired from British military service in 1968, having finally become obsolete. Its GPMG role was taken over by the FN MAG, and its long range indirect fire role performed by 3″ mortars. The Vickers was a weapon which required training and dedication to master, but rewarded its users with phenomenal endurance and a wide range of capabilities. Among all contenders, only the Browning machine gun can attempt to compare to the outstanding qualities of the Vickers, and even the Browning fails to match the elegance of the stalwart Brit.
November 16, 2025
3D printing and firearms
On the social media site formerly known as Twitter, ESR discusses a recent user notification from one of the 3D printer companies to their users:

I’m told that 3D printed gun parts are far more sophisticated than this Liberator from 2013, but I’m sure nobody would actually do that, right? It would draw the attention of various government agencies for sure.
The recent flap about FlashForge attempting to forbid its customers from printing gun parts means it’s time for another reminder about technological risk.
Their weasel-worded climb-down carefully avoids stating that they never collect data on what you print. They only say they don’t collect data during your prints. The wording is so careful that I think we can conclude they do in fact ship telemetry on your print jobs when g-code arrives at the printer, immediately before printing.
So I repeat a warning I’ve given previously: never buy a 3D printer that requires an internet connection to function. And, always assume that if the printer’s firmware isn’t open-source, it is written to spy on you and could at any time prevent you from printing disapproved objects.
Oh, and never trust FlashForge again or buy their products, no matter how much groveling they do. After this, it’s safest to assume that anything they say about respecting the privacy and autonomy of their customers will be a lie. Hear that, @ff3dprinters
?We need to make a public example of FlashForge. Other vendors need to hear that shit like this will not be tolerated, that attempting to constrain what their customers print will do them permanent and irreversible damage.
It’s possible that this was merely a blunder on FlashForge’s court, and the attempts they’ve made so far to recover are compounding blunders, but they have sincerely repented of trying to control their customers. That’s too bad; in order to create the right incentives bearing on the future behavior of other vendors, we must show no mercy. We must make them hurt – ideally, to the point of being driven out of business.
And really these warnings apply to all “smart” devices, not just 3D printers. Unless you can audit the source code, the only safe assumption to make is that the firmware is spyware, controlware, and malware.
Device vendors need to know that we do not forgive, and will not forget.
In response, Hopalong Ginsberg posted this helpful item:
November 15, 2025
Canada’s flawed Industrial and Technical Benefits scheme – “We’re architects of our own dependency”
Posted a few days ago, but still of interest — Omar Saleh discusses a part of Canada’s defence acquisition process that provides the illusion of military self-reliance while actually allowing foreign companies to control more and more of our domestic defence manufacturing capacity:
On November 4, the federal government tabled one of the most consequential defence budgets in Canadian history: an $81.8-billion expansion over five years, anchored by a $6.6-billion Defence Industrial Strategy, procurement overhauls, and a vow to claw back sovereignty from decades of polite deferral. It was framed as a national awakening – an overdue recognition that geography is no longer a moat, Russian submarines are testing our Arctic resolve, and allies are no longer willing to pretend Canada is pulling its weight.
But buried underneath all the ambition is a policy that will quietly sabotage it: the Industrial and Technological Benefits (ITB) framework – the mechanism Canada uses to ensure foreign defence contractors reinvest in the Canadian economy and the quiet architecture of our own dependency.
On paper, it’s a sound industrial strategy. So much so that other countries like Saudi Arabia and the UAE – both of which are aggressively seeking to onshore the lion’s share of their own defence spending – have implemented very similar policies as part of their respective Vision 2030 programs.
In practice, however, Canada’s ITB is a compliance machine that has mastered the art of doing nothing loudly. It is a mechanism through which American and European primes deepen their control over Canada’s industrial base while giving Ottawa the comforting illusion of self-reliance. We’re not victims of clever contractors. We’re architects of our own dependency, moralizing away the muscle to build someone else’s blueprint.
The numbers are damning. Since 2011, more than one hundred thousand industrial activities have generated over $64 billion in promised economic activity. And for all of that motion, not a single global defence technology titan has emerged. The work done in Canada – machining, composites, test benches, components – is real, but when the world shifts and architectures evolve, the capability evaporates. It was never ours. The most strategically important capabilities are designed abroad, integrated abroad, and updated abroad. We have activity without ownership – a nation performing sovereignty instead of exercising it.
Call it what it is: Phantom Capacity. The illusion of industrial muscle – until the country is forced to lift something heavy.
The core flaw is structural. ITB rewards dollars spent, not capability created, even as it dangles multipliers of up to 9x for R&D and startup work. A prime receives one-to-one credit for $5 million in routine machining, yet could theoretically earn nine times that for backing a Canadian breakthrough. But the theory collapses in practice. Multipliers accounted for less than one per cent of fulfillment between 2015 and 2019, and auditors still cannot prove they delivered any meaningful innovation. The system does not discriminate between activity and advancement. And when a system does not discriminate, the market follows the path of least resistance.
Predictably, primes funnel work to the safest, most administratively convenient suppliers. It is the industrial equivalent of a potluck where everyone insists on homemade dishes but quietly prefers the store-bought tray. Innovation is welcomed rhetorically and ignored in practice.
This leads to the second, more corrosive consequence: Canadian startups are structurally excluded from shaping Canada’s defence future. They move on six-month innovation cycles. Their technology evolves. Their architectures iterate. But in a system where every offset must be pre-approved, credit-verified, documented, and mapped against a prime’s global program calendar, startups cannot operate on their own terms. They must reshape their roadmaps to fit into architectures designed abroad, updated abroad, and controlled abroad. The result is not partnership but subordination.
A Canadian company can build a breakthrough sensor, a next-generation autonomy stack, or a northern detection layer – but it cannot enter a Canadian program of record unless a foreign prime decides to adopt it. The startup becomes a module inside someone else’s strategy. Sovereignty becomes subcontracting with better branding.
Marlin 1897 Bicycle Rifle
Forgotten Weapons
Published 23 Feb 2016Marlin’s 1892 lever action rifle in .22 rimfire caliber proved to be a very popular firearm, and so the company released an improved version in 1897, offered only as a rimfire takedown model. The 1897 would also prove very popular, and the same basic design would continue later as the Model 39.
One interesting variant of the 1897 offered was a Bicycle Rifle. While the rifle was generally available only with fairly long barrels, the bicycle version had a 16″ barrel and full-length magazine tube. This was sized specifically to fit in a special case (disassembled) underneath the top bar of a bicycle frame, allowing kids to easily use their bicycles to take these rifles to their favorite shooting spots.
While the 1897 itself was popular, the bicycle variant was not, with Marlin sales records showing only 197 sold.
QotD: The innovation of infiltration tactics in trench warfare
One way to respond to a novel tactical problem is with novel tactics. And the impetus for this kind of thinking is fairly clear: if your own artillery is the problem digging you into a hole, then find a way to use less of it.
The mature form of this tactical framework is often called “Hutier” tactics, after German general Oskar Emil von Hutier, though he was hardly the sole or even chief inventor of the method. In its mature form, the technique went thusly: instead of attacking with large waves of infantry which cleared each objective in sequential order, attacks ought to be proceeded by smaller units, carefully trained with the layout of the enemy positions. Those units, rather than having a very rigid plan of attack, would be given those general objectives and left to figure for themselves how to accomplish them (“mission tactics” or Auftragstaktik)1, giving them more freedom to make decisions based on local conditions and the ground.
These elite spearhead units, called Stoßtruppen or “Stormtroopers” were well equipped (in particular with a higher amount of automatic firearms and hand grenades, along with flamethrowers). Importantly, they were directed to bypass enemy strong-points and keep moving forward to meet their objectives. The idea here was that the follow-up waves of normal infantry could do the slow work of clearing out points where enemy resistance was strong, but the stormtroopers should aim to push as deeply as possible as rapidly as possible to disorient the defenders and rapidly envelop what defenses remained.2
These sets of infantry tactics were in turn combined with the hurricane barrage, a style of artillery use which focused on much shorter but more intense artillery barrages, particularly associated with Colonel Georg “Breakthrough” Bruchmüller. Rather than attempting to pulverize defenses out of existence, the hurricane barrage was designed merely to force enemies into their dugouts and disorient the defenders; much of the fire was directed at longer ranges to disrupt roads and artillery in the enemy rear. The short barrage left the ground relatively more intact. Meanwhile, those elite infiltration units could be trained to follow the creeping barrage very closely (being instructed, for instance, to run into the shell explosions, since as the barrage advantages, no gun should ever strike the same spot twice; a fresh shell-hole was, in theory, safe). Attentive readers will recognize the basic foundations of the “move fast, disorient the enemy” methods of the “modern system” here.
So did infiltration tactics break the trench stalemate? No.
First, it is necessary to note that while infiltration tactics were perhaps most fully developed by the Germans, they were not unique to them. The French were experimenting with many of the same ideas at the same time. For instance, basic principles of infiltration were being published by the French General Headquarters as early as April, 1915. André Laffargue, a French infantry captain, actually published a pamphlet, which was fairly widely distributed in both the French and British armies by the end of 1915 and in the American army in 1916, on exactly this sort of method. In many cases, like at the Second Battle of Artois, these French tactics bore significant fruit with big advances, but ran into the problem that the gains were almost invariably lost in the face of German counter-attacks. The Russians, particularly under Aleksei Brusilov, also started using some of these techniques, although Brusilov was as much making a virtue of necessity as the Russians just didn’t have that much artillery or shells and had to make do with less and Russian commanders (including Brusilov!) seem to have only unevenly taken the lessons of his successes.
The problem here is speed: infiltration tactics could absolutely more efficiently overrun the front enemy lines and even potentially defeat multiple layers of a defense-in-depth. But after that was done and the shock of the initial push wore off, you were still facing the same calculus: the attacker’s reinforcements, shells, artillery and supplies had to cross broken ground to reach the new front lines, while the defender’s counter-attack could ride railways, move over undamaged roads and then through prepared communications trenches. In the race between leg infantry and trains, the trains always won. On the Eastern Front or against the Italians fighting under the Worst General In History at Caporetto (1917), the already badly weakened enemy might simply collapse, producing massive gains (but even at Caporetto, no breakthrough – shoving the enemy is not a breakthrough, to qualify as a breakthrough, you need to get to the “green fields beyond” that is open ground undefended by the enemy), but against a determined foe, as with the 1918 Spring Offensives, these tactics, absent any other factor, simply knocked big salients3 in the line. Salients which were, in the event, harder to defend and brought the Germans no closer to victory. Eventually – often quite rapidly – the front stabilized again and the deadlock reasserted itself. Restoring maneuver, the actual end-goal of these tactics, remained out of reach.
None of this is to say that infiltration tactics were useless. They represented a real improvement on pre-war infantry tactics and continue to serve as the basis for modern infantry tactics. But they could not break the trench stalemate or restore maneuver.
Bret Devereaux, “Collections: No Man’s Land, Part II: Breaking the Stalemate”, A Collection of Unmitigated Pedantry, 2021-09-24.
- Because it doesn’t fit anywhere else, I want to make a rather long note here. There is an odd tendency which I find quite frustrating, in which military concepts, unit designations and terminology from other languages are all translated into English when used, except for German terms. I suspect this has to do with the high reputation German military thinking holds in among the general public and some military practitioners. I do not share this view; both the German Imperial Army and the Nazi Wehrmacht (another term we never translated yet we feel no need to call the French army l’armée de terre) managed to lose the only major wars they were in, leading to the end of the states they served. Both armies were capable at some things and failed at others; their record certainly does not make German some sort of Holy Language of War. Nevertheless, where German technical terms are notable, I will include them so that the reader will know, should they encounter them elsewhere, that this is a term they are already familiar with, albeit in translation.
- It should be noted that the emphasis here remained on envelopment and destruction rather than on disorientation. The latter is a feature of subsequent systems based on German maneuver warfare, but was not a goal of the doctrine itself initially.
- A salient is a bulge in the line such that your position is bordered by the enemy on three sides. Such positions are very vulnerable, since they can be attacked from multiple directions and potentially “pinched off” at the base.
November 12, 2025
The Jet Age: How War Put Us in the Sky – W2W 052
TimeGhost History
Published 10 Nov 2025From the Wright Brothers’ fragile first flight to supersonic jets that shattered the sound barrier — this is the story of how war turned humanity’s dream of flight into the most powerful force on Earth. In just fifty years, aviation evolved from wooden propellers and canvas wings to turbojet engines and supersonic bombers.
What began as a symbol of wonder became the defining weapon of the 20th century — an arms race in the skies that shaped our modern world.
In this episode of War 2 War, we trace how the Second World War and the Cold War pushed aviation to its limits: how Nazi Germany’s Me 262 and Britain’s Gloster Meteor launched the jet age, how the MiG-15 and F-86 Sabre clashed in the skies over Korea, and how the United States and Soviet Union raced for speed, power, and dominance.
Discover:
• How WW2 research built the first jet fighters
• Why the Me 262 and Meteor changed everything
• The jet dogfights of the Korean War (MiG-15 vs F-86 Sabre)
• The rise of supersonic flight and guided missiles
• How the Jet Age reshaped both war and peace
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Volksturm VG-5, aka VK-98
Forgotten Weapons
Published 15 Sept 2015By the beginning of 1945, the Nazi government in Germany was looking to find cheaper ways to equip the Volksturm, and solicited bids and designs from several major arms manufacturers. The Steyr company created a crude but effective version of the Mauser 98 which was dubbed the VK-98 or VG-5. Mechanically it is identical to a K98k, but has much less attention paid to aesthetic finish and many simplified parts.
In total, 10,000 of these Steyr rifles were made. Despite commonly held notions of them having totally random parts, there are actually a relatively small number of discreet variations in the production sequence and the rifles have definitely class characteristics — which I will examine in the video.
November 9, 2025
Samopal vz 38: Czechoslovakia’s Interwar Drum-Fed SMG in .380
Forgotten Weapons
Published 25 Jun 2025Military interest in a submachine gun was late in Czechoslovakia, but by the late 1930s a development program was put into place. Interestingly, the main use case for an SMG was seen as being a replacement for a rifle-caliber LMG in fortification mounts. The thought process seems to have been that a large volume of fire was the necessary element to keep invaders away from border fortresses, and the ballistic power of the fire was not so important.
The vz38 was designed by František Myška, chambered for the 9x17mm (.380) cartridge used by the vz22/24 pistol then in service. It was tested against the ZB26 light machine gun. It proved reliable and effective, and its 96-round drum magazine (copied from the Finnish Suomi) was a particularly nice element. An initial order was placed and the gun was formally adopted into service, but production never began. Instead, German occupation of the country put an end to the project and only 20 preproduction examples were ever made.
Many thanks to the VHU — the Czech Military History Institute — for giving me access to this very rare example to film for you. The Army Museum Žižkov is a part of the Institute, and they have a three-story museum full of cool exhibits open to the public in Prague. If you have a chance to visit, it’s definitely worth the time! You can find all of their details (including their aviation and armor museums) here:
November 6, 2025
Galand de Guerre Model 1872: Too Good for the Military
Forgotten Weapons
Published 23 Jun 2025Charles François Galand is best known for his simultaneous-extraction Model 1868, but he also developed a very good solid-frame revolver. This was specifically for the French 1871 military trials, which specifically required a solid frame. The Galand was chambered for 12mm Galand (with its distinctive very thick rim), held 6 rounds, operated in either single or double action, required no tools to disassemble, and had very simple but durable lockwork. The gun was very good, and was a very tight competitor for the other trials finalist, the Chamelot-Delvigne. Ultimately, it lost out because it was the more expensive of the two options.
For more information on the Model 1873 Chamelot-Delvigne that won the French trials, I suggest the C&Rsenal video on that model:
• History of WWI Primer 061: French and Ital…
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November 3, 2025
“Vice-Admiral Angus Topshee more or less kiboshed the notion of building new submarines here in Canada”
Assuming that this government or the next one follows through with current plans, the Royal Canadian Navy (RCN) will replace the four current British-built Victoria-class submarines with up to a dozen new subs based on either the German Type-212CD design or the South Korean KSS-III. There is no reason at all that these new submarines need to be built in Canada, as there is no existing shipyard with any experience in this kind of vessel and no chance that creating a domestic submarine industry would be anything more than a perpetual money-sink. Our existing shipyards can, at a stretch (and at a significant cost increase), build surface ships from small motorboats up to frigates, destroyers, and larger supply ships, but there’s always a hefty premium for building the hulls here because once the order is complete, the shipyard can rarely use that skilled workforce and their specialized expertise to build more ships for other navies, so the yards shrink, the workers move on and a decade or so later, we have to start all over again from basically nothing.
Submarines are even more specialized than the ships the RCN is likely to buy, and there’s almost zero chance an allied navy or a neutral power would choose to have submarines built in Canada. The head of the RCN, Vice-Admiral Topshee clearly recognizes this:

Type 212 submarines at the HDW shipyard in Kiel, Germany, 1 May 2013.
Photo by Bjoertvedt via Wikimedia Commons.
On Thursday in South Korea, Royal Canadian Navy Vice-Admiral Angus Topshee more or less kiboshed the notion of building new submarines here in Canada. He cited two major concerns: One, that we need these submarines “quickly.” And two, that our demand for submarines couldn’t possibly sustain an operation on its own.
“A submarine industry requires a consistent production line, and to be able to build enough submarines … to sustain a production line will be a real challenge,” Topshee said at the Hanwha Ocean Shipyard, where he, Defence Minister David McGuinty and Prime Minister Mark Carney tickled the periscope on one potential replacement for Canada’s aging-out Victoria-class subs.
Both Hanwha and ThyssenKrupp say it’s technically possible they could build the subs in Canada; it would just take a long time to lay down the infrastructure, and we’re in an uncommon hurry. We are assured plenty of Canadian steel and sweat will go into maintaining them.
And I suspect that won’t be very controversial, if at all. We’ve had American submarines, British submarines and German submarines in the past. Submarines are just something that are not made in Canada, like a lot of other things: jumbo jets, fighter planes, aircraft carriers, pineapples, cellular telephones, home electronics.
And we’re fine with it. Aside from the odd Avro Arrow obsessive, everyone seems to accept we’ll be buying new fighter jets off the peg from abroad — assuming we ever come to a final decision on which to buy, of course.
The question is, why isn’t that controversial? Or, why is it by contrast seen as controversial to buy surface vessels from abroad. Whoever’s fault it is, Canadian shipbuilding for the navy is a scrapyard of blown deadlines, outrageous cost overruns and sometimes outright failure. If we’re happy with South Korean or German subs, why not South Korean or German or Danish frigates and destroyers — or passenger ferries, for that matter?
Until this silly “elbows up” narrative took hold, no one seemed to care very much where our ferries were built: Marine Atlantic sails Chinese-built ferries between Cape Breton and Newfoundland with barely a whisper of controversy. But the entire political class is now essentially united against BC Ferries’ decision to buy Chinese ferries from the same shipyard. The fact that BC Ferries needs ferries almost seems like an afterthought.

ROKS Shin Chae-ho, a KSS-III submarine at sea on 4 April, 2024.
Photo from the Defense Acquisition Program Administration (DAPA) via Wikimedia Commons.
Update: Noah posted a Q&A session with his readers that included some comparisons of the two contending designs for the Canadian Patrol Submarine Project (CPSP):
Q4. Have you had a chance to compare the AIP on the Ks III & 212CD yet with respect to Time underwater. There are different numbers floating around with new systems?
The truth is that no manufacturer is going to give you the accurate endurance. None. That is a closely guarded secret. I can say the KSS-III is higher, though out of respect for everyone and to not get myself in trouble I won’t say numbers. Both have endurance of several weeks and fit the HLMR.
I do plan to go into details about the systems themselves soon though, so I’m not leaving it alone!
Q5. The Type 212 has been described as an “ambush” submarine silently lying in wait for Russian subs. What advantages does the 212 bring to the Pacific?
Understand that both the KSS-III and Type 212CD are products of different needs and philosophies. Both focus on different strengths, in this case the 212CD puts almost all its efforts into being as stealthy and quiet as possible.
Its not just about ambush. Its about survival. The Type 212CD is designed to operate in the shallow, tight waters of the Baltic, and the littoral regions of the North Sea. That isn’t just about submarines but also being survivable against a dense field of Russian Maritime Patrol Aircraft and Anti-Submarine Helicopters.
That means a lot of effort was taken to ensure they’re as quiet and undetectable as possible. That’s where things like the Diamond-Shaped hull are supposed come into play, the use of non-magnetic stainless steel.
A lot of its value comes in what role you expect it to play. It is still an excellent asset in the littoral regions of the pacific, however it isn’t optimized for prowling around the open ocean, deep-diving nature of the Pacific. That is the domain of platforms like the KSS-III, at least in my opinion.
That doesn’t mean it can’t, but just as the KSS-III can also operate in the littoral regions of the Baltic doesn’t mean it’s optimized too. That’s the thing about CPSP. There’s a lot of requirements, a lot of different environments we expect these subs to operate in, and both [designs] focus on different priorities.
The advantages it has as a stealth-optimized platform don’t disappear. It could easily act in complement to other assets like U.S. and future Australian SSN [which] are more optimized for operations in the wider Pacific.
Strengths and weaknesses.
Update, the second: South Korea looks to be joining the nuclear-powered navy club with a new class of Korean subs to be built in Philadelphia using US navy nuclear propulsion technology.
South Korea has been wanting to get in the SSN club for a long time. Good on them for their persistence.
I’m not sure how this will work out. The Philadelphia Shipyard, even at its heyday, never built nuclear powered ships of any kind.
The South Koreans build a solid conventional submarine, the KSS-III that they offered to Canada recently, but nuclear submarines are at another level. Besides the infrastructure issues specific to nuclear shipbuilding at the shipyard that would need to be addressed, there is the fact that the U.S. nuclear workforce and hardware providers are already behind schedule with expected demands. While another yard is great, whoever is going to successfully solve those two structural issues needs superhuman abilities and one heck of a funding line.
October 28, 2025
AR-1 “Parasniper” – The First Armalite
Forgotten Weapons
Published 11 Jun 2025The first rifle produced by Armalite began in 1952 as a project between the brothers-in-law, Charles Dorchester and George Sullivan (no relation to later Armalite engineer L. James Sullivan). Sullivan is the chief patent attorney for the Lockheed Aircraft Company, and the two have the idea to produce an ultra-light rifle using aircraft industry materials like fiberglass and aluminum. They create a company called SF Projects and get to work using Remington actions. They fit aluminum (and then later aluminum/steel composite) barrels and foam-filled stocks and the result is a rifle that weighs less than 6 pounds with a 4x scope fitted. The first ones are chambered in .257 Roberts, but this shortly gives way to the new .308 Winchester cartridge.
Sullivan and Dorchester make a connection with Richard Boutelle, who is very much a “gun guy” himself and also head of the Fairchild aircraft company. The idea of the rifle appeals to Boutelle, and Fairchild was looking to diversify its operations – and so Fairchild agrees to buy SF Projects, renaming it the Armalite Division of Fairchild.
The idea of the rifle was for civilian hunters who want a gun that is light to carry for long distances and also military specialists like airborne troops who need lightweight gear. The Army tests the AR-1 in 1955 and finds some fairly serious problems with it. There are reliability issues, and also accuracy shortfalls. When the composite barrel heats up, differential stresses cause the point of impact to shift. This foreshadows the catastrophic failure of a composite barrel in AR-10 testing, but that is a story for another video. Ultimately after two rounds of testing the Army rejects the rifle, and that is pretty much the end of it. Armalite moves its focus to other projects, namely combining aircraft industry materials with the self-loading rifle of their other designer, Eugene Stoner. That, of course, will become the AR-10.
Since I know folks will ask, the AR projects between 1 and 10 were thus:
AR3: Stoner-type rifle in hunting configuration
AR5: Air Force survival rifle
AR9: Shotgun
The designations 2, 4, 6, 7, and 8 were set aside to drawing board projects that never materialized.
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