Forgotten Weapons
Published 17 Nov 2016During the development of the 1860 Army revolver, Colt did consider mechanical options other than simply scaling up the 1851 Navy pattern. One of these, as evidenced by this Colt prototype, was an enlarged version of the 1855 Pocket, aka “Root”, revolver. That 1855 design used a solid frame and had been the basis for Colt’s revolving rifles and shotguns, and so it would be natural to consider it for use in a .44-caliber Army revolver. How extensive the experimentation was is not known, and I believe this is the only known surviving prototype of a Dragoon-size 1855 pistol. It survives in excellent shape, and is a really neat glimpse at what might have been …
March 12, 2025
Colt Sidehammer “Root” Dragoon Prototype
March 8, 2025
Joslyn M1862 and M1864 Carbines
Forgotten Weapons
Published 15 Jun 2015While US infantry forces during the Civil War had only limited access to the newest rifle technology, cavalry units adopted a wide variety of new carbines in significant numbers. Among these were a design by Benjamin Joslyn. It first appeared in 1855 designed to use paper cartridges, but by the time the US Army showed an interest Joslyn had updated the weapon to use brass rimfire ammunition. The first version purchased by the government was the 1862 pattern carbine, of which about a thousand were obtained. Many more were ordered, but it took Joslyn a couple years to really get his manufacturing facility and processes worked out. By the time he had this all straightened out, the design had been updated again to the 1864 pattern, addressing several minor problems with the earlier version. Ultimately more than 11,000 of the 1864 pattern carbines were purchased by the Union, chambered for the same .56-.52 cartridge as the Spencer carbines also in service.
March 7, 2025
Bricking the internet
In The Line, Phil A. McBride explains how the “net giants” have steadily nibbled away at the built-in resilience of the original internet design so that we’re all far more vulnerable to network outages than ever before:
The Internet was originally conceived in the 1960s to be a resilient, disparate and distributed network that didn’t have any single point of failure. This is still true today. While there are large data centres around the world that aggregate traffic, we don’t depend on them. If one were to go offline, things would slow down, but the data would still flow.
The advent of the cloud, though, has completely changed how we use the Internet, especially in the worlds of business, education and government. And the cloud, alas, is not nearly as resilient.
Fifteen years ago, your average small or medium business would have their own servers. Those servers would be used to send/receive email, store files, and run various business or collaborative applications. Some of these servers may have been hosted offsite at a data centre to provide better security or speed of access, but the physical infrastructure belonged to someone — it was something you could touch and, more importantly, account for. Many companies kept their servers on site.
If a company’s server or network went down, it affected that company. They couldn’t send or receive email, they couldn’t open files, collaborate with staff or clients. They were offline.
But only they were offline.
Fast forward to today. Microsoft 365 dominates the corporate productivity services market with an estimated 45-50 per cent market share worldwide, with Google Workspace coming second, with around 30-35 per cent. This means that approximately 80 per cent of businesses are dependent on one of two vendors for their ability to transact business and communicate at even the most basic level.
Government and government-provided services, like education, health care and defence, are just as reliant on these services as the business world.
In today’s world, when Microsoft’s or Google’s services suffer a hiccup, it doesn’t affect one business. Or ten, or a hundred. Tens of thousands of business, and government offices and civil society institutions, all go offline. Simultaneously. Mom-and-pop stores, multi-billion-dollar corporations, elementary schools, hospitals, entire governments, all go out, all at once.
And we haven’t even talked about how Amazon, Microsoft and Google control almost two-thirds of the world’s web/application hosting market share. If one or all of those services go down, most of the websites you go to on a regular basis would suddenly become unreachable.
Kinda-sorta related to the above is Ted Gioia‘s “State of the Culture” post:
So remember the first rule: The culture always changes first. And then everything else adapts to it.
That’s why teens plugged into the most lowbrow culture often grasp the new reality long before elites figure it out. This was true 50 years ago, and it’s still true today.
So that’s our second rule: If you want to understand the emerging culture, look at the lives of teens and twenty-somethings — and especially their digital lives. (In some cases those are their only lives.)
The web has changed a lot in recent years, hasn’t it? Not long ago, the Internet was loose and relaxed. It was free and easy. It was fun. There wasn’t even an app store.
We made our own rules.
The web had removed all obstacles and boundaries. I could reach out to people all over the world.
The Internet, in those primitive days, put me back in touch with classmates from my youth. It reconnected me with friends I’d made during my many trips overseas. It strengthened my ties with relatives near and far. I even made new friends online.
It felt liberating. It felt empowering.
But it also helped my professional life. I had regular exchanges with writers and musicians in various cities and countries—without leaving the comfort of my home.
I made new connections. I opened new doors.
And this didn’t just happen to me. It happened to everybody.
“The world is flat,” declared journalist Thomas Friedman. All the barriers were gone — we were all operating on the same level. It felt like some imaginary Berlin Wall had fallen.
That culture of flatness changed everything. Ideas spread faster. Commerce moved more easily. Every day I encountered something new from some place far away.
But then it changed.
Twenty years ago, the culture was flat. Today it’s flattened.
I still participate in many web platforms — I need to do it for my vocation. (But do I really? I’ve started to wonder.) But now they feel constraining.
Even worse, they now all feel the same.
Instead of connecting with people all over the world, I now get “streaming content” 24/7.
Facebook no longer wants me stay in touch with friends overseas, or former classmates, or distant relatives. Instead it serves up memes and stupid short videos.
And they are the exact same memes and videos playing non-stop on TikTok — and Instagram, Twitter, Threads, Bluesky, YouTube shorts, etc.
Every big web platforms feels the exact same.
That whole rich tapestry of my friends and family and colleagues has been replaced by the most shallow and flattened digital fluff. And this feeling of flattening is intensified by the lack of context or community.
The only ruling principle is the total absence of purpose or seriousness.
The platforms aggravate this problem further by making it difficult to leave. Links are censored. Intelligence is punished by the dictatorship of the algorithms. Every exit is blocked, and all paths lead to the endless scroll.
All this should be illegal. But somehow it isn’t.
February 20, 2025
Enfield MkII: Better Than the MkI, I Guess
Forgotten Weapons
Published 1 Nov 2024The Enfield MkI had only been in service for two years when the MkII was adopted in March 1882 to resolve some of its problems (and reduce its cost). At the same time, a new cartridge was adopted (the MkIII) with a heeled .477” bullet — also in hopes of resolving some of the problems with the Enfield revolver.
The Enfield used a selective ejection system that was intended to dump empty cases but retain unfired live cartridges. It was a bit finicky, with the live rounds often moving during the ejection process and jamming the system up. The larger heeled bullets were hoped to help stop that — and they were also thought to provide better accuracy in the gun’s Henry type rifling.
Simplifications to reduce cost of the gun included:
Unchecked grips
Smooth holster guides
Simplified geometry on the lower frame and top strap
Semicircular front sightFinally, a number of mechanical changes were made. Small elements were added to the clockwork to prevent cylinder rotation when not firing, and to lock the trigger and hammer when the loading gate was open. A second side plate screw was added to ease disassembly, and the grip attachment redesigned to use the lanyard ring as a screw to hold them in place. A fatal accident with an Enfield led to design of a hammer block safety that was intended to be universally retrofitted to guns in service, but many of the guns already sent out to far corners of the planet were never returned for this work.
In total, 13,102 MkII Enfield revolvers were made between 1882 and 1885, plus one gun each in 1886 and 1887. In 1887, the Webley MkI revolver was adopted to replace it, presumably much to the relief of Ordnance officers across the Empire.
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February 11, 2025
Mapping the Tube 1863-2023: Treasures of the Tube Map
Jago Hazzard
Published 27 Oct 2024Mapping the Tube: 1863-2023 at The Map House is a captivating selling exhibition showcasing rare maps and materials spanning over 160 years of London’s transport history. It features the largest collection of Harry Beck manuscripts ever offered for sale, alongside early cartographic works and striking posters by 20th-century artists.
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January 29, 2025
Gewehr 98: The German WWI Standard Rifle
Forgotten Weapons
Published 11 Jun 2016The Gewehr 1898 was the product of a decade of bolt action repeating rifle improvements by the Mauser company, and would be the standard German infantry rifle through both World Wars. Today we are looking at a pre-WWI example (1905 production) that shows all the features of what a German soldier would have taken to war in 1914.
January 28, 2025
AI, the iPhone, and other tech whizzery are not the most important inventions ever
Freddie deBoer reacts to so, so many technically illiterate hot takes about this or that latest bit of techno-woo bling being given accolades as “the most important invention”:
Years ago, I think in 2010, Business Insider invested a great deal of hype and hoopla into a list they developed of the one hundred most important inventions of all time. I have tried and tried to find a link, including via the Internet Archive, but no dice; I’ll chalk it up to linkrot, the endless deterioration of the web over time, Business Insider‘s paywall, and their convoluted publishing history. You’ll have to take my word for it that, in a list that was released with great fanfare, they rated the iPhone as the most important invention of all time. Not antibiotics, the plow, or alternating current, not anesthesia or the lightbulb, but the iPhone, which took a bunch of things that already existed (cellular telephone service, email on the go, a touchscreen) and put them in one remarkably profitable package. The Business Insider list isn’t alone in putting the iPhone so high on ranked lists of human achievement. There’s plenty you can find, including a British survey that put the iPhone at number eight, ahead of the internal combustion engine, or this New York Times podcast which puts the iPhone at number three, although the list seems to be partially tongue in cheek. There’s a lot you could ask about such a choice, including epistemological questions inherent to putting a cellphone above the electricity-generating technologies that power it. But my visceral response to this kind of thinking — and even aside from ordinal lists of importance, the smartphone-supremacy attitude is very common — is to say, wow, these people must really enjoy shitting in the yard.
Plumbing — bringing fresh water from one place to another and disposing of human waste via engineering — goes back to antiquity, and you occasionally find claims of affordances like flush toilets in ancient times. Today, modern people in most developed parts of the world have constant access to free-running clean water and toilets that can remove physical waste to a secure processing facility or holding unit, with heated water on demand a very nice extra. That’s largely a 20th-century and forward phenomenon. There were pretty sophisticated sewer systems in Victorian London, the White House got running water in the Jackson administration, and as usual major metropolitan areas in rich countries were ahead of the game generally. But it wasn’t until the 1920s or so that indoor plumbing became a true mass phenomenon, again only in wealthy countries, and it was perfectly common for a soldier coming home from World War II in 1945 to be coming home to a house with a well and an outhouse. It wasn’t until the 1960s that a majority of American homes had indoor plumbing, which means that the beginning of the Space Age overlapped with a period where most Americans couldn’t wash their hands whenever they wanted to. And, as cool as NASA and launching satellites and orbiting the Earth and traveling to the Moon are, their practical impacts on human life pale in comparison to modern plumbing.
So when I read people putting the iPhone as the pinnacle of human ingenuity, I have to imagine that they’re big fans of shitting in their yard. Because if faced with a choice, they’ve indicated that they’d choose their smartphone over their toilet! And that’s quite a choice. It might be worth doing a little reality check in that regard by spending a month without one and then a month without the other. So you see how life feels without your smart phone for 30 days, and then you see what it’s like to not be able to access indoor plumbing for 30 days. You have to piss and shit outside. You have to walk to a well, if you can find one, to get (hopefully clean) water, and then you have to heat it up on your stove if you want it hot. You can’t shower, and taking a bath would be a remarkably laborious process that still left you with tepid water. And this isn’t just a question of comfort but a question of essential hygiene, by which I mean medically-relevant hygine — cholera, typhoid, gastrointestinal worms, scarlet fever, hepatitis, and many more diseases were massively harder to avoid before mass indoor plumbing. I don’t know you, personally, but I feel considerable confidence in suggesting that your desire to avoid those diseases is greater than your attachment to Instagram.
That’s the shitting in the yard test, or the indoor plumbing test, for those who prefer to avoid vulgarity. The test requires you to compare the hype about a particular tech product up against the actual brick-and-mortar changes wrought in the great period of human advancement that began sometime in the late 19th century and ended sometime in the late 20th; the modern flush toilet is just a particularly relevant example. Is Zoom really a bigger part of your life than food refrigeration, a technology that has saved untold millions of lives over the decades by dramatically reducing deaths from foodborne illness? Is cloud storage really a bigger deal than infant vaccines, which save six lives a minute? Does Android Auto really rate when compared to the airbag? You can call these questions obtuse, and some do, but they are natural and necessary things to think about in an era of obsession with artificial intelligence. (By which people mean LLM/neural net-based artificial intelligence, which is a whole other thing.) When you say that AI is the most important invention in human history, you’re making some really, really powerful claims. And yes, you have to then justify saying that AI is more important than, for example, the transistor, self-negating claims that deny the importance of technologies that make large language models possible. But you also have to justify saying that AI is more important than, like, the bowl. By which I mean, bowls. To put food in. To eat out of. Try and spend the rest of your life without ever using another food container and get back to me about whether ChatGPT is more important. Food containers are inventions!
January 23, 2025
Guycot 40-shot Chain Pistol
Forgotten Weapons
Published 19 Dec 2016The Guycot chain pistol was the development of two Frenchmen, Henri Guenot and Paulin Gay in 1879. It is chambered for a unique 6.5mm caseless rocket ball type cartridge in which the base of the projectile is hollowed out and contains the propellant powder and a primer. Upon firing, the entirely of the projectile exits, leaving nothing to be extracted or ejected from the chamber. Unfortunately for the Guycot’s military aspirations, this cartridge was far too small and underpowered to attract and serious interest and only a few hundred at most were made. These were divided between several models, including a 25-shot pistol, a 40-shot pistol like this one, and an 80-shot carbine.
January 20, 2025
Campo-Giro M1913 – Spain’s First Domestic Selfloader
Forgotten Weapons
Published 31 May 2015The Campo-Giro was Spain’s first indigenous self-loading military pistol, adopted in 1912 to replace the Belgian 1908 Bergmann-Mars. Only a small number were made of the original M1913 variety, with the vast majority being the later and slightly more refined M1913/16. This particular example is an early one, and particularly interesting to look at for that reason. The gun is a straight blowback design in 9mm Largo, and only lasted as Spain’s standard pistol until its descendent, the Astra 400, was adopted in 1921.
January 14, 2025
The deliberate enshittification business plan of every “tech” company
It may be hard to believe, but once upon a time we actually used to look forward to new technology releases and updated software. I know, I know, that’s asking you to believe fairy tales in our current “enshittification-as-a-service” technology dystopia. The Bone Writer — who worked in the same tech field that I once did — clearly understands why the promise of new technology has turned so negative:

Dead technology. Not because they’re broken, but because they’re no longer supported and THEREFORE no longer work.
I was straightening some stuff/junk up and came upon a pile of my e-Waste. It’s a damn shame that electronics devices are a planned obsolesce when they shouldn’t be. Especially the tablets and e-readers that would still work if the mothership, the corpo HQ, the evil Tech Bros, actually cared about their customers at all.
Do we need legislation that offers up some sort of tax write off incentive to get companies to support their shit for at least 10 years? I know what you’re saying … “That’s not a free market economy.” Yeah … well … The tech sector broke the free market economy a long time ago and now they actively hurt everyone with their greed and drive to force people into what comes next, every month to 3 months to 1 year.
That’s another reason prices never come down on tech stuff. They put out something new monthly to yearly, with just a small addition to the software or the design. Then they push it on people as if it is the BEST thing there ever was, creating FOMO. Then, some people will upgrade with every new device or software version sold.
[…]
Agile is the Devil’s Tool for Creating More Waste
Agile is the method that is used to push new software and updates out continuously. Get those updates out there and keep that device or software looking shiny but hold back the good stuff for the next big release. Even though the current iteration can likely support the next big release, we’re not going to do that. This way we can sell more shit to people and they will have FOMO so they will buy it up. Even though, the next big release isn’t all that great anyway… They consumer will eat it up.
Recycle It
The activist techies will just say, “Go ahead and recycle the old stuff.” As if it really gets recycled. More often than not (only 10% of recycled stuff actually gets recycled), it gets buried or sent to other countries to be disassembled and buried there, out of site. Both the tech sector and fashion industry are guilty of this. Meanwhile, YOU are told that if you recycle, you are doing your part to clean up the world, when you’re really just sending stuff elsewhere to pollute a third world country. Sleep easy though, it isn’t in YOUR backyard.
January 6, 2025
See Inside the Last British Heavy Tank | Conqueror | Tank Chats Reloaded
The Tank Museum
Published 6 Sept 2024After the shock appearance of the Soviet IS-3 Heavy Tank, NATO armies set about designing their own heavies to deal with the threat. For the US Army, this was the M103, for the British, this tank – FV 214 Conqueror.
In this film, we explore Conqueror inside and out and talk to ex-Sgt. John Chappell, a former tank commander about his experiences as a Conqueror crewman as part of the British Army of the Rhine in the 1960s.
00:00 | Introduction
02:58 | The FV 200 Series
04:51 | Conqueror
11:35 | See Inside
20:48 | Success? Or Waste of ResourcesThis video features archive footage courtesy of British Pathé.
#tankmuseum
December 31, 2024
“Britzkrieg” – Did British Tactics Help Create Blitzkrieg?
The Tank Museum
Published 30 Aug 2024Where did Blitzkrieg, the tactics that enabled Germany to conquer most of Europe in the first years of WW II come from?
Throughout the 1920s and into the ’30s, the German Army was forbidden from developing tanks or experimenting with armoured warfare, but in the same period, the British Army was at the forefront of mechanization and the use of armour on the battlefield.
In this film, we will look at how British tacticians like JFC Fuller and Basil Liddell Hart developed a new and revolutionary way of warfighting and how these principles were taken up and used to devastating effect by the German Army in 1939 and 1940.
00:00 | Intro
02:14 | A New Form of Warfare
04:12 | Plan 1919
07:54 | New Technology – Better Tanks
14:01 | Trials and Tribulations
17:10 | Partly There
20:12 | Fuller’s ChildrenThis video features archive footage courtesy of British Pathé.
#tankmuseum
December 29, 2024
wz.35: Poland’s Remarkably Misunderstood Antitank Rifle
Forgotten Weapons
Published Aug 26, 2024In the 1930s, Poland decided to develop an anti-tank rifle, and the young designer Józef Maroszek came up with the winning system by scaling up a bolt-action service rifle he had already drawn up. The project was kept very secret, out of concern that Germany or Russia would up-armor their tanks if the Polish rifle’s existence and capabilities became known. This secrecy has led to a lot of misconceptions about the rifle today …
Interestingly, the ammunition for the wz.35 used a plain lead core. Polish engineers found that at its incredible 4200 fps (1280 m/s) muzzle velocity, the lead core had excellent armor penetrating capacity. When the German Army later captured and reused the rifles, they didn’t trust this, and reloaded captured Polish ammunition with German tungsten-cored projectiles made for the PzB-39.
Rather than explain the full story of the wz.35 in detail here, I will refer you to http://www.forgottenweapons.com/wz-35/, where I have posted a full monograph on the rifle written by Leszek Erenfeicht.
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December 24, 2024
David Friedman on elegant solutions to problems
Sometimes the solution to a problem is obvious … at least once someone else has pointed it out:
Recently, when writing a check, it occurred to me that requiring the amount to be given separately in both words and number was a simple and ingenious solution to the problem of reducing error. It is possible, if your handwriting is as sloppy as mine, to write a letter or number that can be misread as a different letter or number. If redundancy consisted of writing the amount of the check twice as numbers or twice as words the same error could appear in both versions. It is a great deal less likely to make two errors, one in letters and one in numbers, that happen to produce the same mistaken result. It reduces the risk of fraud as well, for a similar reason.
That is one example of a simple and elegant solution to a problem, so simple that until today it had never occurred to me to wonder why checks were written that way. Another example of the same pattern is a nurse or pharmacist checking both your name and date of birth to confirm your identity.1
That started me thinking about other examples:
The design of rubber spatulas, one bottom corner a right angle, the other a quarter circle. One of the uses of the device is to scrape up the contents of containers, jars and bowls and such. Some containers have curved bottoms, some flat bottoms at a right angle to the wall. The standard design fits both.
Manhole covers are round because it is the one simple shape such that there is no way of turning it that lets it fall through the hole it fits over.
Consider an analog meter with a needle and a scale behind it. If you read it at a slight angle you get the reading a little high or low. Add a section of mirror behind the needle and line up the image behind the needle. Problem solved.
If you try to turn a small screw with a large screwdriver it doesn’t fit into the slot. Turning a large screw with a small screwdriver isn’t always impossible but if the screw is at all tight you are likely to damage the screwdriver doing it. The solution is the Phillips screwdriver. The tip of a large Phillips screwdriver is identical to a smaller one so can be used on a range of screw sizes.2
Ziplock bags have been around since the sixties. Inventing them was not simple but a new application is: packaging that consists of a sealed plastic bag with a Ziplock below the seal. After you cut open the bag you can use the ziplock to keep the contents from spilling or drying. I do not know how recent an innovation it is but I cannot recall an example from more than a decade ago.
1. This one and some of the others were suggested by posters on the web forum Data Secrets Lox.
2. I am told that the solution is not perfect, doesn’t work for very small screws, which require a smaller size of driver.
December 16, 2024
Whippet – Fast and Furious 1918 | Tank Chats Reloaded
The Tank Museum
Published Aug 16, 2024Was the British Medium Mk A Whippet the world’s first proper tank?
Able to do 8mph, but incredibly difficult to drive, Whippet was far faster than the British heavy tanks of WW1. Using their speed, Whippets were able to operate behind the enemy front line to destroy enemy formations and create chaos. At a stroke, the tank was transformed from what was effectively a siege engine to a fast-moving weapon of attack and exploitation.
At Amiens in August 1918, a Whippet called Musical Box went on a nine-hour rampage in the German Army’s rearward area destroying an infantry battalion, a divisional supply column and an artillery battery, an unheard of feat.
In this film, we look at the Tank Museum’s rare surviving Whippet, what she was like to crew and fight, tell the story of Musical Box‘s rampage and examine the unique achievement of the Whippet on the WW1 battlefield.
00:00 | Intro
02:08 | Breaking the Stalemate
03:45 | A New Design
08:29 | Does It Work?
09:36 | The Tank Corps’ Surprise
11:41 | Proving Its Worth
16:25 | Armoured Warfare RevolutionisedThis video features archive footage courtesy of British Pathé.






