Daniel sent us this prompt and it's one of those questions that sounds like a rabbit hole and then you look at it and it's actually a whole warren. He's asking about monocles, pocket watches, and other thoroughly old-school accessories that you can still buy new today — not as reproductions, not as costume pieces, but as functional objects being manufactured with modern materials and tolerances. And the thing that grabbed me immediately is this: the monocle is the only optical device in human history that requires a specific facial muscle to stay on, and people are still training that muscle in 2026.
The corrugator supercilii. That's the eyebrow muscle, and it takes the average new monocle wearer two to three weeks to develop the muscle memory to hold one in place without it popping out every time they raise their eyebrows. I find this absolutely delightful because it means buying a monocle isn't just a purchase — it's a commitment. You are literally retraining your face to accommodate a piece of nineteenth-century optical engineering.
Which is absurd and also kind of beautiful. But before we get into the buying guide, let's define what we're actually talking about here, because "old-school accessory" covers a lot of ground. We're not talking about vintage items. We're not talking about reproductions or costume pieces. We're talking about items that were mainstream before 1900, went functionally extinct in daily use, and yet still have at least one company somewhere in the world manufacturing them new today with modern production methods.
And this category is surprisingly narrow once you apply that filter. Those are historical reproductions. They survived but they transformed into something else entirely — the modern corset is a different object serving a different market. Purely decorative or educational. But monocles, pocket watches, and a handful of other items like pince-nez and certain styles of walking canes — these are still being made as functional tools, often with better materials and tighter tolerances than the Victorians ever had access to.
The question that sits underneath all of this is: why? Why do these specific objects survive when so many other Victorian technologies are museum pieces? The answer, as we're going to dig into, involves a weird intersection of material science, manufacturing economics, and a very specific kind of user psychology. This isn't nostalgia. This is something stranger.
It's also about numbers. How many people actually buy a new monocle each year? The estimates I've seen suggest fewer than two thousand units globally. The pocket watch market is much larger — about a hundred and eighty thousand new units sold in 2025, with sixty percent of those going to Japan and Germany. So these are not big markets, but they are real markets, with real supply chains and real innovation happening inside them.
That's the part that fascinates me. When you look at what's actually inside a modern pocket watch or a modern monocle, you find twenty-first-century material science wrapped in a nineteenth-century form factor. It's not a costume. It's a precision instrument that happens to look like your great-grandfather's accessories.
Let's start with the most mechanically interesting of the three: the monocle. And I mean mechanically — this thing is a precision instrument in ways most people don't realize. There are three basic fit mechanisms, and each one represents a different engineering philosophy. The rimless monocle, which is the classic image most people have, is held in place purely by the tension between the cheekbone and the brow ridge. It requires the most facial muscle training and it's the least secure, but it's also the lightest and most discreet. The wire-rim monocle uses a spring-loaded metal rim that grips the lens and provides additional tension against the eye socket. And then there's the rarest type, the saddle bridge monocle, which actually rests on the bridge of the nose like a half-pair of glasses. That last one almost doesn't count as a monocle in the purist sense, but it's the most comfortable for extended wear.
The modern versions of these are not stamped brass like the originals. The companies still making these — Anglo American Optical in the UK, Artisan Opticians in Japan — they're using CNC-machined titanium or stainless steel rims. We're talking sub-millimeter tolerances that an 1880s craftsman literally could not achieve with the tools of the era.
The fitting process for a modern monocle is genuinely fascinating. Anglo American Optical sends you a plastic gauge with twelve different bridge widths. You try them on, take a photo of your face with the gauge in place, send it back to them, and they CNC-cut the rim to your exact interpupillary distance and facial geometry. It's bespoke manufacturing at a level that would have been science fiction in 1890.
You're getting a monocle that fits your face better than any Victorian aristocrat's ever fit theirs. And the lens itself — we're talking modern anti-reflective coatings, UV protection, scratch-resistant treatments. You can get a monocle with your actual prescription ground into it, with coatings that didn't exist until the 1990s. It's a functional medical device disguised as an anachronism.
There's a fact here that I think really drives this home. A properly fitted monocle exerts approximately zero point four Newtons of force on the eye socket. That's less pressure than a typical pair of sunglasses. The misconception that monocles are uncomfortable or painful comes from people trying on costume monocles from Amazon that have no proper fitting and a generic spring tension that's either too tight or too loose.
Which brings us to a key misconception we should address head-on. Monocles are not held in place by the eye socket muscles. They're held by the eyebrow and the cheekbone, with the spring rim providing tension. The eye itself never touches the glass. If your monocle is touching your eyeball, you are doing something catastrophically wrong.
The last major monocle manufacturer in the United States closed in 1952. That was the end of the American Optical Company's monocle division. Today, the only remaining monocle-specific CNC machine in the UK was built in 1987 and is still in daily use. If that machine fails, a significant portion of the global new-monocle supply chain disappears overnight. We'll come back to that fragility later, because it's one of the most interesting parts of this whole ecosystem.
Alright, let's move to pocket watches. And this is where the story gets bigger, because unlike monocles, pocket watches have a substantial market. Herman, you've been deep in the horology weeds on this one.
The pocket watch revival is one of my favorite niche economic stories. The core of it is the mechanical watch boom. In 2015, global mechanical watch sales were about six point eight million units. In 2025, that number hit twelve point four million. And while the vast majority of those are wristwatches, the pocket watch segment has been pulled along by the same current. People are rediscovering mechanical timekeeping, and for some of them, the ultimate expression of that isn't a Rolex — it's a pocket watch.
The movements inside these things are fascinating because they're simultaneously ancient and cutting-edge.
The ETA 6498 movement. This is the workhorse of the modern pocket watch world. It's been in continuous production since 1954, which makes it one of the longest-running mechanical movement designs still manufactured anywhere. But here's the thing: the 6498 is based on pocket watch architecture from 1894. The underlying design is over a hundred and thirty years old. And yet, a modern 6498 movement can achieve accuracy of minus four to plus six seconds per day. That's comparable to a quartz watch from the 1980s.
Wait, a mechanical movement from a design that predates powered flight is keeping time as accurately as early quartz?
Better materials, better manufacturing. The original 1894 design was brilliant, but it was limited by the metallurgy of its era. Modern versions use better alloys, tighter machining tolerances, and in some cases, silicon hairsprings — a technology introduced in 2006 that's completely immune to magnetism and temperature variation. So you've got a movement that looks, to a casual observer, identical to something from the 1890s, but internally it's using materials that didn't exist until the twenty-first century.
It's the same shell, completely different engine. Like putting a modern Formula One power unit in a vintage car body.
And the case and crystal are the same story. Modern pocket watches from companies like Stowa, Laco, and even Seiko use sapphire crystals — synthetic sapphire, invented in 1960 and common in watches by the 1980s. Sapphire is second only to diamond in scratch resistance. A Victorian pocket watch with a glass crystal would be scratched to illegibility within a few years of daily use. A modern one with sapphire will look pristine for decades.
You mentioned Stowa. There was that limited release last year that went kind of crazy.
The 2025 reintroduction of what they called the Sherlock Holmes pocket watch. ETA 6498 movement, forty-four millimeter case, fifty-hour power reserve, sapphire display back so you can see the movement. Priced at nine hundred and eighty euros. Sold out in three hours. This is for a pocket watch — an object that most people would tell you is obsolete. And Stowa couldn't make them fast enough.
That tells you something about demand that the standard consumer electronics narrative completely misses. Apple will tell you everyone wants a smartwatch with notifications and heart rate monitoring and a screen that's obsolete in four years. And yet there's a growing cohort of people who will pay a thousand euros for a device that does exactly one thing — tell time — and will outlive their grandchildren.
This is the planned obsolescence contrast that I think is the real story here. Let me give you the direct comparison. A 2025 Apple Watch Ultra costs seven hundred and ninety-nine dollars. The battery starts degrading after about two years. Apple stops supporting the operating system after roughly four years. After five years, you have a piece of e-waste. A 2025 Stowa pocket watch costs nine hundred and eighty euros. It needs a service every five to seven years at about two hundred euros per service. And it will still be running in the year 2125. Your great-grandchildren could be winding this thing.
The service ecosystem is the part of this that most people don't think about. You can't service a smartwatch. When the battery dies, you either pay Apple a hundred dollars for a replacement or you throw it away. But a pocket watch from 1890?
Any competent watchmaker can service it today. The Horological Society of New York has data showing that seventy-three percent of watch repair schools still teach pocket watch movements as their primary curriculum. The principles are identical to modern mechanical watches. A student who learns to service an 1890s Elgin can service a 2025 Rolex. The knowledge transfers across a hundred and thirty-five years of technological change. That creates what I call repair perpetuity — as long as there are watchmakers, your pocket watch can be fixed. No digital device can make that claim.
This extends to parts availability too. The ETA 6498 movement has been in production for over seventy years. There are millions of them out there. Spare parts are abundant and will remain abundant for decades. Compare that to the proprietary chips in a smartwatch, which are manufactured for maybe three years and then discontinued forever.
The entry point for pocket watches is also surprisingly accessible. The Reddit pocket watch revival of 2023 to 2025 is a case study in how communities drive niche markets. The subreddit grew from twelve thousand to eighty-four thousand members in about two years. And the most commonly recommended starter watch isn't a new Stowa — it's a vintage Elgin or Waltham or Hamilton from between 1900 and 1950. You can find these for fifty to a hundred and fifty dollars on eBay. Then you spend about two hundred dollars on a full service — cleaning, oiling, regulation — and for under four hundred dollars total, you have a fully functional mechanical timepiece that's already a hundred years old and will last another hundred. Total cost less than a basic smartwatch, lifespan essentially indefinite.
That's the part where the economics get really interesting. We've covered how they're made. The more interesting question is: why are they still being made? The economics of selling five hundred monocles a year are deeply unusual. How does a company stay in business doing that?
High margin per unit, minimal overhead, and a side business that actually pays the bills. Let's break down the monocle economics. The materials and CNC time for a single monocle — we're talking about a small piece of titanium or stainless steel, a few minutes of machine time, and a lens blank — cost roughly fifteen dollars. The finished monocle sells for two hundred to four hundred dollars. That's a margin that would make a software company jealous. And there's essentially zero marketing spend. The customers find you. They're searching for "where to buy a monocle" on Google, they end up on niche forums, they get referred by word of mouth. Anglo American Optical doesn't run Facebook ads. They don't need to.
The side business is eyewear repair and custom optical work. The monocle manufacturing is almost a prestige service — it's what makes them interesting and gets them press, but the rent is paid by repairing glasses and making specialized optical equipment.
The pocket watch market works differently because it's riding the larger mechanical watch wave. Stowa, Laco, Tissot, Hamilton — these companies already make mechanical wristwatches. Adding a pocket watch to the lineup is low-risk. They already have the movements, the supply chains, the assembly expertise. A pocket watch is just a different case and a different dial. The marginal cost of offering one is tiny compared to the marketing value of being the company that still makes pocket watches.
The pocket watch is basically a halo product for watch companies. It's not their main revenue driver, but it generates attention, it reinforces brand heritage, and it brings in customers who might later buy a wristwatch.
And then there's the pince-nez, which exists in an even more precarious niche than the monocle. Fewer than two hundred new pince-nez are sold globally per year. Almost all of them come from a single craftsman — Optik Klinger in Vienna. He hand-bends each frame from German silver, which despite the name is actually a nickel-silver alloy containing no real silver. The spring bridge on a pince-nez is a constant-force spring that has to exert between zero point three and zero point five Newtons of pressure. Too little and it slides off your nose. Too much and it causes pain within minutes. Getting that right by hand, for each individual customer's nose bridge width, is an artisanal skill that maybe three people in the world possess.
This is where the fragility of these supply chains becomes concerning. We mentioned the single CNC machine in the UK that makes most of the world's monocle rims. The pince-nez supply depends on one craftsman in Vienna. If he retires without training a successor, the new pince-nez market effectively ceases to exist.
There are roughly fourteen certified monocle fitters globally, and they were all trained by one retired Vienna optician. That's it. That's the entire institutional knowledge base for fitting monocles to human faces.
Which is simultaneously terrifying and kind of wonderful. It means that if you buy a monocle today, you are participating in a craft tradition that is literally one retirement away from extinction. There's something almost sacred about that.
Let's talk about the cultural engineering side of this, because the mechanical and economic explanations only get you so far. These accessories aren't just functional. They signal a specific identity. I've been thinking about this as a signaling stack. A monocle says "I value precision and tradition over convenience." A pocket watch says "I reject the notification economy." These are identity statements as much as they are functional choices.
There was that study last year — the Journal of Consumer Research piece.
2024 study from the Journal of Consumer Research. They showed participants photos of engineers and asked them to rate perceived competence and trustworthiness. Engineers wearing pocket watches were rated eighteen percent more competent and significantly more trustworthy than those wearing smartwatches. The effect was strongest in technical fields. The researchers' interpretation was that anachronistic accessories signal a rejection of trend-chasing and a commitment to fundamentals. Whether that's fair or not is a different question, but the perception is real.
Wearing a pocket watch to a meeting isn't just a fashion choice. It's a calculated professional signal. It says "I understand technology deeply enough to know what's worth keeping and what's disposable.
That signal works precisely because the accessory is unusual. If everyone wore pocket watches, the effect would disappear. The scarcity is the signal.
Like adopting a feral cat. The difficulty is the point.
And this connects to the broader backlash against smartwatch obsolescence that's been building over the last few years. People are tired of buying a four-hundred-dollar device that's designed to be trash in four years. They're tired of notifications on their wrist. They're tired of being surveilled by their own accessories. A pocket watch can't be hacked. A monocle can't track your gaze. The oldest tech is, in a very real sense, the most private tech.
This is the angle that I think will define the next decade of these markets. As digital devices become more invasive — always-on cameras, always-listening microphones, biometric sensors that report back to corporate servers — analog accessories stop being merely aesthetic choices and start being privacy tools. You can't subpoena a pocket watch. You can't remotely wipe a monocle. These objects are immune to the entire category of digital threats that define modern life.
This is something we touched on in an earlier episode about mechanical watches and cybersecurity. A mechanical watch has no firmware. It has no wireless radios. It has no attack surface. The only way to compromise a pocket watch is to physically steal it and manually change the time. That's a security model that no smart device can match.
The pocket watch isn't just a fashion statement or a horological curiosity. It's a privacy-preserving timekeeping device. That's a framing that would have made no sense twenty years ago, but in a world of always-connected wearables, it's compelling.
The repair ecosystem reinforces this. A smartwatch that breaks after the warranty expires is e-waste. A pocket watch that stops running goes to a watchmaker and comes back working. The Horological Society data shows that watch repair schools are actually growing — enrollment was up twelve percent in 2024 compared to 2020. Young people are learning to service mechanical watches. The repair pipeline is getting stronger, not weaker.
Which means the pocket watch you buy today has a realistic chance of being serviceable for the entire rest of your life. Name one piece of consumer electronics you can say that about.
You can't. There isn't one. Even high-end audio equipment eventually runs into capacitor failure and obsolete components. But a mechanical watch movement from 1890 uses the same principles and many of the same parts as one from 2025. The continuity is staggering.
Alright, let's shift to the practical side of this. All of this is fascinating in theory, but if you're actually thinking about buying one of these things, there are some very specific things you need to know.
Let's start with monocles. If you want one, do not buy a costume monocle from Amazon. I cannot stress this enough. Those are made with generic spring tension and no fitting whatsoever. The bridge won't match your face, the tension will be wrong, and it will fall off constantly. You'll conclude that monocles are uncomfortable and impractical, when the real problem is that you bought a toy instead of a precision instrument.
The correct path is to go to Anglo American Optical or a custom optician who handles monocle fittings. Expect to pay between two hundred and four hundred dollars. You'll need to provide your prescription if you need vision correction. The fitting process involves that plastic gauge I mentioned earlier, and it takes about two to three weeks from measurement to delivery. You will also need to spend those two to three weeks training your corrugator supercilii muscle. It will feel strange at first. That's normal.
For pocket watches, the best entry point is not a new one. It's a vintage American movement from the golden age of American watchmaking. Elgin, Waltham, Hamilton — these companies produced millions of high-quality pocket watch movements between 1900 and 1950. They're abundant, they're affordable, and they're fully serviceable. You can find a good example for fifty to a hundred and fifty dollars. Then budget another hundred and fifty to two hundred and fifty dollars for a full service from a competent watchmaker. The total will be between two hundred and four hundred dollars for a timepiece that will outlive you.
What should people watch out for when buying vintage?
The biggest pitfall is what collectors call marriage watches. These are pocket watches assembled from mismatched parts — a case from one watch, a movement from another, a dial from a third. They're often sold on eBay without service history and described as "running" when they really mean "the balance wheel moves if you shake it." Avoid anything without a clear service history. Avoid sellers who can't tell you the movement serial number. And if the price seems too good to be true, it is. A properly serviced vintage Elgin from a reputable dealer should cost around three to four hundred dollars. If someone's selling one for forty dollars, there's a reason.
For pince-nez, the options are even narrower.
The only reliable new manufacturer is Optik Klinger in Vienna. They ship worldwide. The waitlist is approximately six months, and the price runs between three hundred and fifty and five hundred euros. The alternative is vintage, but vintage pince-nez have a critical failure point: the spring. Those constant-force springs corrode over time, and when they go, they're essentially irreplaceable. No one is manufacturing replacement pince-nez springs. If you buy a vintage pair and the spring fails, you now own a very interesting paperweight.
The new market, tiny as it is, is actually the safer bet for pince-nez. You're paying for a functional spring that will last decades rather than gambling on a century-old piece of metal that's been slowly corroding in someone's drawer.
That brings us back to the fragility question. Optik Klinger is one person. When he retires, the new pince-nez market vanishes unless someone steps up. The monocle market depends on that single CNC machine in England. The pocket watch market is healthier, but it's riding the mechanical watch boom, and if that bubble bursts — if the fashion cycle moves on and mechanical watches become less desirable — the pocket watch segment would shrink with it.
You know what to buy and where to get it. The bigger question — the one that keeps me up at night — is whether any of this will still exist in fifty years. Are we looking at the last generation of these objects, or the beginning of a permanent niche?
I think the answer depends on whether these accessories can make the transition from curiosity to cultural institution. The pocket watch has the best shot because it's backed by the broader mechanical watch industry, which is a multi-billion-dollar global market with serious institutional support. Rolex, Patek Philippe, Swatch Group — these companies aren't going anywhere, and they have a vested interest in maintaining the watchmaking trade. As long as mechanical wristwatches exist, pocket watches will exist as a niche within that niche.
The monocle and the pince-nez are in a more precarious position. They don't have a larger industry propping them up. They're sustained by a handful of craftspeople and a very small, very dedicated customer base. If that CNC machine in the UK fails and can't be repaired, does anyone build a replacement? If the Viennese pince-nez maker retires without an apprentice, does the knowledge just disappear?
There's precedent for both outcomes. Some crafts die and stay dead. Others get rediscovered. The chatelaine — you remember we talked about this — the tangle-free chain weave was lost for decades and then someone found an 1883 manual in 2019 and now you can buy new ones again. So extinction isn't necessarily permanent. But it does mean these objects exist in a state of constant precarity.
There's something about that precarity that I think actually adds to their appeal. When you buy a monocle, you're not just buying an optical device. You're casting a vote for the continued existence of a craft tradition. You're saying "this is worth preserving." Every purchase is a tiny act of cultural conservation.
The privacy angle is the wildcard here. If smart glasses and augmented reality headsets continue to creep into daily life — and they will, Meta and Apple are both pouring billions into this — there may be a growing market for face-worn technology that definitively cannot surveil you. A monocle is optically transparent in both directions. It corrects your vision and that's all it does. In a world where your glasses might be recording everything you see, that simplicity becomes a feature.
The same logic applies to pocket watches. We're moving toward a world where every device is connected, every device is tracking you, every device is reporting back to a server somewhere. A pocket watch is a tiny rebellion against that. It's a timepiece that doesn't know who you are, doesn't care where you've been, and can't sell your data to advertisers. That's radical in 2026.
I keep coming back to that Journal of Consumer Research finding. Eighteen percent higher perceived competence. People trust the engineer with the pocket watch more than the one with the smartwatch. That's not nostalgia. That's a rational response to a world where the people selling you technology have consistently demonstrated that they don't have your best interests at heart. The pocket watch guy isn't going to push a firmware update that breaks your watch. The pocket watch guy isn't monetizing your wrist.
The oldest tech really might be the most future-proof. Not because it's better at telling time — a quartz watch is objectively more accurate than any mechanical movement — but because it's better at being owned. It respects the relationship between object and owner in a way that connected devices fundamentally don't.
That's the thread that connects all of these accessories. The monocle, the pocket watch, the pince-nez — they're all objects that you own, rather than objects that own you. They don't require accounts or subscriptions or updates. They don't harvest data or serve ads or become obsolete on a schedule determined by a product manager in Cupertino. They're tools in the pre-digital sense. You buy them, you use them, you maintain them, and they serve you for as long as you choose to keep them.
That's a good place to land. If you're interested in any of this, the practical takeaways are straightforward. For monocles, go to Anglo American Optical. Budget two to four hundred dollars, expect a fitting process, train your eyebrow muscle. For pocket watches, start with a vintage American movement from a reputable dealer — Elgin, Waltham, Hamilton — and get it properly serviced. For pince-nez, contact Optik Klinger in Vienna and be prepared to wait. And whatever you do, don't buy a costume monocle from Amazon.
The open question we'll leave you with: will any of this still exist in fifty years? The answer depends partly on whether enough people decide that these objects are worth preserving — not as museum pieces, but as functional alternatives to a world of disposable, surveilling technology. Every purchase is a vote. Cast yours carefully.
Now: Hilbert's daily fun fact.
Hilbert: During the Cold War, Soviet chess authorities became alarmed that the ancient Persian board game Nard — a variant of backgammon — was experiencing a behavioral resurgence among factory workers in Réunion, who reportedly played it during shifts as a form of passive resistance to French colonial labor oversight, leading the KGB to briefly classify Nard strategy manuals as subversive literature.
...right.
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