The Pixel 11 lineup arrived this week with a genuinely great redesign. The camera bar is 40 percent thinner, the glass runs edge to edge, and for the first time in a while a Pixel actually looks like it evolved instead of just got a new coat of paint. And then there’s HiLight, the one piece of new hardware Google actually wants you to talk about. A small LED cluster tucked into the corner of that same camera bar, ready to glow when Gemini is thinking or when someone you love is calling.

It is, in essence, Google finally admitting it missed the old Nexus notification LED and bringing it back. Five colors, a glow for Gemini, a glow for your favorite caller, and that’s the whole feature list on day one. Nothing to complain about here, except that Nothing exists. The London phone brand has spent years turning its own version of this idea into an actual playground, mini-games, custom widgets, an SDK anyone can build on. Google clearly has the engineering muscle to do something just as ambitious with HiLight down the line. It just chose not to, at least not yet.

Designer: Google

Before we get into that though, credit where it’s due. Hold a Pixel 11 next to a Pixel 10 and the difference is immediate, not the kind that only shows up in marketing photos. The bar sits almost flush now, and Google’s claim that it’s basically bumpless with a case on actually checks out in person. Under that glass, Tensor G6 lands on a 2nm node, Google’s first, promising 25 percent faster browsing, 15 percent quicker app launches, and on-device AI running up to 3.5 times faster while using less power. The Pixel 11 gets a new 48MP main sensor with 56 percent more light sensitivity and a telephoto stretching to 30x Super Zoom. This is a very complete phone before you even get to the Pro models.

The Pro and Pro XL push further with a 50MP main sensor, a redesigned 48MP telephoto, Portrait Mode at 5x, and 120x Pro Zoom, sitting under a 3,600-nit display that Google claims is twice as scratch resistant as last year’s. Titan M3 adds quantum-safe boot security on top. The Pixel 11 Pro Fold deserves its own mention here too. It shed almost 10 percent of its weight and a millimeter of thickness, down to 10.1mm closed, while Google claims triple the durability thanks to a redesigned gearless hinge. The crease is genuinely harder to spot than last year’s, and the whole thing folds flat enough to stop feeling like a novelty. If you told me a year ago Google would have the most convincing foldable in its own lineup, I would not have believed you.

Now, the part everyone will bring up regardless of how the rest of this goes: RAM. The Pro and Pro XL start at 12GB in their base 256GB configs, down from 16GB last year, and Google is blaming this on a supplier RAM shortage hitting the entire industry. Memory manufacturers have been shifting production capacity toward AI server chips, and consumer RAM and NAND prices have spiked hard enough this year that people are half-jokingly calling it RAMageddon. It is a real problem, and Google is far from the only phone maker feeling it. Storage doubling to 256GB as a base softens the blow a little, but a $100 price bump alongside a RAM cut is still a hard sell. Fair enough on the supply chain excuse. Less fair asking Pro buyers to pay more for less unless they climb a storage tier.

Back to HiLight, because it deserves the real estate. That LED cluster sits right where the temperature sensor used to live on older Pixels, which is a strange trade to make for something this limited. Google’s official pitch is that HiLight keeps you informed without the distraction of staring at a screen, which is a very polished way of saying there weren’t enough ideas to fill the space. Glowing when Gemini talks and flashing a color for favorite callers is a fine start, not an entire feature. Compare that to what’s happening across the pond. Nothing’s Glyph Matrix on the Phone (3) packs 489 individually lit LEDs into what functions as a tiny secondary screen, complete with an open SDK that lets anyone build their own widgets and games. People made a working ball maze. A tilt-controlled Magic 8 Ball. A contact dialer you can use without touching the main display. None of it is essential, but all of it is fun, and fun counts for something when you’re asking someone to pay a premium for a light.

Google clearly has the horsepower for something bigger here. Tensor G6 alone proves the company isn’t short on engineering muscle, and the camera bar redesign shows the industrial design team knows exactly what it’s doing right now. HiLight feels like the output of a team that had a great idea, then stopped one meeting short of making it good. I want to see where this goes in a year or two, because the foundation Google just built, the hardware, the placement, even the name, is genuinely solid. It just needs an actual reason to exist beyond telling you Gemini is thinking.

 

The post The Pixel 11’s Coolest New Feature Is Actually 10 Years Old first appeared on Yanko Design.

A pair of hydrogen-powered engines developed for construction machinery has just been pushed into territory normally reserved for purpose-built speed machines. JCB’s Hydromax has reached an astonishing 406.320 mph (653.6 km/h) at Utah’s Bonneville Salt Flats, becoming the fastest hydrogen-powered vehicle of any kind and setting a new world land speed record for a hydrogen internal-combustion car.

The 32-foot-long streamliner is powered by two production-based JCB hydrogen combustion engines, each tuned to produce 800 horsepower for a combined 1,600 bhp. Rather than using hydrogen in a fuel cell to generate electricity, Hydromax burns hydrogen directly in its internal-combustion engines. The engines are manufactured at JCB’s factory in Foston, Derbyshire, and are based on the same production engines powering JCB machines in the UK.

Designer: JCB

Its record-setting run was completed under FIA rules, requiring two passes in opposite directions within an hour. Driven by Wing Commander Andy Green OBE, Hydromax recorded 400.623 mph on its first run and 412.135 mph on the return, producing the official average of 406.320 mph. The result comfortably surpassed the previous FIA-officiated hydrogen internal-combustion record of 185.5 mph, set by the BMW H2R in 2004. It also moved beyond the 303 mph hydrogen fuel-cell record, making Hydromax the fastest hydrogen-powered vehicle in history. The record remains subject to formal FIA ratification.

According to project lead, JCB Engineering Director Ryan Ballard, “This record belongs to the engineering team which took a hydrogen digger engine and made it the fastest of its kind on earth. This has been an amazing challenge from the outset, with it being set in February last year. We came here fully prepared, and the car delivered.”

The achievement follows an earlier milestone at the 2026 Bonneville Speed Week, where Hydromax averaged 368.347 mph over two runs to establish an SCTA record in the Blown Gas Streamliner class. Its first run reached 367.141 mph, followed by 369.554 mph on the return. That result surpassed the previous 348.342 mph class benchmark, while giving JCB an important test of the car before its FIA attempt.

Much of the car’s engineering focuses on making extreme speed controllable. Hydromax drives all four wheels through twin transmissions and clutches, while its body was shaped around aerodynamic efficiency and stability. JCB says the suspension, traction control, aerodynamics and camera placement were all stress- and simulation-tested before the attempt. Prodrive handled the car build, Ricardo worked on engine tuning and Xtrac supplied the transmission expertise.

The record also carries a strong sense of continuity for JCB. Exactly 20 years after Andy Green drove the JCB Dieselmax to a 350.092 mph diesel land speed record at Bonneville, he has returned to the same salt flats to establish an even faster mark using hydrogen. The Hydromax project was conceived in 2025 as a demonstration of JCB’s hydrogen combustion technology, turning engines developed for working machines into a record-breaking powertrain.

 

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The Pixel Tag comes in exactly one color, a grey green called Fog, wrapped around stainless steel with a G logo stamped right on the front. It’s the same script Apple wrote with the AirTag and Samsung copied with the SmartTag2. A tracker spends its entire life clipped to your keys or your dog’s collar or tucked into a backpack pocket, which makes it one of the most personal objects you own. Google, of all companies, knows how to make hardware feel less like hardware. It just didn’t bother here.

Somebody at DJI figured out that a $60 microphone could come with snap-on decals, because apparently even a tiny accessory deserves a little personality. Motorola figured out something similar with the Moto Tag, which actually ships in sage green and a soft blue instead of the usual black or white default. So it’s not like nobody in tech has thought about this. It’s just that almost nobody applies it to trackers, and now Google has joined the long list of companies that had the chance and passed.

Designer: Google

The excuse I keep hearing, and I use that word deliberately, is durability. Metal survives drops, fabric doesn’t, case closed. Except my phone survives daily abuse inside a woven case, and so does yours, and so does every rugged Kevlar sleeve sold by the millions for devices far more fragile than a coin sized tracker. Nobody worries their phone case is going to disintegrate because it has some texture on it. A tracker being too delicate for color or grip is not a real constraint. It’s a decision that got dressed up as one.

Underneath that decision is genuinely solid engineering, for what it’s worth. The Pixel Tag measures 1.8 by 1.1 inches and just 5.4mm thick, which makes it noticeably slimmer than the AirTag’s 8mm body. It runs on a replaceable CR2032 battery rated for about a year, carries an IP67 rating for dust and water, and pairs instantly over Fast Pair with any Android 9 device or newer. The headline feature is Ultra Wideband combined with Bluetooth Channel Sounding, which gives you a literal on-screen arrow and distance reading instead of a vague “getting warmer” signal, though that trick needs Android 16 and Bluetooth 6.0 to actually work. It taps into Find Hub, Google’s network of over a billion Android phones, so a lost item can get spotted even when it is nowhere near your own devices. You can share access with up to ten people, ring it from a Pixel Watch, or ask Gemini through your Pixel Buds to ring it for you. All of that ships November 11 for $29, or $99 for a four pack.

Google already knows how to wrap good engineering in an object people actually want to look at, because it solved the exact same brief years ago with its speakers. The Nest Mini gets a soft, woven top because Google understood people don’t want to display a hunk of bare plastic on their kitchen counter. The Nest Audio does the same thing, fabric front, rounded edges, an object designed to belong in a room rather than announce itself as a gadget in one. That instinct exists inside the same company that just shipped a keychain accessory in one shade of grey with a logo dead center, like it needed to remind you it’s tech.

A tracker’s entire job is to sit quietly on the stuff you actually care about. It should feel like something you chose, not something you tolerated because the tech underneath happened to be good. Find Hub integration, UWB precision finding, a battery that lasts a year, all of that is genuinely solid work. But solid engineering wrapped in a logo stamped on steel isn’t a finished product. It’s half of one, and Google, weirdly, is the company with the least excuse for stopping there.

The post Google’s Pixel Tag is making the same ‘boring’ design mistake that Apple, Samsung, and Xiaomi made first appeared on Yanko Design.

Summer does a reliable job of exposing what is wrong with your carry. Thinner clothes mean shallower pockets, and whatever has been accumulating since January starts demanding justification it cannot provide. The wallet that has been stretching since February, the key ring that jingles through every meeting corridor, the flashlight that has been dead for three weeks – they all resurface together as you pack a bag and head back. The loadout that survived winter is not the one that deserves September.

The five upgrades here share a single argument: fewer objects doing more work, or one object doing something with enough precision that the supporting cast stops being necessary. None of them ask you to carry more. Each one consolidates something you were already carrying into a form that earns its pocket space so completely you stop thinking about it. That is the standard. That is what back-to-work EDC should actually look like.

1. Olight Baton 4 Premium Edition

Most people heading back to work carry a flashlight and a power bank as two separate objects, in two separate compartments, with two separate charging cables neither of them can ever locate. The Baton 4 Premium settles that argument by making the charging case the second object, not the flashlight and the power bank as distinct things. The flip-top case carries 5,000mAh, recharges the Baton 4 up to five times, and allows you to activate the light without removing it from the case at all. Open the lid, press the side button, and the light fires. That single interaction collapses the gap between a flashlight that lives in a bag and one that is actually ready when something happens.

The 1,300-lumen output and IP68 waterproof rating handle the practical end of what a flashlight needs to do. The magnetic tail cap converts it into a freestanding lantern by sticking to any steel surface, removing the need for a separate camp light in most outdoor situations and proving genuinely useful in an office during a power outage. For a loadout returning to structure after a summer of loose carry habits, the Baton 4 Premium makes the case that two carry problems can be resolved by a single considered object. That is the only standard that matters right now.

What we like

• The charging case serves as a functional 5,000mAh power bank and activates the flashlight without removing it – two carry problems resolved by one object instead of two
• The magnetic tail cap frees both hands during stationary tasks without requiring any additional accessories, stands, or setup

What we dislike

• Maximum brightness draws battery down faster than lower output modes, which means more frequent recharging on heavy-use days and more reliance on the case as a compensating mechanism
• The case adds volume to the carry; users wanting the flashlight alone will need to leave the power bank function behind, which partially defeats the premise of carrying less

2. Fantom X Wallet

The wallet category has been failing quietly for decades. Leather stitching stretches, bifolds accumulate receipts nobody asked for, and elastic bands lose tension in months rather than years. The Fantom X approaches the problem as an engineering challenge rather than a craft one, building the chassis from machined aluminum, retaining cards mechanically, and adding a spring-loaded ejection system that fans your cards in sequence at the press of a button. Nothing in its construction is soft, which means nothing in this wallet degrades.

The design logic is borrowed from product categories where material failure is not tolerated. A bead-blasted aluminum body carries the same engineering rationale as the titanium tools that dominate the better end of the EDC market: fewer materials, one mechanism, no organic components that can rot or stretch under daily use. Cards are organized by ejection sequence rather than pocket habit, which introduces a useful kind of intentionality about what actually deserves a slot. Heading back to work with a wallet this considered makes the chaos of a stretched billfold feel like a problem you solved rather than one you are still living with.

What we like

• Machined aluminum construction eliminates the stretching, cracking, and wear patterns that define the lifespan of leather and fabric wallets across every price bracket
• The spring-loaded ejection fans cards in sequence, removing the fumbling that every other slim wallet format still requires at the checkout counter

What we dislike

• The mechanical ejection system has a learning curve for anyone switching from a traditional bifold, and the first week of carry involves genuine reorientation
• Cash carry is minimal depending on configuration, which limits practicality for anyone who still moves through the day with notes in their pocket

3. Orbitkey Key Organiser

A standard key ring solves the organizational problem with the bluntness of something designed before pockets had size constraints. Keys stack against each other, jingle against everything nearby, and press ridges into the thigh pocket of work trousers for eight hours straight. The Orbitkey stacks two to seven keys flat inside a full-grain leather spine secured with stainless steel hardware, held under tension, producing no movement and no sound when the system is closed. In a pocket, it disappears entirely.

The leather exterior develops its own grain and wear pattern over years of daily use, an explicit design position about longevity that most keychain products never bother taking. The two-screw expansion system accommodates keys confidently up to its rated capacity, and a small ring attachment handles anything that does not stack flat inside the body. Five colorways run from black dress leather to warmer cognac tones, covering the full range of what a work bag demands. Heading to the office with the Orbitkey in your pocket for the first time, the first thing you notice is the absence of sound from your keys. Then you stop noticing it, and that is the point.

What we like

• The tension stacking system eliminates key jingle, which sounds like a minor quality-of-life gain until you experience the cumulative quiet of a full working day without it
• Full-grain leather construction ages into character rather than showing damage, signaling a product built to outlast the annual trend cycle by a significant margin

What we dislike

• Initial key installation involves a screwdriver and careful threading – not difficult, but the setup time is a real first-use commitment that catches some buyers off guard
• Oversized or irregularly headed keys may not stack cleanly within the system’s geometry, which is worth confirming before purchase rather than after

4. KeyUnity KK08 Titanium Carabiner Knife

The carabiner is one of the most underutilized platforms in everyday carry. Most examples handle clipping and nothing else, occupying keychain real estate without justifying it with more than a single function. The KeyUnity KK08 corrects that by integrating a deployable blade directly into the gate of a TC4 Grade 5 titanium carabiner. One object handles clipping, carrying, and cutting without requiring any tool swap. The blade locking mechanism operates independently from the carabiner gate, keeping both functions discrete and deliberate rather than tangled.

TC4 titanium earns its place here for the same reason it appears throughout the better end of the EDC market. Corrosion-resistant, strong relative to its weight, and completely indifferent to the wear conditions that define outdoor carry. On a carabiner that lives clipped to the outside of a bag or attached to belt hardware, that resistance matters considerably more than it does for something sitting at the bottom of a pocket. The KK08 simplifies the question of what to clip things with by answering a second question at the same time – the most honest argument any carry tool can make.

What we like

• Two functions in one form factor means the carabiner earns twice the keychain space it would otherwise occupy, which is the cleanest possible argument for carrying it daily
• TC4 Grade 5 titanium construction handles outdoor exposure and weather without the corrosion concerns that affect steel alternatives over extended carry

What we dislike

• The integrated blade deployment requires some familiarity with the gate mechanism before it feels genuinely intuitive in the moment you actually need it
• Carabiner knives occupy a legal gray area in certain jurisdictions, so confirming local blade regulations before daily carry is worth the time it takes

5. Titaner Swing Ratchet System

A standard ratchet needs 15 to 30 degrees of swing arc to advance a single tooth. That is a workable trade-off in open space and a complete failure in the places where screws actually live: behind cables, inside recessed housings, angled into corners that no straight tool can reach. The Titaner Swing Ratchet compresses that arc to 4 degrees, which means it can cycle in gaps where conventional ratchets physically cannot complete a single turn. CNC-engraved directional markers on both sides of the core remove any guesswork from direction selection.

At 29.8 grams, it sits 40 percent lighter than a traditional ratchet while delivering full torque through a modular system that accepts different bit configurations. Back-to-work projects – tightening workstation hardware, adjusting studio furniture, building out a new desk setup – involve screws in confined locations far more often than they involve screws in clear, open space. A ratchet that reaches those positions at under 30 grams earns its pocket space across a full working season rather than waiting in a tool bag for a task large enough to justify the trip back to get it.

What we like

• A 4-degree swing arc allows operation in spaces so confined that standard ratchets cannot cycle at all, solving the one problem no other tool in this roundup attempts to address
• At 29.8 grams, it is genuinely light enough for daily carry rather than tool-bag-only use, which changes how often it actually gets reached for

What we dislike

• The ultra-compact ratchet head can feel less assured under heavy torque loads compared to a full-sized alternative with more leverage to draw from
• It earns its pocket space most clearly when fastener access is a regular part of your week; for purely occasional use, the weight-to-frequency ratio may not always close the argument

Editor’s Choice: ClearSlide Box Opener

Every back-to-work loadout eventually faces the same moment: a delivery arrives, you reach for a box cutter, realize you also need scissors to deal with the tag inside, and end up setting the box down to find a second tool. The ClearSlide was designed specifically to end that exchange. A smooth sliding thumb mechanism switches between lock, cutter, and scissors in a single hand motion, then cuts with the same thumb – without ever putting the box down. It is a two-tool problem resolved by one object small enough to live on a desk or disappear into a pocket.

The 0.12-inch blade extension is deliberate rather than conservative. It slices through packaging tape cleanly while keeping enough distance from the contents that you are not second-guessing every cut. But the detail that earns it Editor’s Choice is the transparent body. The red slider and internal mechanism are fully visible through the shell as you cycle through positions, each one locking with a crisp click before releasing with a clean spring action. Instead of hiding the engineering, the ClearSlide makes watching it work part of using it – a small thing that changes the object from a utility purchase into something you actually want to keep on your desk. At $30, it is also the most straightforward decision on this entire list.

Click Here to Buy Now: $30.00

What we like

• The single-hand sliding mechanism switches between box cutter and scissors without setting the package down – the exact problem it promises to solve, solved completely
• The transparent body exposes every shift of the internal mechanism, turning a functional action into something worth noticing

What we dislike

• The 0.12-inch blade is optimized for tape and packaging, not heavier cutting tasks that need more blade depth
• Only a few units currently available, so if the ClearSlide catches your attention, the window to order without waiting is short

The Best Carry Is the One You Stop Thinking About

The best September loadout is not a longer list. It is five objects that between them cover a light, a wallet, keys, a clip, and a ratchet – each doing its job well enough that nothing else feels necessary – plus one desk tool that quietly removes a daily frustration you have been tolerating since the last time boxes started arriving. Nothing is left over. Nothing is missing. The edit is worth making now.

What changes when you get this right is not just the weight, though the weight does drop. What changes is the feeling of moving through the day without friction from the objects that are supposed to be helping you. The Baton 4 charges and illuminates from a single case. The Fantom X does not stretch. The Orbitkey does not jingle. The KK08 clips and cuts. The Titaner reaches where nothing else can. The ClearSlide handles the desk. That is the carry.

The post 5 Best Back-to-Work EDC Upgrades That Actually Make Carrying Less Feel Like More first appeared on Yanko Design.

Coat stands have always occupied an awkward position in a room. They’re functional enough to keep around but rarely considered anything beyond a place to pile things on the way out the door. Pin boards face a similar problem, useful at a desk but hard to integrate into a living space without making it feel like an office. Objects that try to do both tend to resolve that tension poorly.

Corctus starts from a different premise. The name merges “cork” and “cactus,” which is also a fair summary of the concept: a floor-standing object shaped like a saguaro cactus, made entirely from cork, and quietly capable of handling most of what people need to keep close at hand. Rather than solving the storage problem with hooks and brackets, it solves it by making the form itself the function.

Designer: Liam de la Bedoyere (boredeye)

Cork is the central material here, both practically and conceptually. The surface is textured enough to grip a pair of sunglasses on the rounded top without anything extra, and receptive to pins without reinforcement or a backing board. A sketch, a sticky note, or a reference card pins straight into the body of the object wherever it’s needed, with no designated zone for it.

The cactus arms extend outward with a slight upward curve that happens to work exactly like a hook. A backpack hangs from one, a tote bag from another, a scarf draped over without sliding off. Headphones sit naturally over an arm when not in use. None of this requires any hardware, any dedicated accessories, or any particular intention. The geometry of the form handles all of it.

The disc-shaped base adds one more surface. Magazines stack on it, a few books sit within reach, and it grounds the form without demanding much floor space. The compact proportions keep the whole object from reading as a coat stand, which is deliberate. The intention was always a sculptural companion rather than a piece of utilitarian furniture, and the scale reflects that.

That distinction matters in practice. Next to a desk, the Corctus functions as an immediate, physical task board without a screen. Move it into a living room or hallway and it shifts roles without changing character. The warm texture of the cork sits alongside the kinds of materials, and its sandy color sits comfortably against most interior palettes.

Most multifunctional objects succeed at one thing and compromise on everything else. Corctus earns its place as a sculptural form first, and the utility follows naturally from the shape rather than being imposed on it. There are no brackets, no hooks, no panels, and no assembly decisions to make. It stands where it’s put, and the room tends to organize itself around it.

The post This Cork Cactus Looks Like Decor and Acts Like 3 Pieces of Furniture first appeared on Yanko Design.

Without a doubt, the Casio F-91W is a legendary timepiece that is still available to buy for $20. While the digital watch has retained its nostalgic charm all these years, it is indeed a little left behind when it comes to smart functionality. Casio is set to change that now with the F-B100W timepiece, which adapts the modern functions expected in a smart timekeeper. The classic 1980s digital watch in the rectangular silhouette, upgraded with the goodness of step counting – I’ll take that any day!

On the outside, this Casio timepiece looks like the trusted F-91W, but inside it has more to offer, making it a sweet deal. For now, the watch is available in Japan for ¥8,800 (around $55), and it’s not surprising it has already been sold out, at least for now. That’s almost double the price tag of the original, which is still up for $22, but you’ll also have to factor in the generational leap in smart features this new model touts.

Designer: Casio

Most of the F-B100W’s functions are fairly straightforward, and the specifications are also very close to the original, measuring 41.9 × 38.1 × 8.8 mm and weighing 26 grams. The timepiece retains features including an amber LED backlight with adjustable glow, water resistance, an hourly time signal, and five daily alarm options. For improved comfort during long hours, the bio-based plastic strap now has improved ventilation slits. Major changes come in the form of a watch battery (as opposed to a rechargeable cell), which lasts for almost two years.

What’s making this Casio timepiece a big buzz already is the inclusion of Bluetooth, which automatically syncs time or toggles the alarms or dual time display. In the mix is the phone finder feature, which can be a really useful addition without all the unwanted nuances. What I’m most excited about is the addition of the step counter and lap split time function, which can be directly synced to your phone with the companion app. You can set goals, record up to 200 laps, and monitor the progress on the watch screen as well. For times when you get too engrossed in work, the F-B100W also sends an inactivity alert via a beep and on-screen prompt. Of course, that is an optional feature that can be turned off as well.

It doesn’t have any other smartwatch features like a heart rate monitor, sleep diagnosis, or even BP monitoring, but that’s the point. The retro-modern Casio watch has all the timekeeping functions, and the most essential smart features without making the wearer too finicky about the vitals. F-B100W comes in three color variants: 1AJF, 1BJF, and 3AJF, which have a black case with a positive LCD and retro blue, red, and yellow dial accents, and all black with a negative display and gray text, respectively.

The post Casio upgrades the classic F-91W watch with smart functions, and it’s already sold out in Japan first appeared on Yanko Design.

Do you remember the last time music actually demanded something of you? Not just your attention while you scrolled, but your hands. The deliberate pull of a record from its sleeve. The small, mechanical click of a CD case. The unhurried ritual that came before every song, every mood shift, every late-night session on the floor with the volume just loud enough. Vladimir Dubrovin remembers. The California-based multidisciplinary designer has been quietly building a case for returning physicality to the act of listening, and with the ENSA T1, his latest concept design, the argument gets considerably harder to dismiss.

The T1 is the newest addition to Dubrovin’s ENSA line, an evolving design series that began with the ENSA P1, a portable audio player concept that reimagined what a music device could look and feel like in the post-streaming era. The P1 introduced Dubrovin’s concept of C-NAND cartridges: small, disc-shaped, solid-state storage units where each cartridge holds one complete album. There are no moving parts, no spinning mechanisms. They’re fully digital in how they handle audio, but they exist in the physical world the way vinyl does. You pick one up, turn it over, look at it, choose it. The act of choosing your music becomes deliberate again, and that matters more than it sounds.

Designer: Vladimir Dubrovin

Where the P1 was built for portability and kept its design trim and pocketable, the T1 feels like the next chapter. Visually and conceptually, it carries the same DNA: clean, considered industrial design with an aluminum body and restrained detailing. But the T1 reads as something more anchored, a device you set somewhere permanent and return to, rather than slip into a bag. It’s a design that seems to understand the difference between music you consume and music you actually sit down for.

Aesthetically, Dubrovin’s approach has always felt less like tech product design and more like furniture-level thinking. The ENSA devices belong to the same visual conversation as early Braun electronics or a Dieter Rams concept sketch, where every detail either earns its place or gets removed entirely. The T1 continues that restraint. Its form doesn’t shout, which is precisely why it catches your eye. In a market saturated with speakers shaped like pebbles and smart displays with glowing rings, an audio device that looks like it was designed by someone who genuinely thought about what it means to own a piece of music is genuinely refreshing.

The broader question Dubrovin keeps posing with the ENSA project is one worth sitting with: what did we actually lose when music went weightless? Streaming solved convenience so completely that most of us never stopped to notice what the tradeoff cost. We gained access to everything and lost the kind of focus that comes from committing to a single album, from having music you could see, hold, or lend to a friend. The ENSA T1 is not trying to compete with Spotify. It’s asking whether the experience of music could mean something again, even if you have to build an entirely new format to get there.

It’s a concept project, not a product you can buy, and the realist in me knows that’s a significant caveat. Building out a new physical media format in 2026 is an uphill proposition at best. The infrastructure alone, manufacturing cartridges, convincing labels, and getting devices into homes, would require a level of industry commitment that’s difficult to imagine right now. But design concepts don’t have to ship to matter. The best ones articulate a desire most people feel but haven’t named yet, and the ENSA T1 does exactly that. The desire for music that has weight, that takes up space, that gives you something to do with your hands before the first note plays.

That’s why Dubrovin’s work keeps getting attention. The ENSA line isn’t nostalgic in the way that feels defensive or retrograde. It’s just honest about the fact that we traded something real for something convenient, and it’s asking, politely but persistently, if we’d like it back.

The post Streaming Took Something From Us. The ENSA T1 Wants It Back first appeared on Yanko Design.

Every furniture workshop generates a particular kind of guilt. There are the offcuts, the trimmings, the odd-shaped remainders of boards that got cut to size and are now too small for anything useful, or so we assume. Most of them end up as kindling, compost, or landfill. We’ve accepted that as the cost of making things, a small fine paid for the privilege of precision. Studio Booboon is not interested in paying that fine.

The Copenhagen-based studio, founded by Richard Bone and Jisu Yun, two designers who both trained under Japanese studio Nendo, released their latest collection, Fragments Becoming, and it’s exactly the kind of work that makes you wonder why no one thought to do it this way sooner. The collection is built entirely from timber offcuts, and before you picture something rustic or deliberately imperfect, let me be clear: these pieces are stunning. A cabinet, a dining table, and a lounge chair, each constructed from assembled fragments of discarded wood arranged with such precision and intention that the effect is closer to fine art than furniture-as-apology for sustainability.

Designer: Studio Booboon

The concept the studio uses is something they call “3D marquetry,” which sounds technical but is actually a fairly elegant idea once you sit with it. Traditional marquetry, the kind you’d see on antique furniture or decorative boxes, applies a pattern to a surface. It’s essentially decoration laid on top of structure. What Studio Booboon does instead is treat each fragment of wood as the structure itself. The pattern isn’t on the cabinet door; the door is the pattern. It runs through the object’s entire volume, which means the visual logic and the physical construction are the same thing. That’s not a subtle distinction. That’s a fundamentally different philosophy.

What I appreciate about this approach is that it removes the option to hide mistakes. The studio works with unstained wood, which means every fragment has to earn its place on its own terms, no pigment masking a poor match, no stain blurring the edges. Each piece has to work compositionally before it works functionally. That kind of constraint tends to produce either chaos or brilliance, and in this case, it’s clearly the latter.

Bone and Yun bring a cross-cultural sensibility to the work that shows up in the details. Their debut collection, Playful Reappropriation, released at Milan Design Week 2024, pulled from Korean craft traditions, and Fragments Becoming continues that thread. The materials include hanji (traditional Korean paper), canvas, silk, and Ottchil, a Korean lacquer technique that adds depth without dominating the natural tones of the wood. The combination of a British RCA education, Korean craft heritage, and a shared apprenticeship at Nendo, one of the most conceptually rigorous studios in contemporary design, explains a lot about why this work feels so considered without ever feeling cold.

The collection premiered at Milan Design Week 2026 and later showed at Other Circle 2026 during 3daysofdesign in Copenhagen. That double-billing matters. Milan tends to reward spectacle, while the Copenhagen circuit rewards ideas. The fact that Fragments Becoming landed well in both contexts suggests it’s doing something more than just looking good in photographs, which, for the record, it absolutely does.

Sustainability in design has become such an overused talking point that the word barely registers anymore. Every brand gestures toward it. But there’s a difference between sustainability as a value and sustainability as a method, and Studio Booboon’s work lives in the second category. They’re not telling you the collection is responsible and letting the aesthetics carry a different message. The responsible practice is the aesthetic. The offcut isn’t hidden. It’s the whole point.

That feels rare enough to be worth paying attention to. Design tends to celebrate the new, the seamless, the perfect. Fragments Becoming makes a quiet argument that the incomplete, the leftover, and the discarded might be where the most interesting work is still waiting to happen.

The post Furniture Made From Wood Scraps You’d Actually Pay For first appeared on Yanko Design.

After many teasers and demos, the Honor Robot Phone has finally and officially launched in China. It is also staying exclusive to the Chinese market for now, with Honor not planning an international release at this stage. That alone will make it a frustratingly out-of-reach device for many, because this is one of the rare smartphones that feels genuinely different at first glance.

Part of the reason the launch has drawn so much interest is that Honor first revealed the Robot Phone at MWC earlier this year, where it quickly became one of the event’s biggest conversation pieces. Even in a show packed with concept hardware and camera claims, this was the device that made people stop, stare, and ask how it actually worked. Now that it has moved from trade show reveal to commercial launch, the Robot Phone still feels just as unusual.

Designer: HONOR

Rather than chasing attention with another familiar camera bump or an incremental spec upgrade, Honor has built a robotic gimbal directly into the phone itself. The result is a camera system that can physically move, track, tilt, and stabilize in ways a conventional flagship simply cannot. After spending time with the device, it is clear the Robot Phone is not just trying to be another premium handset with a long feature list. It is trying to pitch a new idea for what a creator-focused smartphone can be.

The big story is movement, not just megapixels

The core pitch behind the Honor Robot Phone is easy to understand once you see it in person. Honor has integrated what it calls a 4DoF Titanium Agile Gimbal into the phone, effectively turning the camera into an active moving system rather than a static sensor setup. The company says the module is 65 percent smaller than traditional gimbal solutions while also offering a 200 percent increase in structural strength, allowing it to fit inside a premium smartphone body without turning the device into a bulky experiment.

That change in hardware philosophy is what makes the Robot Phone immediately stand out. In practice, the moving camera module is meant to deliver smoother stabilization and more dynamic motion than a normal smartphone can manage on its own. Honor is also building in multiple movement modes, including Tilt Lock, First Person View, FPV Vertical, and AI SpinShot, all of which are designed to make mobile footage look more deliberate and more cinematic.

Honor is aiming this squarely at creators

The second half of the launch story is imaging. Honor says the Robot Phone is the first major product from its Cinematic Imaging Partnership with ARRI, bringing selected elements of ARRI Image Science and professional cinema workflow ideas into a smartphone. That includes ARRI LogC3 recording in ARRI CINEMA mode on the main gimbal camera, alongside ARRI Wide Gamut 3 and ARRI Looks.

On paper, the camera hardware is also extremely ambitious. The rear setup pairs a 200MP Agile Gimbal Main Camera with a 1/1.28-inch sensor and F1.6 aperture with a 200MP periscope telephoto camera using a 1/1.4-inch sensor and 2.7x optical zoom. A 50MP ultra-wide camera completes the setup. Honor is also claiming AI noise reduction improvements, up to 14 stops of dynamic range, and a video pipeline designed to preserve more usable information for post-production.

That is a lot of technical language, but the broader message is straightforward. Honor does not want the Robot Phone to be seen as a novelty. It wants this to be taken seriously as a compact filmmaking and creator tool.

Hands-on: The Honor Robot Phone feels different right away

The most striking thing about the Robot Phone in person is that its main feature is visible. So many smartphone launches revolve around internal improvements that are difficult to appreciate without extensive testing. Here, the big idea is immediately obvious. The camera module moves. It tracks. It gives the phone a sense of physical intention that most handsets simply do not have.

That makes the Robot Phone more memorable than most new flagships before you even get into image quality. Instead of relying entirely on software stabilization and fixed hardware, Honor is trying to introduce actual camera movement into the smartphone experience. In a short hands-on session, that makes the device feel less like a standard phone with a flashy camera and more like a compact production tool that happens to fit in your pocket.

The tracking and movement features are also easier to appreciate in person than they are on a spec sheet. AI Live-Tracking, gesture controls, and voice-directed movement all sound abstract on paper. Once you see the phone physically following a subject or repositioning itself, the concept becomes much easier to understand. Whether that turns into something essential in everyday use is a bigger question, but as a first impression, the idea lands more convincingly than I expected.

Using the on-screen virtual joystick, I was able to adjust the gimbal with surprising precision. The interface crams in a lot of features, so it does take some time to learn. Even so, the gimbal feels very responsive, which helps the controls feel more intuitive once you settle in.

There is still a full flagship wrapped around the concept

Outside the headline camera hardware, Honor is still treating the Robot Phone like a proper premium device. It is powered by the Snapdragon 8 Elite Gen 5, backed by a custom cooling system that is meant to keep performance stable during longer recording sessions. There is also a 7060mAh silicon-carbon battery, with support for 120W wired charging and 50W wireless charging.

The rest of the hardware sounds suitably high-end too. Honor is using an all-metal unibody design paired with a 6.31-inch LTPO OLED display, an adaptive 1 to 120Hz refresh rate, and a claimed peak brightness of 6800 nits. On paper at least, this is not a concept phone built around one attention-grabbing trick. Honor is trying to package an experimental camera idea inside a full flagship experience.

China-only for now, and that is a shame

For now, the Honor Robot Phone is launching only in China, where it might be staying indefinitely. Honor is not planning to release the device outside China at this stage, which means this unusually creator-focused phone is set to remain a domestic-market curiosity rather than a broader global play.

That is disappointing, because the Robot Phone feels like exactly the kind of launch the smartphone market needs more of. It may not be for everyone, and there are obvious questions about durability, long-term usefulness, and whether creators will trust a built-in robotic camera system over dedicated gear. Even so, it is difficult to dismiss because the concept is so easy to understand once you see it in action.

Early thoughts

After a brief hands-on, my early take is that the Honor Robot Phone feels niche but genuinely fresh. The robotic gimbal is not just a visual gimmick for launch-day headlines. It changes the way the device presents itself, and potentially the way some people shoot with it. Whether that translates into a truly great camera phone will need more time to answer, but as a statement of intent, Honor has made one of the boldest smartphone moves of the year.

The bigger frustration is that, for now, it is a bold move that most of the world will only be able to watch from a distance. First teased at MWC earlier this year and now officially on sale in China for 9,999 yuan (roughly $1,483) for the 12GB+512GB variant and 12,999 yuan (around $1,928) for the 16GB+1TB variant, the Robot Phone is not about to become the next mainstream global flagship. Still, even as a limited-market release, it stands out as one of the most unusual and ambitious smartphones to arrive this year.

The post Honor Robot Phone Hands-on: Bold Phone With A Moving Camera Few Can Buy first appeared on Yanko Design.

Pokémon has always sold us a very specific fantasy: a compact sphere you can throw into tall grass, watch shimmy three times, and hear that satisfying click. The wiggle is practically cultural shorthand at this point. So when maker Kiara’s Workshop decided to skip the wiggle entirely and build the far stranger, far older Arceus ball instead, the resulting creation landed somewhere between prop design, mechanical engineering, and sheer stubbornness. The kind of project that sounds manageable until you’re three failed prototypes deep.

For context: the Arceus ball comes from Pokémon Legends: Arceus, a game set in a much earlier era of the Pokémon world. This isn’t the sleek, mass-produced Pokéball most of us grew up clicking in handheld games. It’s a more primitive artifact, made from Apricorns and Tumblestones in the game’s lore, with an aesthetic that leans ancient and earthy rather than factory-fresh. And its in-game behavior is notably different too. Instead of the classic wiggle sequence, the Arceus ball shoots into the air during a catch and releases a burst of smoke. It’s more dramatic, more theatrical, and a far more interesting design brief.

Designer: Kiara’s Workshop

Kiara’s Workshop had already built functional Pokéballs before, putting out a V1 and V2 that earned a loyal following and a comment section full of people asking when she’d make more. The V3 of the standard Pokéball was still on her list when she decided to take a detour and come back to Pokéballs a different way. The Arceus ball seemed like the simpler bet. It doesn’t have the same intricate mechanical catch sequence as the modern version, so how hard could it be? The answer, as it turned out, was very hard. The build required research, iteration, and a willingness to start over.

Getting a physical object to jump on cue and simultaneously release smoke on command is not exactly a weekend project. The ancient aesthetic of the ball adds another layer of complexity: it can’t look like it came out of a clean resin mold. It needs texture, weight, and a certain handmade quality that actually complicates production rather than simplifying it. Every element Kiara worked through pointed back to how much thought went into the original game design, even for something that appears on screen for only a few seconds at a time.

Here’s the thing about maker culture that doesn’t get enough attention: it forces a kind of reverse-engineering that’s deeply respectful of the original design, whether that original designer was a game developer or a prop team. When you have to physically build something that only existed as a rendered animation, you start noticing all the decisions that went into it. Kiara’s build is less about having a cool collectible on a shelf (though it would absolutely win any shelf) and more about understanding how design translates, or refuses to translate, between worlds. That’s a genuinely underrated form of design criticism.

Pokémon as a franchise has always been smart about its own mythology. The progression from handcrafted Apricorn balls to industrially manufactured ones mirrors real-world design evolution, from artisanal craft to mass production. What Kiara’s Workshop did was reverse that arc entirely, going from the pixel back to the physical, from the streamlined modern version to the awkward, jumping, smoke-releasing ancient one. It’s a move that requires understanding both the fiction and the fabrication. The result is genuinely impressive, not because it’s a perfect replica, but because it functions on its own terms. It jumps. It smokes. It exists in a way it never was supposed to.

Plenty of makers are building Pokéballs right now, probably on multiple continents simultaneously. But most are going for the one everyone recognizes. Choosing the Arceus ball, with all its mechanical demands and its ancient visual language, says something about what excites Kiara’s Workshop: not the familiar, but the forgotten. And for anyone who’s ever quietly preferred the stranger corners of a franchise over its most iconic pieces, that’s a choice worth appreciating.

The post A Maker Spent Months Building a Pokéball That Jumps and Shoots Smoke first appeared on Yanko Design.