Author Archives: Sarang Sheth

Sakura-Inspired Racing Bulls F1 Simulator Is the Most Beautiful Thing to Come Out of the 2026 Japanese GP

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Racing Bulls arrived at the 2026 Japanese Grand Prix wearing a livery that had nothing to do with sponsor placement optimization or brand color refresh cycles, and everything to do with sakura. Designed by Bisen Aoyagi, one of Japan’s most accomplished calligraphers, the Cherry Edition wrapped Lawson and Lindblad’s cars in white, red, and silver calligraphy that treated the F1 car as a medium for cultural expression rather than a rolling billboard. The team introduced it to Tokyo at Red Bull Tokyo Drift in Shibuya before the Suzuka weekend, generating the kind of organic enthusiasm online that no marketing campaign can manufacture, and the cars then backed the visual statement with a double points finish in the race.

That specific convergence of art, culture, and competitive result is what F1 Authentics and Memento Exclusives have captured in a limited edition motion simulator now available at f1authentics.com. The simulator replicates the Cherry Edition livery from official team data, ensuring the calligraphy and colorwork match what appeared on the actual cars at Suzuka, while haptic actuators, front pivot configuration, and rumble feedback handle the physical side of the experience. Racing Bulls CEO Peter Bayer framed the Cherry Edition as part of a broader commitment to engaging meaningfully with the cultures that host each race, which makes the simulator less a piece of merchandise and more a physical artifact of that philosophy in action.

Designer: Bisen Aoyagi

The livery itself deserves more than a passing description. Aoyagi’s calligraphy does something that most F1 livery design cannot, which is carry genuine visual weight at both highway speed and standing still. The white base gives the red and silver calligraphic strokes room to breathe, and the result reads differently depending on your distance from the car. At speed through Suzuka’s Esses, the Cherry Edition reads as a bold, high-contrast graphic. Parked in the Shibuya streets during Tokyo Drift, it operated as something closer to a gallery installation on wheels. That duality, between kinetic graphic and considered artwork, is exactly what makes the livery a strong candidate for the simulator treatment, because you actually want to sit inside it and study the surfaces around you.

The simulator itself is built by Memento Exclusives’ in-house team of engineers and mechanics, people who have spent decades working in professional motorsport environments and understand the difference between a product that looks like an F1 simulator and one that behaves like one. The haptic actuator system and front pivot configuration work in tandem to replicate the physical signature of cornering forces, while the haptic rumble feedback layer communicates road surface texture and kerb strikes with enough fidelity to make the experience genuinely instructive rather than merely theatrical.

Memento Exclusives has built simulators for other F1 teams through the F1 Authentics platform before, and the Racing Bulls Cherry Edition continues that technical standard while raising the aesthetic bar considerably.

For the sim racing community, which has already made the Cherry Edition one of the most discussed liveries of the early 2026 season across forums and social channels, the simulator represents an opportunity to own the physical version of something they have already been racing virtually. For collectors with a longer view, it represents a documented moment: a calligrapher’s interpretation of Japanese spring, painted onto an F1 car, raced at one of the sport’s most mythologized circuits, and preserved in a numbered, limited run that will not be repeated. Available now at f1authentics.com, and given the trajectory of interest since Suzuka, the window to secure one is likely shorter than a sakura season.

The post Sakura-Inspired Racing Bulls F1 Simulator Is the Most Beautiful Thing to Come Out of the 2026 Japanese GP first appeared on Yanko Design.

Leaked iPhone 18 Pro Screen Protector Shows A 35% Smaller Dynamic Island

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Four years is a long time in smartphone design, long enough for entire product categories to rise, peak, and fade. Samsung has cycled through multiple foldable generations. Google has rebooted its Pixel lineup twice. Nothing has gone from startup curiosity to legitimate contender. Apple, meanwhile, has kept the Dynamic Island exactly where it was when it debuted with the iPhone 14 Pro, same width, same height, same visual footprint. Leaked screen protectors for the iPhone 18 Pro, sourced from Weibo, suggest that Apple has finally decided four years is long enough.

According to the leak, the infrared flood illuminator that powers Face ID is moving under the display on the iPhone 18 Pro, leaving only the infrared camera requiring a physical cutout alongside the front-facing lens. The result is a Dynamic Island roughly 35% smaller than what ships on the iPhone 17 Pro today. Apple is also expected to pair this with its first 2nm chip, the A20 Pro, along with a variable aperture system on the main camera. The 20th anniversary iPhone in 2027 is widely expected to go further with a fully clean display, but the 18 Pro represents the clearest signal yet that Apple is working its way there on a deliberate schedule.

Image Credits: Weibo

The size reduction is more significant than the percentage suggests when you look at the two side by side. The iPhone 17 Pro’s Island is a wide, commanding presence even at rest. The 18 Pro’s leaked cutout reads almost delicate by comparison, a narrow pill sitting unobtrusively at the top of the screen. Apple will still need to revisit four years of Live Activities design and the entire interaction vocabulary built around the existing Island’s dimensions, which is a reasonable explanation for why this transition is taking as long as it is.

Android manufacturers have shipped under-display cameras for years, with visible quality tradeoffs that Apple’s user base simply would not accept on a thousand-dollar phone. Holding the line until the technology meets the standard, rather than shipping it to win a spec sheet argument, is the kind of call that frustrates people in the short term and builds loyalty over time. The iPhone 18 Pro may read as a modest update on paper. That smaller pill tells a different story.

The post Leaked iPhone 18 Pro Screen Protector Shows A 35% Smaller Dynamic Island first appeared on Yanko Design.

Biodegradable Noise-Cancelling Mycelium Earplugs Are Solving A Decades-Long Plastics Problem

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For half a century, the humble foam earplug has been a masterpiece of single-purpose design. It is a small cylinder of polyurethane, expertly engineered to expand in your ear canal and dampen the world. Its simplicity is its genius, and its disposability is its convenience. We use them by the billion to sleep on airplanes, to protect our hearing at concerts, and to find a moment of quiet in a loud world. Then, we throw them away without a second thought, adding to a global accumulation of petroleum-based plastic that will outlive us all by centuries. The product works perfectly for our ears, but it fails the planet spectacularly.

A company called GOB looked at this quiet, persistent pollution and decided the solution was not to reinvent the earplug but to regrow it. They turned to mycelium, the intricate root network of fungi, to create a material that provides the same acoustic barrier as foam but with a profoundly different lifecycle. Instead of being manufactured in a factory, GOB’s earplugs are cultivated. They are a product of biology, not chemistry, offering a compostable alternative that returns to the earth as nutrients. It’s a clever piece of bio-engineering that solves a problem we have been ignoring for decades.

Designer: GOB

This application of mycelium is what makes GOB so interesting from a materials standpoint. We have seen this stuff used for packaging and even as experimental building blocks, but scaling it down to a personal, disposable item is a sharp move. The company claims a frequency protection range between 12 and 25 decibels, which puts it right in the sweet spot for general use cases like concerts or loud transit. They call it a biofabricated, single-ingredient foam, which means there are no weird binders or synthetic additives. It is just pure, farm-grown aerial mycelium. The material itself is soft and porous, which allows it to conform to the ear canal without the aggressive expansion pressure of memory foam.

Their go-to-market strategy is just as intelligently designed as the product itself. Instead of fighting for shelf space at a pharmacy, GOB partnered with live event giants like AEG Live and Bowery Presents. This move puts the earplugs directly at the point of highest demand, offering a sustainable alternative right where billions of plastic plugs are currently used and discarded. It completely sidesteps the need for a massive consumer education campaign by simply replacing the existing product at the source. It acknowledges that user behavior is hard to change, so they changed the material instead. This is a product that meets people exactly where they are, offering a frictionless upgrade.

The post Biodegradable Noise-Cancelling Mycelium Earplugs Are Solving A Decades-Long Plastics Problem first appeared on Yanko Design.

Biomimetic Architecture Reaches New Heights With This Bird-of-Paradise Yoga Space

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Biomimicry in architecture usually means borrowing structural logic from nature. Honeycomb patterns for strength, lotus leaves for water repellency, termite mounds for passive cooling. Thilina Liyanage takes a different approach. He’s interested in the moment when an animal does something so visually arresting that the form itself becomes a kind of language. His latest project, the Rifle Bird Yogashala, translates the courtship display of the Victoria’s riflebird into a bamboo yoga pavilion that looks like the bird caught mid-performance.

The riflebird, a bird-of-paradise endemic to northeastern Queensland, performs one of nature’s most dramatic mating displays. Males curve their wings into semi-circular arcs above their bodies, creating a dark cape of feathers that frames an iridescent throat patch. They sway, bob their heads, and scrape their beaks against wing feathers to produce a percussive rhythm. Liyanage’s yogashala mirrors that gesture with two sweeping bamboo canopies that arch skyward from a central sculptural element, their layered surfaces reading like individual feathers arranged in radial patterns. The building doesn’t just reference the bird. It performs the same gesture at architectural scale.

Designer: Thilina Liyanage

Liyanage has been doing this for years now. We’ve covered his manta ray yacht club, his deer observation deck for Yala National Park, his moose-head viewing platform in Alaska, his orchid-shaped villa, and most recently his rhino safari deck at Kifaru Point. The pattern is consistent: he finds an animal or plant with a visually distinctive form, usually something mid-gesture or mid-bloom, and translates that exact shape into a functional building using bamboo and timber. What separates this from novelty architecture is how seriously he treats the biomimicry. The proportions stay true. The radial geometry of the riflebird’s fanned wings translates directly into the roof structure here, with individual bamboo ribs following the same outward-spreading pattern you’d see in the actual feathers. The canopies tilt at the same angle the bird holds its wings during display, roughly 60 degrees from vertical based on the renders. Each layered section of the roof mimics a cluster of feathers, creating a texture that catches light the way the bird’s plumage would in dappled forest sunlight.

The central element between the two wing canopies reads as the bird’s body and head, complete with what looks like a sculptural interpretation of the throat and beak pointing skyward. It’s a bold move because it commits fully to the metaphor instead of softening it. You’re looking at a building shaped like a bird in the middle of a courtship display, and Liyanage doesn’t hedge. The yoga platform sits at the base on a raised stone deck accessed by stairs, giving practitioners an elevated view of the surrounding forest. The structure appears to be around 15 feet tall at the wing peaks based on the human figures in the renders, which puts it at a scale that’s monumental without being absurd. A real Victoria’s riflebird measures about 24 centimeters. This version scales that gesture up roughly 20 times while keeping the anatomical relationships intact.

Bamboo’s role in this design exists beyond aesthetics. The material bends without breaking, which is critical when you’re trying to replicate the curved ribs of a wing structure. It’s also native to Sri Lanka where Liyanage is based, and it handles moisture well, which matters in a forest setting. The layered roof sections appear to use bamboo slats or woven panels clad over a bent bamboo frame, creating the feathered texture while maintaining structural integrity. You can see the individual ribs in the renders, each one following the arc from the central support out to the wing edge. The underside of the canopies shows the same radial pattern, so anyone practicing yoga beneath them gets the full effect of looking up into the bird’s wing architecture. That’s where the concept justifies itself. You’re not just in a bird-shaped building. You’re occupying the exact spatial position a female riflebird would during courtship, looking up at a display designed to be overwhelming.

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Bang & Olufsen Clads Its Flagship Speaker in 1,800 Aluminum Pearls and Rosewood Slats For 100th Anniversary

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The Beolab 90 has spent the better part of a decade as Bang & Olufsen’s technological flagship, a speaker so absurdly capable that it can beam-form sound to different parts of a room simultaneously. For the company’s centenary, the design team decided the speaker’s technical mastery deserved equally ambitious surface treatments.

The result is a five-edition Atelier series where each version explores a different corner of B&O’s manufacturing expertise. The Monarch and Zenith Editions, revealed today as the series finale, take wood and metal to places you wouldn’t normally associate with speaker cabinets. Angled rosewood lamellas flow across the Monarch’s aluminum body in a continuous sculptural gesture, while the Zenith Edition gets covered in nearly 1,800 individual aluminum spheres hand-assembled across six curved panels. Ten pairs of each, certificates of authenticity, miniature sculptures in matching finishes. The works.

Designer: Bang & Olufsen

The Monarch Edition reads like someone at B&O looked at classic Danish furniture, specifically the kind with slatted wood panels that wrap around curved frames, and decided a 150-pound loudspeaker needed the same treatment. Angled rosewood lamellas follow the contours of the aluminum cabinet in a 360-degree rhythm that echoes fabric speaker covers while introducing actual tactile depth. Six wooden knots connect the lamellas at strategic points, with the front knot featuring a light-through-wood stripe that breaks up what could have been a monotonous pattern. A solid rosewood top ring frames the speaker head while lower base panels continue the lamella motif, creating visual continuity from top to bottom. The ochre-colored aluminum crowns contrast with the warm rosewood in a way that feels deliberate rather than accidental, and semi-transparent fabric sections offer glimpses of the acoustic drivers hiding behind the wood. We covered the Titan Edition back in November, the one where B&O stripped the housing entirely and sandblasted the exposed aluminum with crushed volcanic rock. The Monarch takes the opposite approach, adding layers instead of removing them.

The Zenith Edition abandons wood entirely and commits to a single absurd idea: what if we covered this thing in pearls? Not actual pearls, obviously, but 1,734 anodized aluminum spheres arranged across six panels in seven bespoke pearl-inspired colors. Each panel holds 289 spheres, and the whole assembly is curved to follow the cabinet’s architectural form. The machined aluminum facemask gets pearl-blasted and anodized in dark grey to resemble an oyster shell, because apparently we’re taking the pearl metaphor all the way. A circular mother-of-pearl inlay sits on top, matching the diameter of the aluminum spheres and serving as a luminous focal point that ties the composition together. The effect is weirdly organic for something made entirely from metal, with the layered surfaces and interplay of polished and matte finishes catching light differently throughout the day. I keep thinking about the Mirage Edition we covered in December, the one with hand-applied gradient anodization that shifted from blue to magenta depending on viewing angle. The Zenith pulls a similar trick but through physical texture rather than color gradients.

Both editions preserve the Beolab 90’s core acoustic performance, which remains borderline ridiculous even by 2026 standards. Eighteen bespoke drivers, advanced beam-forming technology that can steer sound to specific parts of a room, enough digital signal processing to make most studio monitors jealous. The original Beolab 90 launched at $185,000 for a pair, and these limited editions will almost certainly exceed that figure, though B&O hasn’t published pricing yet. When you order a set, you get a miniature aluminum Beolab 90 sculpture in the corresponding edition finish, presented in a custom aluminum delivery box, which feels like the kind of detail that matters when you’re spending what a luxury sedan costs on speakers.

The five-edition Atelier series, Shadow and Mirage and Titan and now Monarch and Zenith, reads as Bang & Olufsen methodically working through its material catalog. Each variant explores a different manufacturing technique pushed to its technical limit, whether that’s volcanic sandblasting or gradient anodization or curved wood lamination or hand-assembled metal spheres. The speakers debut at B&O’s San Francisco Culture Store, the brand’s largest showroom globally, before touring to other locations. Limited to ten pairs per edition means most people will never see these in person, let alone own them, but that seems to be the point. A century of operation earns you the right to build things simply because you can.

The post Bang & Olufsen Clads Its Flagship Speaker in 1,800 Aluminum Pearls and Rosewood Slats For 100th Anniversary first appeared on Yanko Design.

Forget the Steam Deck, This Custom-Built Handheld Runs a Full Linux Desktop in Your Palms

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Before the iPhone arrived in 2007 and quietly buried the category, handheld PCs were shaping up to be something genuinely exciting. Devices like the Sony Vaio UX and OQO Model 2 promised a full desktop OS in your jacket pocket, and for a brief window, that felt like the obvious future of personal computing. Smartphones won that argument decisively, and the handheld PC faded into a footnote. A YouTuber who goes by Wisce decided that footnote deserved a second chapter, and built one himself from scratch.

The result is a fully custom x86 handheld computer built around the LattePanda Mu single-board computer, running Linux Mint on a 7-inch 1920×1080 120Hz display. It has a full QWERTY ortholinear thumb keyboard with custom-printed keycaps, a Joy-Con thumbstick repurposed as a mouse, a horizontal scroll wheel, four USB ports, a full-size HDMI output, USB-C charging, and a 4,500mAh battery pack with a three-digit readout that tells you exactly how much juice is left. Every single component was designed, sourced, or fabricated by hand.

Designer: Wisce

The LattePanda Mu is an x86 SBC that outperforms even the Raspberry Pi 5 by a notable margin, and Wisce built a custom carrier board for it rather than using an off-the-shelf solution. That board delivers four full-size USB ports, a full-size HDMI port, M.2 SSD and Wi-Fi slots, and internal USB connectors for the keyboard and audio subsystem. A 1TB SSD and a budget Wi-Fi card complete the internals. The operating system is Linux Mint, chosen partly on merit and partly because Wisce’s previous builds attracted considerable audience displeasure when they shipped with Windows 11. Linux also strips out the background process bloat that Windows tends to accumulate, giving the Mu’s x86 architecture more room to breathe.

The display decision alone took multiple iterations to land. Wisce initially planned to use a 1024×600 60Hz panel from DF Robot, the parent company behind the LattePanda line, but rejected it for its low resolution, large bezel, and limited refresh rate. The replacement is a 1920×1080 120Hz eDP panel with a much thinner bezel, connected directly to the Mu’s native eDP output via a custom PCB that reroutes a pin mismatch between the two connectors. That kind of problem-solving shows up everywhere in this build: when a straightforward solution didn’t exist, Wisce designed one.

The keyboard runs on a custom PCB with an RP2040 microcontroller integrated directly into the board, bypassing the need for a separate Arduino or Pi Pico. The switches are surface-mount tactile types rated for around two million presses, sized small enough to fit a full QWERTY layout without sacrificing the thumb-typing ergonomics the ortholinear arrangement was chosen to support. Keycaps were modeled in Fusion 360 and printed on an FDM machine using a 0.2mm nozzle and multi-material filament to get legible, sharp legends on each key. The Joy-Con thumbstick on the left handles cursor movement via a QMK profile that maps it as a mouse, and the horizontal rotary encoder scroll wheel on the right is, by Wisce’s own admission, one of his favorite things about the finished device.

The enclosure is a two-part construction: a translucent resin rear shell that keeps the internal geometry visible, and an aluminum front plate that was CNC machined, anodized, then repainted by hand after the factory “champagne” finish came out looking closer to a flesh tone than the golden bronze Wisce had rendered. The finished device is 36mm thick at its deepest point and weighs approximately one kilogram, which puts it in a different category from a Game Boy but well within the range of something you’d actually carry. A 3D-printed dock props it upright on a desk with the HDMI port and USB-C charging accessible, turning the handheld into a functional desktop workstation when paired with an external keyboard and mouse.

What makes this build genuinely compelling, beyond the craftsmanship, is how clearly it articulates a design philosophy that commercial manufacturers keep fumbling. Devices like the GPD Win 5 chase gaming performance and end up compromising portability or pricing out most buyers. The Steam Deck nails the gaming use case and handles general computing as an afterthought. Wisce’s machine is neither of those things. It’s a full x86 desktop OS in a form factor that fits in two hands, with physical controls that were chosen specifically for the way humans hold objects, a battery system that actually communicates with its user, and a screen bright and sharp enough to make the whole proposition feel current. The handheld PC category failed twenty years ago because the hardware wasn’t ready. This build suggests the hardware has been ready for a while, and we’ve just been waiting for someone stubborn enough to put it together properly.

The post Forget the Steam Deck, This Custom-Built Handheld Runs a Full Linux Desktop in Your Palms first appeared on Yanko Design.

LEGO Minesweeper Captures the Windows 95 Game That Ruined Office Productivity

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If you worked in an office during the Windows 95 era, you knew the drill. The boss walks past, you alt-tab from Solitaire to a spreadsheet, and if you’re feeling particularly bold, you minimize Minesweeper and hope nobody notices the gray grid burned into your retinas. The game was a workplace epidemic, a logic puzzle disguised as a productivity killer, and it came free with every copy of Windows from 1992 onwards. Robert Donner and Curt Johnson created it for Microsoft in 1990, and within a few years, conservative pundits were literally calling it a threat to American business productivity.

LEGO builder carlos_silva94 has taken that gray grid of anxiety and turned it into something you can hold, a fully functional brick-built recreation of the classic game complete with textured tiles, working digital displays, and that iconic yellow smiley face that judged your every click. The build captures the aesthetic of Windows 95 with surprising accuracy, from the raised tile surfaces to the seven-segment displays counting down your mines and ticking up your time. It’s desk toy nostalgia executed in the exact medium that makes sense for anyone who spent their childhood (or their entire career) staring at numbered squares and sweating over where to click next.

Designer: carlos_silva94

The grid itself uses LEGO’s textured tiles to differentiate between covered squares (those nerve-wracking gray unknowns) and revealed tiles showing the numbered clues. The numbers themselves appear to be rendered using printed tiles or stickers, capturing that chunky digital font that defined early computer graphics. The digital displays at the top, showing both the mine counter and the timer, are built using classic seven-segment configurations, the kind that would tick up second by second while you frantically tried to deduce which square was safe and which one would end your game in a shower of pixelated explosions.

My favorite detail, however, is that yellow smiley face sitting front and center. In the original game, that face was your emotional barometer. Click a tile and it would wince in anticipation. Hit a mine and it would go cross-eyed with cartoon death. Clear the board and it would throw on sunglasses like it had just won a prize. Here, rendered in LEGO form, it just sits there with that same placid expression, a tiny plastic reminder of all the times you gambled on a 50/50 guess and lost spectacularly.

The build is designed to be customizable, which is a smart move given the nature of the game. Carlos mentions that builders could easily swap tiles to create their own puzzles, turning this from a static display piece into something you could actually interact with. Whether that means physically rearranging LEGO tiles to simulate a Minesweeper game or just using it as a conversation starter on your desk, the modularity adds a layer of functionality that elevates it beyond pure nostalgia bait.

What makes this particularly appealing as a potential LEGO Ideas set is how perfectly it fits the “desk toy for adults who grew up with this stuff” category. It’s compact, rectangular, instantly recognizable, and carries enough cultural weight that anyone who spent time on a Windows PC between 1992 and 2012 will immediately get it. LEGO has leaned into retro tech and gaming nostalgia before with sets like the NES and the Atari 2600, and Minesweeper occupies that same cultural real estate. It’s a piece of digital history that defined an era of computing, rendered in a format that actually makes sense to build with bricks.

The MOC currently sits at just over 1,100 supporters on the LEGO Ideas platform, with 578 days left to reach the 10,000 vote threshold that triggers an official LEGO review. If this brings back memories of frantic clicking, pattern recognition, and the cold dread of accidentally right-clicking when you meant to left-click, head over to the LEGO Ideas page and cast your vote. Just try not to lose an entire afternoon doing it.

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Why OTF Knives are Objectively Better than Folding Knives

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Speed settles a lot of arguments. Ask anyone who carries a knife daily and they’ll eventually get around to the deployment question: how fast can you get the blade out, how cleanly, and with how many fingers occupied. Folders demand a pivot, a swing, and depending on the locking mechanism, a deliberate wrist motion before the blade is truly ready. OTF knives skip all of that. One thumb movement sends the blade straight out the front in a single linear motion, and it locks automatically. There’s no arc, no fiddle factor, and no grip position the hand needs to be in before deployment works. That mechanical simplicity is a genuine advantage that compounds across every use case, whether it’s emergency cutting, utility tasks, or the kind of one-handed operation that makes a real difference when your other hand is occupied.

The A3 Delta, the A5 Spry, and the Spry Mini all operate on that same core principle: forward, fast, locked. Tekto’s folder range earns its place as refined everyday carry, but the OTF models are engineered around the reality that access speed and single-hand operation are non-negotiable for a tool you actually rely on. The A5 Spry, carrying an S35VN blade in a precision-contoured handle, represents the tactical end of that thinking. The A3 Delta Mini takes the same OTF discipline and packages it into a compact, California-legal form. The through-line across the range is a commitment to the mechanism itself, treating the out-the-front action as a feature worth designing around, a mechanical conviction rather than a marketing angle.

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Single-Motion Deployment Changes the Entire Calculation

The A3 Delta

The core mechanical difference between a folder and an OTF comes down to the number of steps involved in getting the blade ready. A folder, even a fast one with ball bearings, requires the user to find a stud or flipper, apply pressure in a specific direction to initiate a pivot, and wait for the lock to engage. That sequence takes a fraction of a second for a practiced user, but it’s still a sequence. An OTF knife reduces that sequence to a single linear push. The thumb finds the switch and moves it forward; the knife does the rest. This removes the pivot, the swing, and the lock engagement from the user’s list of responsibilities.

This single-motion system translates to a higher degree of real-world reliability. When one hand is busy holding something in place, there’s no need to adjust your grip or use a second hand to get the blade out. The best OTF designs place the deployment switch exactly where the thumb naturally falls, making the act of gripping the knife and deploying it part of the same fluid motion. It’s a small ergonomic detail that makes a huge operational difference, turning the knife into an extension of the hand in a way a folder’s more complex mechanics can’t quite match.

Grip Position Has No Bearing on Whether the Knife Opens

The A5 SPRY

Folders have a specific vulnerability that rarely gets acknowledged: they require a deliberate, practiced grip to open reliably. The thumb has to find its target, and the wrist needs to be oriented correctly for the blade to swing out without obstruction. In calm, controlled conditions, this is a minor point of practice. But in a hurry, or when wearing gloves, or when your hands are wet or cold, that small dependency becomes a legitimate failure point. OTF knives are functionally immune to this problem. Because the blade travels on an internal, linear track, the mechanism doesn’t care how the handle is being held.

This operational consistency is one of the strongest arguments for the OTF format, and it becomes even more apparent in smaller knives. Compact folders can be notoriously fiddly, with tiny thumb studs and short handles that are hard to manage. A compact OTF, however, deploys with the same authority as its full-sized counterpart. Models with blade lengths under two inches still offer an excellent blade-to-handle ratio and a full, confident grip, proving that the mechanism scales down without losing its inherent mechanical advantage.

Retraction Is as Fast as Deployment, and That Actually Matters

The A5 SPRY MINI

Closing a folding knife is a deliberate act. You have to consciously disengage the liner lock, frame lock, or button lock, then carefully fold the blade back into the handle, making sure your fingers are clear. On a well-made folder, it’s a secure process, but it requires your full attention. An OTF knife retracts with the same speed and simplicity as it deploys. A single pull on the switch sends the blade back into the handle, where it locks just as securely as it does when open. The knife is either fully engaged or fully stowed, with no hazardous in-between state.

This bidirectional action has practical value in any scenario where a tool needs to be put away quickly and safely. It also introduces a level of safety that folders can’t offer. A half-closed folder is a risk; a retracted OTF is a mechanically secured object. The confidence this provides is tangible for anyone who uses their knife frequently throughout the day. The crisp, reliable action of modern OTF mechanisms, both in and out, is a testament to how mature the engineering has become.

The Slim Profile Comes Without Mechanical Trade-offs

The A3 DELTA MINI

Many thin folding knives make compromises to achieve their slim profile. The pivot area is often a point of weakness, and a thin handle can make a strong locking mechanism difficult to integrate. OTF knives, by their very nature, are built on a linear chassis. The internal mechanism runs along the length of the handle, not across its width. This means the design can be inherently slim and narrow without sacrificing the strength of the lock or the reliability of the deployment. Thinness is a natural byproduct of the OTF’s structure, not an afterthought achieved by removing material.

This structural advantage allows for knives that are remarkably easy to carry while still being built from robust, high-performance materials. It’s common to see OTF models with a handle width of less than half an inch that are still equipped with premium steels like S35VN, rated for exceptional hardness and edge retention. These builds demonstrate that a slim, pocket-friendly profile and genuine, hard-use strength are not mutually exclusive concepts. The OTF format delivers both, proving you don’t have to choose between a comfortable carry and a capable tool.

The Blade Style Options Are No Longer an OTF Limitation

One of the oldest criticisms leveled against OTF knives was a perceived lack of versatility in blade shapes. For a long time, the market was dominated by a few basic drop point or dagger styles. That criticism is now completely outdated. The modern OTF category has evolved to a point where it offers the same full spectrum of blade geometries available in the high-end folder market. Whether you need the piercing capability of a tanto, the slicing efficiency of a drop point, or the specialized profile of a dagger, there is an OTF knife built for the task.

This expansion of options has effectively eliminated the last significant advantage that folders held. It is now common for a single, popular OTF model to be offered in multiple blade configurations, and even in both full-size and compact versions. This allows users to select the precise tool they need without having to abandon the superior mechanical advantages of the OTF platform. Blade selection used to be a compelling reason to stick with a folder; today, it’s just another area where OTF knives have achieved, and in some cases surpassed, parity.

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The post Why OTF Knives are Objectively Better than Folding Knives first appeared on Yanko Design.

The Hisense XR10 Packs 6,000 Lumens, Liquid Cooling, and Devialet Audio Into One Very Serious 4K Projector

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Home theater has always been a game of compromises. You either spend a fortune on a TV large enough to feel cinematic, or you buy a budget projector and spend the rest of your evenings squinting at a washed-out image the moment someone turns a light on. The sweet spot, a projector bright enough to hold its own in a lit room at genuinely cinematic scale, has historically lived at a price point that makes most people close the browser tab. Hisense thinks it has finally cracked that equation with the XR10, a 4K triple laser projector that debuted at CES 2026 and has now officially opened for pre-order.

The XR10 throws a 4K UHD image anywhere from 65 to 300 inches, powered by a triple laser light source rated at 6,000 ANSI lumens and a lifespan of 25,000 hours. That brightness figure is the headline: most home projectors top out well below 4,000 lumens, making ambient light their mortal enemy. Hisense pairs that output with Dolby Vision, HDR10+, and IMAX Enhanced certification, a 17-element glass lens, and a 2.1-channel audio system co-developed with Devialet and tuned with input from the Opéra de Paris. The pre-order price sits at $5,299.99, down from a retail tag of $6,999.99, with a free HT Saturn 4.1.2 wireless sound system thrown in.

Designer: Hisense

The XR10 operates across a 0.84 to 2.0:1 throw ratio with 2.39x optical zoom and lens shift, which means you are not locked into a single position in your room to hit your target screen size. A seven-level iris adjustment and the 17-element glass lens work together to give you granular control over the image, while the native 6,000:1 contrast ratio and up to 60,000:1 dynamic contrast ensure the picture holds depth whether you are watching a sunlit action sequence or a shadow-heavy thriller. Color coverage reaches 118 percent of BT.2020, which puts the XR10 well above the color volume of most consumer displays at any price.

Hisense brought in Devialet, the award-winning French audio engineering firm behind some of the most acoustically serious speakers on the consumer market, to develop the XR10’s built-in 2.1-channel system. Two 8W speakers pair with a 15W subwoofer, the whole profile tuned with input from the Opéra de Paris, and the system supports both Dolby Digital and DTS Virtual:X. Thermal management comes via a dual-channel liquid cooling system that keeps operating temperatures stable without generating the kind of fan noise that pulls you out of a quiet scene.

Smart platform duties fall to Hisense’s VIDAA OS, with Netflix, Amazon Prime Video, Disney+, and Apple TV all available natively. AirPlay 2 and Miracast handle screen mirroring, and the connectivity spec runs to Wi-Fi 7, Bluetooth 5.4, HDMI 2.1, HDMI 2.0, USB 3.0, and Gigabit Ethernet, with eARC and CEC support rounding out the audio integration options. For a device sitting in your living room as a permanent installation, that connectivity stack is exactly what you want.

At $5,299.99 during the pre-order window, the XR10 is not an impulse purchase, and Hisense knows it. The full retail price of $6,999.99 puts it in direct conversation with high-end OLED televisions, and that is precisely the comparison Hisense wants buyers making. A 300-inch OLED does not exist. The XR10 does, and right now you can pre-order one with a free surround sound system included.

The post The Hisense XR10 Packs 6,000 Lumens, Liquid Cooling, and Devialet Audio Into One Very Serious 4K Projector first appeared on Yanko Design.

Tati Ferrucio’s Onda Clog Is the Most Geologically Correct Shoe Ever Made

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The Yeezy Foam Runner opened a strange and genuinely productive door in footwear design, proving that a monolithic, organically sculpted clog could capture serious cultural attention. Tati Ferrucio‘s Onda walks through that same door but ends up somewhere quite different. Where the Foam Runner borrows loosely from athletic heritage, the Onda goes fully geological, its dense flowing ridges reading more like layered sandstone strata than anything borrowed from a sportswear archive. The comparison is worth making once and then setting aside, because the Onda has its own logic and it holds together well on its own terms.

That logic starts with landscape. Ferrucio drew directly from waves, sand patterns, stone surfaces, and tree bark, treating nature as the original generative designer and asking what footwear would look like if it followed the same rules. The cutouts are sculpted voids, not punched holes, and the ribbing on the sole wraps continuously into the upper so there is no visual seam between base and body. It reads as a single carved object, the kind of thing you might find in a tide pool if tide pools produced wearable foam.

Designer: Tati Ferrucio

Ferrucio developed the Onda using Vizcom, an AI-assisted design platform that takes a designer’s sketch and generates a field of iterated possibilities rather than a single resolved outcome. The workflow is worth pausing on because it explains something about the result. The Onda does not look like a design that was decided in one session; it looks like a form that accumulated, the way sediment does, layer by layer under consistent pressure from the same directional force. Just FYI, Vizcom did not generate the design; Ferrucio directed it, feeding creative intention into each round of iteration and pulling the form toward her reference material until the surface stopped arguing with itself and settled into something coherent.

Positioned along the sides of the upper, the cutouts allow water and sand to escape when moving through wet or granular terrain, which is a functional requirement in a clog built for outdoor use. But structurally, they also reduce material mass without compromising the integrity of the upper, and visually, they create depth in the silhouette that a solid body would not have. The oval void near the heel is particularly well resolved; it sits inside the ribbed surface like a window cut into a canyon wall, framed by ridges on all sides, and gives the rear of the shoe a formal completeness that most clogs never bother to achieve.

Three colorways exist in the current lineup: a grey-blue that photographs like wet stone, a sand beige that almost disappears against the layered rock surfaces in the campaign imagery, and a sage green that reads somewhere between sea glass and weathered copper depending on the light. Each one is photographed in a context that suits it specifically, which is the kind of creative direction that signals a designer who thought carefully about what the object is actually communicating and to whom. The grey-blue sits on a rocky riverbed in shallow water. The beige is shot against sedimentary cliff faces in warm light. The green lands on dry sand with hard shadows. Every environment reinforces the geological reference without stating it out loud.

The Onda is a mere concept at this stage, developed in collaboration with Vizcom as a demonstration of what AI-assisted industrial design can produce when the designer maintains genuine creative authority over the process. Whether it goes into production depends on factors Ferrucio has not specified, but as a design object it makes a coherent and confident argument: that the clog format, for all its utilitarian plainness, has more formal ambition available to it than most brands have been willing to extract.

The post Tati Ferrucio’s Onda Clog Is the Most Geologically Correct Shoe Ever Made first appeared on Yanko Design.