Author Archives: Sarang Sheth

The LUMO Grill Cooks With Light, Heats in Seconds, and Brings Charcoal Flavor Without the Smoke

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The George Foreman Grill sold more than a hundred million units, which tells you everything about how badly people want to cook without the setup, the smoke, and the outdoor requirement. What that number fails to explain is why, after thirty years of competing products, the fundamental problem remains unsolved. Every electric contact grill since 1994 has operated on the same basic principle: a hot plate pressing food against another hot plate, dripping grease onto a heating element, producing varying degrees of smoke and varying degrees of disappointment. The category has iterated endlessly on that geometry, adding digital timers and non-stick coatings and fold-flat designs, without ever questioning the physics underneath. Hong Kong startup COZYTIME is questioning them with the LUMO, a grill that cooks with focused far-infrared light instead of contact heat, and the approach changes the smoke problem by addressing it at the source.

Four precision reflectors focus infrared energy at food from multiple angles simultaneously, creating 360-degree heat coverage that cooks evenly from edge to center while retaining moisture, unlike hot-air convection heating, which dehydrates food. The side-mounted heating elements keep grease physically separated from any heat source, so drippings fall into a grease tray rather than the heating tube, preventing smoke from forming at the source. No filters, no fans, no workarounds. An AI system called CookPilot uses AI Vision and two built-in sensors to automatically detect food type, thickness, surface area, temperature, and weight, then selects the ideal cooking program from a library covering over 40 food types. A swappable Flavor Module lets you add authentic smoked taste to any cook by loading pellet fuels into the module, inserting it into the LUMO, and switching to Indoor Smoker Mode, where the enclosed chamber traps and circulates smoke around the food while a tight seal keeps the home clean. COZYTIME is pricing the LUMO at $329, against a retail price of $499. This pricing is exclusively available to crowdfunding backers, and the campaign will end on May 23! If you’re interested in LUMO, pledge now before it’s gone!

Designer: COZYTIME

Click Here to Buy Now: $329 $499 (34% off). Hurry, only 159/500 left! Raised over $344,000.

We covered LUMO hands-on at CES 2026 and came away calling it “genuinely novel in a category that’s seen mostly incremental tweaks for decades.” Far-infrared radiation transfers energy directly into food molecules rather than heating surrounding air first, which is how the LUMO reaches cooking temperature in a fraction of a second, using four precision reflectors to deliver full surround heating from multiple angles, cooking up to 4x faster than traditional appliances, without long preheat times or outdoor setups. Traditional contact grills heat the plate and then conduct that energy into the protein surface, a fundamentally different thermal pathway that drives more moisture out of food in the process. COZYTIME claims the infrared approach locks in 76.6 percent of natural food juices compared to conventional methods, a figure that, if it holds in real kitchen conditions, represents an actual cooking outcome improvement rather than a specification exercise. The four-reflector geometry is the physical enabler: each reflector focuses infrared energy at the food surface from a distinct angle, eliminating cold zones and removing any need to flip.

The unit handles thick steaks, skewers, quick snacks, large dinners, and even pizza, thanks to its TriForma StateShift System that allows for three different grill modes. In Indoor Smoker Mode, enclosed heating circulates warmth evenly to a maximum of 230°C (446°F), mimicking a full oven capable of pizza, casseroles, and slow-roasted steaks, and pairs with the Flavor Module for authentic smoked dishes like tender beef brisket. Fast Grill Mode hits a maximum of 270°C (518°F), where the semi-open lid concentrates heat for rapid grilling and juice-locking, delivering steakhouse-quality flavor in minutes, ideal for weeknight meals when time is short but standards aren’t. Flat Grill Mode opens to 180 degrees, creating two independent heating zones, so you can grill steaks on one side at high heat while roasting vegetables on the other, with no batch cooking and no waiting, which makes it particularly suited to dinner parties. Two heat zones running independently in a single countertop footprint is the kind of practical design decision that sounds obvious in retrospect but rarely makes it into a consumer appliance.

LUMO’s most compelling trick may be how seriously it treats flavor, because this is one of the more thoughtful attempts yet at bringing authentic charcoal-style cooking indoors. Plenty of indoor grills promise grill marks, very few deal convincingly with the taste itself. COZYTIME approaches that problem with a dedicated Flavor Module that burns pellets inside the unit’s enclosed chamber, allowing smoke to circulate around the food while the side-heat architecture keeps grease from hitting the heating elements and creating unwanted kitchen smoke. That separation is what makes the idea work. You get the smoky, grilled character people actually associate with charcoal cooking, without turning the room into part of the process. With the Flavor Module attached, the Heat Slider heats wood pellets to release rich smoky flavor during cooking, and when slid out with the griddle plate, it doubles as a high-heat searing surface for deep browning, crisp crusts, and smaller tasks like melting cheese or simmering sauces. LUMO also uses AI Vision to recognize different meats and automatically adjust heat and cooking time to match preferred doneness, from blue rare to well-done. Food-contact surfaces are made exclusively of premium food-grade stainless steel.

The LUMO app adds a layer of control that makes the grill feel more like a connected cooking platform than a standalone appliance. It offers three recipe paths, including curated official recipes from a cloud library, fully custom recipes with adjustable time and temperature for each step, and one-click AI-generated recipes created by CookPilot, with any recipe shareable through a code or posted to the LUMO community. From the app, users can track cooking progress and food status in real time, adjust temperature and timing remotely, and get notified when food is ready. That flexibility extends to the accessory ecosystem too. COZYTIME currently offers nine add-ons in total, including six cooking accessories and three additional accessories designed to broaden what the LUMO can do day to day. On the cooking side, there’s a wireless meat thermometer for real-time core temperature tracking, flavorwood pellets for smoke infusion through the Flavor Module, an extra stainless grill grate for back-to-back cooking, a fine mesh grill grate for smaller foods like shrimp and asparagus, and a Heat Slider griddle plate for intense high-heat searing up to 450°C.

Outside the cooking accessories, COZYTIME also offers a travel bag for transport and storage, plus extended coverage options for added peace of mind. Cleanup remains refreshingly low-friction, with food only touching stainless grill grates and grease trays that lift out for a quick wipe or rinse, while detachable parts are dishwasher-safe and the side-heat architecture keeps grease away from chamber walls, minimizing residue elsewhere in the unit. At 14.3 pounds, the LUMO is still portable enough to move between kitchen counter, balcony, and dining table without feeling like a project.

Retail pricing sits at $499, with the current order price at $329 – that’s a 34% reduction off the MSRP.Every unit ships with the LUMO itself with built-in Heat Slider, a region-appropriate power cord, a user manual, two stainless steel grill grates, the Flavor Module, two detachable grease trays, and a grill grate lifter. Shipping is free across the United States (excluding PR, HI, and AK), Canada, Mexico, Singapore, South Korea, Japan, Hong Kong, Australia, New Zealand, and most of Europe starting July 2026.

Click Here to Buy Now: $329 $499 (34% off). Hurry, only 159/500 left! Raised over $344,000.

The post The LUMO Grill Cooks With Light, Heats in Seconds, and Brings Charcoal Flavor Without the Smoke first appeared on Yanko Design.

Apple’s $599 MacBook is such a massive hit, Tim Cook can’t keep up with the demand

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Apple has never been the company you turn to when you need a laptop on a budget. For decades, the entry ticket to macOS meant shelling out at least a thousand dollars, often significantly more, and that premium was non-negotiable. The “Apple Tax” was real, it was expensive, and Apple seemed perfectly content collecting it. Then in March 2026, the company did something it has almost never done: it launched a laptop for $599. The MacBook Neo landed with the kind of price tag that made people do a double-take, and based on how things have played out since, it appears Apple vastly underestimated just how many people were waiting for exactly this moment.

Tim Cook admitted as much during the company’s Q2 2026 earnings call in early May, stating that demand for the MacBook Neo has been “off the charts” and that Apple had fundamentally misjudged how many people wanted in. The company is now supply-constrained, shipping estimates have stretched to two or three weeks across all configurations, and Apple has quietly doubled its production target from an initial forecast of five to six million units to a staggering ten million for 2026 alone. Cook also revealed that the Neo drove the best launch week for first-time Mac buyers in Apple’s history, helping push Mac revenue to $8.4 billion in the second fiscal quarter and exceeding analyst expectations. For a product that was supposed to be a modest gateway device aimed at students and casual users, the MacBook Neo has become something closer to a cultural moment.

Designer: Apple

The MacBook Neo exists because Apple found a way to make a laptop cheaply without making it feel cheap, and the method they used is as clever as it is slightly devious. The device runs on a binned version of the A18 Pro chip from the iPhone 16 Pro, meaning it uses rejected processors with one malfunctioning GPU core that would have been discarded. Apple took those five-core chips, gave them a second life inside the Neo, and avoided spinning up a single new fabrication line. It was a stroke of economic genius that allowed the company to hit $599 without compromising build quality. The design borrows heavily from the MacBook Air with its aluminum unibody and color-matched keyboards, but ditches the notch for uniform iPad-style bezels. At $499 for education buyers, it positions the Neo squarely in Chromebook and budget Windows laptop territory, a market Apple has never seriously competed in before.

The brilliance of this strategy becomes clear when you look at what Apple is actually trying to accomplish. The MacBook Neo is not designed to be a high-margin profit driver. It is designed to be a gateway drug. Get a student hooked on macOS at $499, let them experience the ecosystem integration with their iPhone, introduce them to iCloud and Apple Intelligence and the seamless Handoff features that make working across devices feel like magic, and you have potentially created a lifelong customer. Cook himself framed it exactly this way during the earnings call, stating that Apple is focused on customers new to the Mac and customers who have been holding onto their machines for years. He also highlighted momentum in education, noting that some school systems are switching from Chromebooks and Windows PCs to the MacBook Neo at a systemic level. This is Apple playing the long game, absorbing lower margins today to capture market share and build brand loyalty that will pay dividends for decades.

That strategy, however, has created a problem Apple did not anticipate. The initial supply of binned A18 Pro chips, carefully stockpiled from iPhone 16 Pro production runs, was supposed to last through the first wave of demand. It did not. Apple burned through that inventory faster than anyone projected, and now the company faces a logistical nightmare. To meet the revised production goal of ten million units, Apple needs fresh A18 Pro chips from TSMC, and those chips are not going to be cheap. TSMC is currently running at limited spare capacity on its 3-nanometer process node, with AI-related orders consuming most of its output. The chips Apple orders now will be full six-core versions, not binned five-core rejects, and Apple will have to manually disable one GPU core to keep the specs consistent. This means higher per-unit costs even before accounting for any expedited manufacturing premiums TSMC might charge for rush orders.
Compounding the issue is the global DRAM crisis. Memory prices have been climbing steadily since the Neo launched, and the situation is getting worse. A

TrendForce report revealed that DRAM prices rose 57 percent in April 2026 alone, a staggering jump that has sent shockwaves through the entire tech industry. Samsung, one of the largest memory manufacturers in the world, is reportedly refusing to sell RAM to its own electronics division at competitive prices, prioritizing external contracts and higher-margin deals. Sony bumped PlayStation 5 prices. PC manufacturers across the board are raising prices or discontinuing lower-cost configurations. Apple, meanwhile, is trying to scale production of a $599 laptop at exactly the wrong moment in the supply chain cycle.

The company has already started making moves to protect its margins elsewhere. Apple quietly discontinued the $599 Mac mini with 256GB of storage earlier this month, pushing the starting price to $799 for the 512GB model. Taiwan-based tech columnist and former Bloomberg reporter Tim Culpan has suggested that dropping the $599 256GB MacBook Neo model is among the options Apple is weighing, which would make the $699 512GB configuration the new entry point. Culpan also floated the possibility that Apple might introduce new color options to soften the blow of a price hike, a classic marketing tactic that distracts from the financial sting by giving buyers something shiny to focus on instead.

What makes this entire situation fascinating is that it represents a genuine departure from Apple’s historical playbook. This is a company that has spent the better part of two decades training consumers to expect premium pricing and to accept that Apple products cost more because they are worth more. The MacBook Neo breaks that pattern. It is the first time in recent memory that Apple has positioned a product not as aspirational or premium, but as accessible. The iPhone 17e, Apple’s current budget iPhone, starts at $579, just twenty dollars less than the MacBook Neo, which tells you everything you need to know about how aggressively Apple priced this laptop.

The timing being good or bad depends entirely on your perspective. We are living through an era where affordable computing is becoming harder to access, not easier. Memory prices are spiking. GPU costs remain elevated. PC manufacturers are raising prices or cutting corners to maintain margins. Into this environment, Apple drops a $599 laptop that runs macOS, integrates seamlessly with iPhones, delivers legitimately good performance for everyday tasks, and does not feel like a compromise. Early benchmarks from Digital Trends show the MacBook Neo outperforming the M1 MacBook Air in Geekbench 6 tests. Photographer and video editor Tyler Stalman tested the device with professional workflows and concluded that editing 4K video on the Neo is totally manageable even with multiple apps running. Someone even got Cyberpunk 2077 running at over 30 frames per second on it, which is absurd for a fanless laptop built around a phone chip.

The competitive response has been telling. Asus co-CEO S.Y. Hsu called the MacBook Neo a shock to the entire PC market, admitting that manufacturers did not think Apple would launch something this affordable. He also tried to downplay the device by comparing it to a tablet and calling it a content-consumption machine, which is the kind of defensive posturing you only see when someone is genuinely worried. The reality is that the MacBook Neo threatens Microsoft’s dominance in the sub-$600 laptop market, a segment that has historically been Windows and Chrome OS territory.

Whether Apple can maintain the $599 price remains to be seen. Tim Cook’s comments during the earnings call suggest the company understands what is at stake. He said Apple is very focused on getting the Mac to even more people than it was reaching before, and that the company could not be happier with how things are going at the moment. That optimism feels earned, but it also feels fragile. The MacBook Neo succeeded because Apple found a way to make a genuinely good laptop at a price that defied expectations. If rising component costs force the company to walk that back, the magic dissipates. The $599 MacBook is a statement, a gamble, and a challenge to the entire industry. Apple bet that there was massive untapped demand for accessible computing done right, and the demand proved them correct. Now they just have to figure out how to keep building the thing people actually want to buy.

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Tesla Left a Glaring Gap in Every Model 3 and Model Y. This $379 HUD Fixes It.

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Fighter pilots have had heads-up displays since the 1950s, because asking a human to look down at instruments while traveling at 600 miles per hour and making life-or-death decisions is an engineering failure, not a pilot failure. The technology migrated to production cars in 1988 when GM offered the first automotive HUD in the Oldsmobile Cutlass Supreme, and every generation of premium vehicle design since has treated it as table stakes. Tesla rewrote so many conventions of the automobile that it’s easy to forget it left one important capability behind. For all the innovation packed into the Model 3 and Model Y, their dashboards direct critical driving data to a screen mounted nowhere near where human eyes naturally rest during forward motion. TrantorVision built NeuroHUD to close that gap, and the Kickstarter campaign funded in 30 minutes.

Built alongside a community of over 4,000 Tesla owners from mid-2025 through early 2026, NeuroHUD projects Tesla driving data directly into the driver’s forward sightline rather than leaving it on a screen at center console height. Installation takes about one minute, requires no tools and no disassembly, and leaves the factory wiring completely untouched, keeping the manufacturer’s warranty intact. The compute module clips behind Tesla’s center screen and draws power through a single USB-C cable, with no hardwired connections and no vehicle modifications of any kind. From there, a dual-channel data system reads Tesla’s screen directly through AI cameras and simultaneously pulls deeper vehicle telemetry through the Tesla API, creating a richer information layer than either method could supply alone. The result covers speed, navigation, gear state, battery range, blind-spot alerts, and takeover warnings, all projected directly in the driver’s line of sight.

Designer: TrantorVision

Click Here to Buy Now: $379 $629 (40% off). Hurry, only a few left! Raised over $474,000.

A pair of 150-degree AI fisheye cameras face Tesla’s display and read high-frequency data like speed at 50 Hz, fast enough to keep the HUD readout synchronized with the car’s actual state without perceptible lag at any velocity. Lower-frequency information, covering gear position, battery range, and navigation turns, arrives through the Tesla API on a separate channel, and the system routes each data type through the appropriate pipeline based on how quickly it needs to update. End-to-end latency on the AI vision side sits as low as 20 milliseconds, tighter than many production-fitted HUDs achieve through direct hardware integration. The onboard processor is a 6-core Arm DynamIQ chip paired with an Arm Mali G610 MP4 GPU and 4GB of LPDDR4 RAM, running Ubuntu Core Linux with Wi-Fi 6 and Bluetooth 5.4 connectivity. That compute specification would look comfortable in a mid-range Android tablet, which gives a sense of how much processing headroom TrantorVision has reserved for future OTA feature additions.

At 1,500 nits of peak brightness, NeuroHUD’s 4-inch TFT LCD panel is engineered specifically around the failure mode that sinks most aftermarket HUDs in real-world use: direct sunlight washout. The panel runs at 480×800 resolution with a 140-degree viewing angle, keeping displayed information legible across a wide range of driver head positions without requiring precise alignment to a narrow sweet spot. The modular Light Engine gives drivers a genuine choice of projection method rather than committing them to a single approach. Combiner Mode positions a semi-transparent screen in the driver’s sightline for the sharpest image quality, with projected information appearing to float in the forward visual field at a focal distance that keeps eyes aimed naturally at the road. Windshield Projection Mode throws the image directly onto the glass for a more immersive overlay, and both modes switch without tools or any hardware intervention.

HomeControl is a GPS-triggered garage automation system that learns the driver’s RF remote signal, geolocates the home driveway, and fires the garage door automatically as the car turns in, with a physical button for manual override available at any time. Screen Mirroring turns the HUD into a secondary phone display, meaning Google Maps or Waze can be projected directly onto the combiner or windshield without any dependency on Tesla’s native navigation system. UI customization runs three levels deep: a mobile app for toggling individual elements, a full UI editor for precise sizing and positioning of each data element, and an open API interface for users who want to build a custom renderer entirely from scratch. A community layer lets drivers share layouts or download configurations built by other NeuroHUD owners worldwide, making the display experience as much a living software product as a hardware one. The combination of GPS automation, open API access, and a community-driven layout library gives NeuroHUD a software depth that compounds as its user base grows.

TrantorVision began the project in January 2025 with the goal of building a heads-up display designed around Tesla’s unique display architecture from the ground up. By May 2025 an engineering prototype was assembled and the AI vision system validated through real-world road testing; by July the product was publicly announced with a community already exceeding 4,000 Tesla owners across multiple platforms. Production design locked in December 2025, with the first batch of production samples arriving in January 2026. The device supports Model 3 from 2017 to 2023, Model Y from 2020 to 2025, Model 3 Highland from 2023 onward, Model Y Juniper from 2025 onward, and the Cybertruck from 2023 onward, covering both left-hand-drive and right-hand-drive configurations with Model 3/Y Standard trim included. An OTA Compatibility Upgrade Service is built in, meaning the hardware is designed to receive future software capabilities without requiring a new unit.

The standard NeuroHUD carries an early bird price of $379 against a retail MSRP of $629, covering Tesla data integration, mobile app control, UI community access, the custom UI editor, screen mirroring, and CarPlay and Android Auto support. The NeuroHUD Pro steps to $429 at early bird pricing, down from $729 retail, adding HomeControl, Windshield Projection Mode, deeper Tesla API integration, and enhanced hardware built to grow its feature set through over-the-air updates. Both tiers ship with a windshield film, USB-C power cable, Thunderbolt cable, 12V car adapter, cable clips, and a quick start guide, backed by a one-year warranty. Shipping is free to the continental United States and Canada, with a flat $10 covering the EU, UK, Australia, Hong Kong, and all other worldwide regions, with customs fees covered for most major markets. Global delivery is scheduled to begin between September and October 2026.

Click Here to Buy Now: $379 $629 (40% off). Hurry, only a few left! Raised over $474,000.

The post Tesla Left a Glaring Gap in Every Model 3 and Model Y. This $379 HUD Fixes It. first appeared on Yanko Design.

Starbucks built a Yeti cooler for your Venti Iced Lattes, but you can’t buy one yet

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You know what’s ‘vertical integration’? Starbucks building its own cooler box for its own beverages. Meet the Yeti-alternative that’s designed not for your Budweisers, but for your venti iced lattes. It’s called the Starbucks Ice Box, and while it looks perfect from top to bottom, it has one problem: it’s only available in South Korea.

The design is deceptively simple but gets every detail right. Four individual cup slots keep drinks stable and separated, eliminating the float-and-tip chaos that happens when you throw tall cups into a standard cooler. A dedicated ice compartment sits at the bottom, isolated from the drinks themselves so you’re not fishing cups out of melted ice water an hour later. The domed lid has ventilation slots that allow air circulation without sacrificing insulation, and those side latches look substantial enough to actually keep everything secure when you hit a pothole. It’s wrapped in Starbucks’ forest green colorway, compact enough to fit behind a car seat or in a trunk corner, and clearly designed by people who have done the group coffee run enough times to know exactly where the pain points are. The proportions feel right in a way that general-purpose coolers never quite nail when you’re dealing with tall, narrow vessels.

Design: Starbucks Korea

This isn’t Starbucks’ first merch attempt. They’ve consistently pushed out loads of accessories over the years, mostly in eastern markets (like these TWS earbuds in collaboration with Samsung, and these $28 retro cameras that they debuted in China) although this one feels way more purposeful than any of their other launches. It’s something people will buy and use for years, rather than becoming just another collectible, and you know that if someone’s buying a Starbucks cooler, they’re a customer for life. Vertical integration for the win!

The design is as simple as it gets. The insulated walls keep the insides whatever temperature you want. Although built for iced drinks, you can put your hot beverages in too and have them piping even after hours. For iced drinks, you can also add ice packs into the cooler to chill them down further – just be careful they don’t drip or the cups could get soggy. A lift-out tray holds four venti drinks, because if you’re the kind to drink regulars, you probably wouldn’t be keeping them for hours. The clamp-lid ensures everything is locked in tight, and a Starbucks-branded handle sits flush against the top, giving the entire thing a gorgeously monolithic design.

The only place you can grab this right now is on obscure sites online. A Japanese website has it listed for ¥26,530 or $169 USD, not including shipping. If anyone in Starbucks’ global team is reading this, consider it your sign to manufacture this for the American and European audiences too, trust me, your annual turnover will thank you!

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Honor launched a $193 Kid-focused iPad Alternative with 22 Hours of Battery and Parental Controls Already Set Up

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Setting up an iPad for a child costs $350 and about forty-five minutes of your life. You disable iCloud so your camera roll stays off their screen, lock down the App Store so in-app purchases don’t silently drain your card, configure Screen Time, and then spend the next six months re-configuring it every time an iOS update quietly resets something. Apple makes extraordinary tablets, but the parental infrastructure is clearly designed for adults who already know where to look. HONOR looked at that friction and built a tablet where none of that setup exists, because the kids-first architecture is the factory state, not a layer you construct yourself.

The Pad X8b Kids Edition starts at $193, landing it well under the entry iPad, and arrives with a dedicated Honor Kids OS environment, SGS 5-star drop resistance, a built-in kickstand handle, an integrated stylus silo, and a 10,100mAh battery that makes weekly charging a realistic schedule rather than an aspiration. The value proposition assembles itself pretty quickly.

Designer: HONOR

The blue silicone case with its lime-green handle does double duty as a carry grip and kickstand, which maps directly to how children actually use tablets: they’re either holding it or propping it against something. No separate folding stand, no accessory that gets left in a drawer. The handle is the stand. The Doodle Pen slots into a silo built into the case back so it travels with the device rather than disappearing within 48 hours of unboxing. FDA food-grade silicone throughout, SGS 5-star drop and crush resistance certification, and a construction that has clearly been tested against the kind of physical punishment children deliver with remarkable consistency and zero remorse.

The 11-inch panel runs at 1920×1200 with a 90Hz refresh rate, 500 nits of brightness, and carries TÜV Rheinland certifications for both low blue light and flicker-free performance. On a kids device those certifications carry more weight than on an adult one, given how close children hold screens and how many hours they log. The eye protection goes further than badges, though. Distance alerts, posture monitoring, brightness adjustments, and bumpy road detection that nudges kids away from reading in a moving car all run continuously without a parent needing to remember to enable anything.

The Honor Kids OS runs as a fully separate environment rather than a locked launcher sitting on top of the standard interface. The home screen uses cartoon island-style icons for Camera, Recorder, Kids Painting, and Multimedia, and parents manage the whole thing remotely through the HONOR Parental Assistant app, setting time slots and reviewing activity through visual charts. One tap activates Kids Mode, and getting back out requires authentication. None of this requires a Saturday afternoon in Settings.

The 10,100mAh battery is the unsung hero of the package. Twenty-two hours of continuous video playback means roughly eleven days of two-hour screen time sessions before a charge becomes urgent, and the 97-day standby figure means a tablet left on a shelf over a school break actually comes back to life when you pick it up. For a device category where battery anxiety is a genuine daily friction point, those numbers change the ownership experience in a way that a spec sheet undersells.

At $193, the Pad X8b Kids Edition sits in a position where competing options either underdeliver on hardware or ask parents to retrofit a general-purpose tablet for child use on their own time. HONOR made the child-safe design brief the starting point, and the result is a device that earns its price before you’ve even opened the box.

The post Honor launched a $193 Kid-focused iPad Alternative with 22 Hours of Battery and Parental Controls Already Set Up first appeared on Yanko Design.

The Hermès Birkin Finally Has a LEGO Version and It Opens to Reveal A Secret Runway Inside

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The Hermès Birkin has one of the most theatrical purchasing rituals in luxury retail. You cannot simply walk into a boutique on Rue du Faubourg Saint-Honoré and buy one. Hermès makes you earn it, building a relationship with a sales associate over months, sometimes years, demonstrating cultural fluency with the house before they’ll even have the conversation. The result is an object that carries as much mythology as it does resale value, a handbag that has become shorthand for a particular kind of aspirational excess that the internet finds endlessly fascinating.

LEGO Ideas builders BOI_Design and KittyJW found a rather elegant workaround. Their MOC (My Own Creation) reimagines the Birkin 20 Faubourg, the special edition inspired by Hermès’s flagship Paris store, as approximately 1,400 bricks of deep navy, dark green, and gold. The exterior facade doubles as a miniature rendering of 24 Rue du Faubourg Saint-Honoré itself, complete with arched boutique windows and orange awnings. And it opens.

Designers: BOI_Design and KittyJW

The silhouette is immediately recognizable to anyone who has spent time in the vicinity of luxury retail, or, more realistically, scrolled past one on Instagram. The trapezoidal body is rendered in deep navy blue tiles, layered with a subtle horizontal banding that gives the surface genuine texture and depth. The handles arc overhead in dark green, assembled from linked Technic-adjacent elements that convincingly mimic the soft curve of the real bag’s leather grip. Gold hardware details sit at the clasp, at the side buckles, and along the turnlock assembly, and a tiny linked orange chain drops a red heart charm and a gold minifigure pendant in a detail that reads as both playful and surprisingly precise. Flip the bag around and the back panel is clean and quiet, just navy tiles and a gold Hermès tile sitting on a dark strap, which is exactly how the real thing looks.

The front face depicts three arched windows dressed with crisp white frames and orange awnings are spaced across the lower body, referencing the Haussmannian rhythm of the actual boutique facade at Faubourg Saint-Honoré. It takes a second to fully resolve in your eye, this thing that is simultaneously a handbag and a building, and that slight double-take is very much the point. The builders describe it as merging fashion and architecture into a single object, and looking at it straight on, that framing holds up completely.

My favorite detail, however, is what happens when you open it. The lid swings up to reveal a hidden interior scene that commits fully to the bit. Three pink minifigures, each carrying a tiny handbag, are posed on oversized primary-color bricks in red, yellow, and blue, the kind of bold, joyful color blocking that feels distinctly LEGO while also evoking a fashion week runway setup. Nestled alongside them is a miniature Birkin 20 Faubourg bag rendered at a smaller scale, a self-referential easter egg that will land immediately with anyone paying attention. The interior lining is lined in cream and tan tiles, a genuinely considered touch that mirrors how a real Birkin’s suede interior contrasts against its exterior leather. At 28.5 centimeters wide and 29 centimeters tall, the whole thing has real physical presence on a shelf.

The build is currently gathering votes on LEGO Ideas, the community platform where fan submissions need to reach 10,000 supporters before LEGO’s internal team will formally review them for potential production. It’s early days for this one, but the concept has the kind of crossover appeal, fashion collectors, LEGO enthusiasts, Paris romantics, people who just want the Birkin experience without the two-year waitlist, that could carry it a long way. You can head to the LEGO Ideas page here to cast your vote.

The post The Hermès Birkin Finally Has a LEGO Version and It Opens to Reveal A Secret Runway Inside first appeared on Yanko Design.

300W and 7 Ports: This GaN Charger Makes Every Other Multi-Port Charger Look Embarrassingly Weak

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Most GaN chargers on the market right now treat 140W like a finish line. Satechi hit it with their ChargeView hub and added a wattage display, which was genuinely useful. Voltix pushed to 180W with 7 ports and called it a day. Belkin went sideways into docking territory with their 146W 11-in-1 hub, bundling in connectivity features that most people opening a laptop at a coffee shop will never touch. The entire category seems to have collectively decided that anything past 150W requires compromises elsewhere, whether in size, port count, or heat management.

MUITAVY Gen2 delivers 300W across 7 ports without requiring a docking station footprint or a cooling fan that sounds like a jet engine spooling up. The 3-zone distribution system splits power intelligently: Zone 1 covers two USB-C ports at 140W total with 140W max per port, Zone 2 handles two more at 100W total with 65W max per port, and Zone 3 manages the remaining three ports (two USB-C, one USB-A) at 65W total. A switchable LCD display cycles through individual port output, temperature monitoring, and total wattage draw. At 492g and roughly the footprint of two stacked iPhones, it’s heavier than a travel charger but lighter than most docking hubs attempting similar output.

Designer: MUITAVY

Click Here to Buy Now: $119 $200 (40% off). Hurry, only a few left!

The MUITAVY Gen2 splits its power across three distinct zones. Zone 1’s 140W max per port means you can run a MacBook Pro M5 Max at full tilt on C1 while simultaneously fast-charging an iPad Pro through C2 without either device entering slow-charge purgatory. Zone 2’s dual 65W ports handle the middle tier, perfect for a MacBook Air, a Windows ultrabook, or a Steam Deck that needs a proper feed. Zone 3 covers the accessories: AirPods, a Kindle, a smartwatch, a Bluetooth speaker, whatever low-draw gear is cluttering your desk. The zones don’t borrow from each other, so plugging your phone into Zone 3 won’t suddenly throttle the laptop in Zone 1. That allocation is a lot like having a compartmentalized travel case or backpack with dedicated slots for organizing all your stuff, rather than just one big empty space that you chuck things into and pray for the best.

PD 3.1 handles the protocol layer, which is the same standard powering Satechi’s ChargeView and the top-tier Anker and Belkin hubs. The smart management chip inside the Gen2 reallocates power in milliseconds as devices connect or disconnect, so you’re not waiting for a handshake cycle every time you unplug your phone. The chip also handles trickle charge detection, which matters when you’re topping off a device that’s already at 95% and doesn’t need the full 65W anymore. That freed-up wattage gets redistributed across the other active ports without you lifting a finger. It’s the kind of behind-the-scenes efficiency that GaN was supposed to deliver all along but rarely does outside the premium tier.

The LCD display is where MUITAVY takes a page directly from Satechi’s playbook and expands on it. A side-mounted touch button cycles through three display modes: individual port wattage, temperature and performance stats, and total output. The Satechi ChargeView only shows wattage per port, which is helpful but incomplete. Adding temperature monitoring makes sense at 300W, where heat becomes a genuine concern rather than a footnote in the manual. If the hub is running hot because you’ve got seven devices pulling maximum draw simultaneously, you’ll know about it before anything thermal throttles or shuts down. The display itself is clear, bright enough to read in daylight, and updates in real time rather than refreshing every few seconds like cheaper implementations.

Size and weight sit in a reasonable middle ground. At 102.4 x 92.0 x 43.9mm, the Gen2 is larger than a typical travel charger but smaller than most desktop hubs attempting this kind of output. The 492g weight keeps it stable on a desk without needing a separate stand or adhesive pad to stop it from sliding around when you’re plugging cables in and out. For comparison, the Satechi ChargeView weighs 465g and still ships with a dedicated stand to keep it upright. MUITAVY’s footprint is wide enough that it sits flat without tipping, and the cable ports are positioned on opposite ends so you’re not dealing with a tangled mess of USB-C cables all emerging from the same side.

Universal compatibility extends beyond just USB-C and USB-A port selection. MUITAVY offers four input cable options to match regional plug standards: Type B for the US, Canada, Japan, and Mexico; Type I for China, Australia, and New Zealand; Type E for Germany, France, Spain, and Italy; Type G for Brazil, Hong Kong, Singapore, and Malaysia. That’s a detail most charger manufacturers ignore, assuming you’ll just buy a separate adapter if you’re traveling internationally. At 300W, though, plug compatibility becomes critical. You’re pulling serious current from the wall, and using a flimsy third-party adapter with a high-draw hub is how you blow a fuse or start a small fire in a hotel room. MUITAVY handles it at the hardware level, which is the correct approach.

The Gen2 comparison chart against the original MUITAVY is almost comical. Gen1 topped out at 200W total, 100W single-port max, 6 output ports, and a single power distribution zone with no display at all. It weighed 200g and measured 145 x 72 x 72mm, so it was lighter and taller but delivered significantly less power. Gen2 is a complete rebuild rather than an iterative spec bump, which is rare in a category where most “Gen 2” products just swap the exterior color and call it progress. The jump from 200W to 300W, from 1 zone to 3, and from no display to a multi-mode LCD suggests MUITAVY actually listened to feedback and designed around real-world use cases rather than just chasing a higher number for the product page.

The Early Bird pricing sits at $119 against a $200 MSRP, which positions it directly against the Voltix 180W at full retail and well below the Satechi ChargeView when you account for the wattage and port count difference. At $200 MSRP, it’s competing with premium desktop hubs from Belkin and Anker, but those products typically bundle data passthrough, HDMI outputs, and Ethernet jacks that add cost without adding charging capacity. MUITAVY Gen2 is a pure charging hub with no data connectivity, so the entire 300W budget goes toward power delivery rather than being split across multiple functions. Shipping costs are reasonable for hardware of this class: $19 for a single unit to the US, Canada, EU, UK, or Australia; $15 for Asia. The hub ships with the Gen2 unit, an AC input cable matched to your region, and a user manual. Expected delivery is mid-July 2026, with production ramping up in June.

Click Here to Buy Now: $119 $200 (40% off). Hurry, only a few left!

The post 300W and 7 Ports: This GaN Charger Makes Every Other Multi-Port Charger Look Embarrassingly Weak first appeared on Yanko Design.

Tanto Blade Explained: Why the Angled Tip Dominates 2026 EDC Knives

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CIVIVI Brazen Flipper

Somewhere around the year 900 CE, a Japanese swordsmith solved a very specific problem. Samurai warriors needed a short backup blade that could function in tight spaces where a katana was useless, something compact enough to wear through a sash and fast enough to deploy at grappling range. The result was the tanto, a single-edged blade between 15 and 30 centimeters, built for thrusting and close-quarters control. For the next several hundred years, it stayed in feudal Japan, evolving through different schools and forging traditions, accumulating ceremonial weight alongside its practical function.

Then, in the 1980s, a knifemaker named Bob Lum pulled the design west. He adapted the Japanese silhouette into an American form with a squared, reinforced tip, and the knife world has been arguing about, borrowing from, and building on that adaptation ever since. Cold Steel industrialized the shape, the tactical market absorbed it, and somewhere along the way it picked up a reputation for being a niche purchase for a specific kind of buyer. In 2026, that reputation is dissolving. The tanto is having one of its more interesting years in a very long time, showing up in premium titanium folders, budget G10 flippers, and American-made OTF automatics all at once.

Vosteed Thunderbeast

How a Samurai Dagger Became an EDC Staple

The tantō dates to the Heian period (794-1185 CE), when Japanese swordsmiths began forging short blades for warriors who needed something beyond their primary sword. The blade sat between 5.9 and 11.8 inches, making it the smallest weapon in the samurai arsenal. Women carried them in the obi for self-defense. Samurai wore them as companion blades because the katana, for all its reach and cutting power, couldn’t maneuver inside buildings or in close grappling exchanges. The original Japanese tanto carried a slight curve, a steak-knife profile designed more for utility than the armor-piercing mythology that would later attach to its American descendant.

CRKT M16-04KS

Bob Lum, a third-generation Chinese American knifemaker from Astoria, Oregon, brought the tanto west in the late 1970s. Lum had been making knives full-time since 1976, and he combined the tanto name with what Japanese smiths called a hamaguri tip, a reinforced angular point, to create something new. The geometry was his, but Lynn Thompson at Cold Steel saw the commercial potential. Thompson, who founded Cold Steel in Ventura, California in 1980, mass-produced Lum’s design with a flattened grind that made the tip easier to manufacture, then built heavy marketing around tactical applications and armor penetration that the traditional Japanese blade never claimed. The American tanto was born, and the shape began its long association with black G10, aggressive serrations, and catalog copy written for a very specific buyer.

Vosteed Parallel

Three Geometries, One Name

The confusion around tanto blades starts with terminology. Three distinct blade profiles share the same label, and they perform differently enough that the distinction matters. The traditional Japanese tantō keeps a slight curve along the edge, closer in profile to a utility blade than the angular wedge most people picture when they hear the word. The blade was used for everything from cutting rope to seppuku, and the shape reflects that versatility. The tip carries strength, but the curve allows draw cuts. It’s a knife built for function across multiple contexts, not just penetration.

The American tanto, the shape Cold Steel and Bob Lum popularized, moves the angular transition to the cutting edge. Two straight edges meet at a defined angle, creating a wide secondary bevel that reinforces the tip with significantly more steel than a traditional drop point carries. This is the geometry that excels at piercing hard materials: cardboard, drywall, dense packaging, anything where lateral stress would snap a finer point. The trade-off is direct. The flat grind and lack of belly mean slicing performance suffers. You can push-cut with an American tanto, but draw cuts feel awkward, and food prep becomes a chore. It’s a specialist blade that does one thing exceptionally well.

The reverse tanto flips the geometry. The angular transition sits on the spine rather than the cutting edge, which means you get a continuous straight edge running from heel to tip while the spine drops at an angle to meet it. The result looks similar to a wharncliffe but with a slightly different tip geometry and often a steeper point angle. You retain the reinforced tip, the visual drama of the angular break, and the clean industrial aesthetic, but you gain back the full-length cutting edge that makes the blade practical for daily tasks. The reverse tanto is the form that’s currently driving most of the premium EDC releases in 2026, because it solves the American tanto’s biggest limitation without sacrificing the shape’s core appeal.

Close-up of a matte gray EOTech knife blade mounted on a rail system, edge facing left.

Tekto F2 X EOTECH

Folders That Prove the Point

The CIVIVI Brazen pairs a 3.5-inch D2 tanto blade with textured micarta handles and a button lock, delivering the angular geometry at an accessible price point that makes the shape approachable for buyers who haven’t carried a tanto before. CRKT’s M16-04KS, part of the Kit Carson collaboration series that’s been running for decades, keeps the tactical lineage visible with its black-oxide finish and glass-reinforced nylon handles, but the framelock and flipper deployment modernize what could have been a relic. These are the knives that hold the line between the shape’s history and its current iteration.

Vosteed’s Thunderbeast and Parallel represent the premium end of the current tanto moment. The Thunderbeast launched in December 2025 with a 3.49-inch M390 reverse tanto blade, full titanium construction, and Vosteed’s Vanchor pivot lock, a button-actuated release that requires no secondary motion to disengage. The knife weighs 4.74 ounces across an 8.26-inch overall length, and it offers three deployment methods: front flipper, rear flipper, and thumb hole. Buyers at KnifeCenter gave it five stars within weeks of release, noting it sits alongside the Psyop as one of the best knives in the $250 range. The Parallel, Vosteed’s ultra-slim EDC folder, brings the reverse tanto geometry into a pocketable profile that disappears on carry but still delivers the piercing capability and straight-edge control the shape is known for.

Tekto A5 Spry (Tanto Edition)

Tekto’s A5 Spry, an OTF automatic with a tanto blade, shows how the geometry translates to different deployment mechanisms. OTF knives live or die on blade profile, because the blade has to shoot cleanly out the front of the handle without catching or binding, and the tanto’s flat grind works in that context. The A5 Spry runs a double-action mechanism, so the same slider deploys and retracts the blade, and the tanto tip delivers the aggressive appearance OTF buyers tend to favor without requiring the kind of belly that would complicate the mechanism.

Tekto F2 X EOTECH

Why 2026 Became the Tanto’s Year

CRKT launched three tanto variants in January 2026, more than the company had released in the previous two years combined. The Orochi, a Princeton Wong design with a 3.5-inch Japanese tanto blade, won “Best Machine-Assisted Custom Knife” at Blade Show Texas before CRKT adapted it into production with both a 14C28N/G10 version and a premium damascus/titanium frame lock model. The Counterpart, designed by Ken Onion, includes a D2 tanto option alongside three drop-point configurations. The Twist Tighe Compact, CRKT’s first OTF knife, ships with a 2.73-inch MagnaCut tanto blade in a titanium-nitride finish, made entirely in the United States and priced at $300.

WE Knife’s Anglex, which launched in February 2026, pairs a 3.89-inch stonewashed M390 reverse tanto blade with a full 6AL4V titanium handle and a ceramic ball bearing pivot. The knife weighs 4.65 ounces, costs $357, and landed on The Gadgeteer’s list of the top 10 EDC knives stealing the spotlight in 2026 within weeks of release. Bear Edge, working out of their Jacksonville, Alabama factory, launched the Model 71139 at SHOT Show with a modified tanto blade in black-coated 440 steel and tan G10 handles. Kizer’s Feist 2 ZX brought an M390 reverse tanto into a frame lock flipper. Bestech’s Tonic combined a 2.89-inch M390 reverse tanto with bolstered titanium handles and marbled carbon fiber inlays at $306.

WeKnife Anglex

The pattern holds across manufacturers, price points, and target audiences. KnifeCenter ran two separate new-knife roundup videos with tanto-focused titles in this period, one in June 2025 (“Reverse Tanto rules the day today”) and another in August 2025 (“Tanto Time”), suggesting the geometry was dense enough in new releases to anchor full-episode coverage. RECOIL Magazine published a “Best Tanto Knives for EDC” buyer’s guide in September 2025. The shape has spent decades associated with a specific aesthetic and a narrow buyer base, but titanium frames and M390 steel have done the rebranding work the geometry always deserved. In 2026, the tanto finally looks like what it always was: a practical blade shape with over a thousand years of refinement behind it.

The post Tanto Blade Explained: Why the Angled Tip Dominates 2026 EDC Knives first appeared on Yanko Design.

Tanto Blade Explained: Why the Angled Tip Dominates 2026 EDC Knives

Posted on by

CIVIVI Brazen Flipper

Somewhere around the year 900 CE, a Japanese swordsmith solved a very specific problem. Samurai warriors needed a short backup blade that could function in tight spaces where a katana was useless, something compact enough to wear through a sash and fast enough to deploy at grappling range. The result was the tanto, a single-edged blade between 15 and 30 centimeters, built for thrusting and close-quarters control. For the next several hundred years, it stayed in feudal Japan, evolving through different schools and forging traditions, accumulating ceremonial weight alongside its practical function.

Then, in the 1980s, a knifemaker named Bob Lum pulled the design west. He adapted the Japanese silhouette into an American form with a squared, reinforced tip, and the knife world has been arguing about, borrowing from, and building on that adaptation ever since. Cold Steel industrialized the shape, the tactical market absorbed it, and somewhere along the way it picked up a reputation for being a niche purchase for a specific kind of buyer. In 2026, that reputation is dissolving. The tanto is having one of its more interesting years in a very long time, showing up in premium titanium folders, budget G10 flippers, and American-made OTF automatics all at once.

Vosteed Thunderbeast

How a Samurai Dagger Became an EDC Staple

The tantō dates to the Heian period (794-1185 CE), when Japanese swordsmiths began forging short blades for warriors who needed something beyond their primary sword. The blade sat between 5.9 and 11.8 inches, making it the smallest weapon in the samurai arsenal. Women carried them in the obi for self-defense. Samurai wore them as companion blades because the katana, for all its reach and cutting power, couldn’t maneuver inside buildings or in close grappling exchanges. The original Japanese tanto carried a slight curve, a steak-knife profile designed more for utility than the armor-piercing mythology that would later attach to its American descendant.

CRKT M16-04KS

Bob Lum, a third-generation Chinese American knifemaker from Astoria, Oregon, brought the tanto west in the late 1970s. Lum had been making knives full-time since 1976, and he combined the tanto name with what Japanese smiths called a hamaguri tip, a reinforced angular point, to create something new. The geometry was his, but Lynn Thompson at Cold Steel saw the commercial potential. Thompson, who founded Cold Steel in Ventura, California in 1980, mass-produced Lum’s design with a flattened grind that made the tip easier to manufacture, then built heavy marketing around tactical applications and armor penetration that the traditional Japanese blade never claimed. The American tanto was born, and the shape began its long association with black G10, aggressive serrations, and catalog copy written for a very specific buyer.

Vosteed Parallel

Three Geometries, One Name

The confusion around tanto blades starts with terminology. Three distinct blade profiles share the same label, and they perform differently enough that the distinction matters. The traditional Japanese tantō keeps a slight curve along the edge, closer in profile to a utility blade than the angular wedge most people picture when they hear the word. The blade was used for everything from cutting rope to seppuku, and the shape reflects that versatility. The tip carries strength, but the curve allows draw cuts. It’s a knife built for function across multiple contexts, not just penetration.

The American tanto, the shape Cold Steel and Bob Lum popularized, moves the angular transition to the cutting edge. Two straight edges meet at a defined angle, creating a wide secondary bevel that reinforces the tip with significantly more steel than a traditional drop point carries. This is the geometry that excels at piercing hard materials: cardboard, drywall, dense packaging, anything where lateral stress would snap a finer point. The trade-off is direct. The flat grind and lack of belly mean slicing performance suffers. You can push-cut with an American tanto, but draw cuts feel awkward, and food prep becomes a chore. It’s a specialist blade that does one thing exceptionally well.

The reverse tanto flips the geometry. The angular transition sits on the spine rather than the cutting edge, which means you get a continuous straight edge running from heel to tip while the spine drops at an angle to meet it. The result looks similar to a wharncliffe but with a slightly different tip geometry and often a steeper point angle. You retain the reinforced tip, the visual drama of the angular break, and the clean industrial aesthetic, but you gain back the full-length cutting edge that makes the blade practical for daily tasks. The reverse tanto is the form that’s currently driving most of the premium EDC releases in 2026, because it solves the American tanto’s biggest limitation without sacrificing the shape’s core appeal.

Close-up of a matte gray EOTech knife blade mounted on a rail system, edge facing left.

Tekto F2 X EOTECH

Folders That Prove the Point

The CIVIVI Brazen pairs a 3.5-inch D2 tanto blade with textured micarta handles and a button lock, delivering the angular geometry at an accessible price point that makes the shape approachable for buyers who haven’t carried a tanto before. CRKT’s M16-04KS, part of the Kit Carson collaboration series that’s been running for decades, keeps the tactical lineage visible with its black-oxide finish and glass-reinforced nylon handles, but the framelock and flipper deployment modernize what could have been a relic. These are the knives that hold the line between the shape’s history and its current iteration.

Vosteed’s Thunderbeast and Parallel represent the premium end of the current tanto moment. The Thunderbeast launched in December 2025 with a 3.49-inch M390 reverse tanto blade, full titanium construction, and Vosteed’s Vanchor pivot lock, a button-actuated release that requires no secondary motion to disengage. The knife weighs 4.74 ounces across an 8.26-inch overall length, and it offers three deployment methods: front flipper, rear flipper, and thumb hole. Buyers at KnifeCenter gave it five stars within weeks of release, noting it sits alongside the Psyop as one of the best knives in the $250 range. The Parallel, Vosteed’s ultra-slim EDC folder, brings the reverse tanto geometry into a pocketable profile that disappears on carry but still delivers the piercing capability and straight-edge control the shape is known for.

Tekto A5 Spry (Tanto Edition)

Tekto’s A5 Spry, an OTF automatic with a tanto blade, shows how the geometry translates to different deployment mechanisms. OTF knives live or die on blade profile, because the blade has to shoot cleanly out the front of the handle without catching or binding, and the tanto’s flat grind works in that context. The A5 Spry runs a double-action mechanism, so the same slider deploys and retracts the blade, and the tanto tip delivers the aggressive appearance OTF buyers tend to favor without requiring the kind of belly that would complicate the mechanism.

Tekto F2 X EOTECH

Why 2026 Became the Tanto’s Year

CRKT launched three tanto variants in January 2026, more than the company had released in the previous two years combined. The Orochi, a Princeton Wong design with a 3.5-inch Japanese tanto blade, won “Best Machine-Assisted Custom Knife” at Blade Show Texas before CRKT adapted it into production with both a 14C28N/G10 version and a premium damascus/titanium frame lock model. The Counterpart, designed by Ken Onion, includes a D2 tanto option alongside three drop-point configurations. The Twist Tighe Compact, CRKT’s first OTF knife, ships with a 2.73-inch MagnaCut tanto blade in a titanium-nitride finish, made entirely in the United States and priced at $300.

WE Knife’s Anglex, which launched in February 2026, pairs a 3.89-inch stonewashed M390 reverse tanto blade with a full 6AL4V titanium handle and a ceramic ball bearing pivot. The knife weighs 4.65 ounces, costs $357, and landed on The Gadgeteer’s list of the top 10 EDC knives stealing the spotlight in 2026 within weeks of release. Bear Edge, working out of their Jacksonville, Alabama factory, launched the Model 71139 at SHOT Show with a modified tanto blade in black-coated 440 steel and tan G10 handles. Kizer’s Feist 2 ZX brought an M390 reverse tanto into a frame lock flipper. Bestech’s Tonic combined a 2.89-inch M390 reverse tanto with bolstered titanium handles and marbled carbon fiber inlays at $306.

WeKnife Anglex

The pattern holds across manufacturers, price points, and target audiences. KnifeCenter ran two separate new-knife roundup videos with tanto-focused titles in this period, one in June 2025 (“Reverse Tanto rules the day today”) and another in August 2025 (“Tanto Time”), suggesting the geometry was dense enough in new releases to anchor full-episode coverage. RECOIL Magazine published a “Best Tanto Knives for EDC” buyer’s guide in September 2025. The shape has spent decades associated with a specific aesthetic and a narrow buyer base, but titanium frames and M390 steel have done the rebranding work the geometry always deserved. In 2026, the tanto finally looks like what it always was: a practical blade shape with over a thousand years of refinement behind it.

The post Tanto Blade Explained: Why the Angled Tip Dominates 2026 EDC Knives first appeared on Yanko Design.

This Little Coffee Tool Fixes a V60 Problem You Didn’t Know You Had

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Somewhere between your gooseneck kettle and your burr grinder sits a problem nobody in the coffee gear industry bothered to productize until now. It is not glamorous, it does not involve motors or digital displays, and it will not show up in a roundup of the year’s best brewing hardware from the usual outlets. SAQ design, working out of Seoul, built the Filter Presso anyway, because the problem is real and the existing solution, which is essentially hoping your filter stays put, is not actually a solution. This is a precision metal tool designed to seal your V60 paper filter against the dripper walls before you add a single gram of coffee.

The Presso itself is a fanlike arrangement of metal fins on a tapered handle, angled at exactly 60 degrees to match the V60’s cone geometry. You lower it into an empty rinsed filter, the fins press the paper flush against the dripper walls, and then you add your grounds on top. When a filter loses contact with those walls mid-brew, water bypasses the coffee bed through the gap, extraction goes uneven, and the cup suffers in ways that are genuinely difficult to diagnose through the usual variables. The Presso closes that bypass before the brew begins, and the gaps between the fins keep water moving freely once it does.

Designer: SAQ Design

The specificity of this tool is the whole point. SAQ built it exclusively for the Hario V60, the most widely used dripper in specialty coffee, and that single-platform focus shows in the geometry. A 60-degree fin angle is not a design flourish, it is the V60’s cone angle, and matching it exactly is what makes the seal work. A more generalist tool trying to serve every dripper on the market would have compromised on that precision, and the compromised version would have been considerably less useful. SAQ made a deliberate call to go narrow, and the engineering is tighter for it.

What makes the Presso worth taking seriously as a piece of product design, beyond the functional logic, is the material execution. The fin structure reads as a precision-machined metal object in a way that most coffee accessories do not. Most of what gets sold into this space is either plastic or ceramic, which is fine for the dripper itself but feels like a missed opportunity when you are talking about a tool meant to be handled deliberately as part of a ritual brew process. The Presso has the weight and finish of something you pick up with intention, which fits the V60 context well. Pour-over already attracts brewers who enjoy the process as much as the result, and this slots into that dynamic naturally.

The practical question, as always with a tool this specific, is whether the problem it solves is one you actually experience. If you brew light roasts at finer grind settings, where bed resistance is higher and filter lift-off is more likely, the Presso addresses a real and recurring variable. If you are pulling a medium roast through a coarser grind with a gentle controlled pour, the gap between your current results and what the Presso might deliver is probably narrower. Either way, the underlying engineering is sound.

The design went through a serious spread of 3D-printed iterations before landing here, spirals, coiled forms, disc geometries, progressively refined rib configurations, all tested before SAQ arrived at the final fin arrangement. The finished object looks inevitable in the way that well-resolved designs always do, which is usually the clearest sign that the process behind it was anything but.

The post This Little Coffee Tool Fixes a V60 Problem You Didn’t Know You Had first appeared on Yanko Design.