Author Archives: Sarang Sheth

Leaked Honor 600 Pro looks a lot like the iPhone 17 Pro, but with a much bigger battery

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I have to hand it to Honor, they are consistent. When I wrote about the Magic8 Pro Air and its striking similarity to the iPhone Air, I thought we had seen the peak of their “inspiration.” It turns out that was just the warm-up act. The main event has arrived in the form of the Honor 600 and 600 Pro, and this time they have perfectly mimicked the iPhone 17 Pro. The new renders, courtesy of WinFuture, show a design that lifts every key element from Apple’s latest flagship. The full-width camera bar, the arrangement of the lenses, the flat metal frame, and even the color options are all present and accounted for. It’s a remarkable feat of reverse-engineering that feels both impressive and completely shameless.

What makes this strategy so fascinating is that Honor isn’t just making a cheaper clone. They are using the familiar, market-tested design as a vessel for a totally different philosophy. The Honor 600 is expected to ship with a 200MP camera and a 9,000mAh battery, specs that are practically alien to Apple’s ecosystem. It’s a phone designed to look like an iPhone from a distance but to function like an endurance-focused Android powerhouse up close. Honor is essentially telling the world that you can have Apple’s style without having to accept Apple’s compromises, and that’s a powerful message.

Designer: HONOR

The horizontal camera bar is not just vaguely similar, it’s dimensionally faithful. Both models feature the same raised rectangular module spanning nearly the full width of the device, with lenses, flash, and sensor cutouts arranged in a configuration that directly mirrors Apple’s layout. The standard Honor 600 goes with a dual rear camera setup, with its LED flash and laser autofocus tucked into a separate pill-shaped island below. The Pro model steps it up with a triple-lens arrangement, going all-in on the vertical stack. Even the colorways follow Apple’s playbook closely, with glossy black, metallic gold, and a bright orange finish that lands somewhere between homage and photocopy. Honor’s team clearly studied the iPhone 17 Pro with the intensity of an art student sketching a masterpiece in a museum.

The hardware rumors add even more intrigue to the picture. A 9,000mAh silicon battery in a flagship-tier device is almost unheard of in 2026, delivering the kind of multi-day endurance that the iPhone 17 Pro can only dream about. Both phones also get a 6.57-inch 120Hz OLED display at 1.5K resolution, wireless charging, a 3D ultrasonic in-display fingerprint sensor, and a Snapdragon 8 series chipset. There’s even a dedicated camera button on the side, which is, yes, another very Apple-like touch. Honor is effectively saying: if you love how the iPhone looks but wish it prioritized endurance and camera specs over thinness, we built that phone for you. Whether that resonates with buyers remains to be seen, but the logic behind it is hard to argue with.

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This Tungsten-tipped Nutcracker Works On Walnuts, Seafood, and even Car Windows in an Emergency

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Think for a moment about three common tools: the nutcracker that sends shell fragments flying across the room, the bulky hammer you have to retrieve for the simple task of hanging a photo, and the emergency window breaker you bought for your car but have since forgotten about. Each serves a purpose, yet each comes with its own inconvenience, whether it’s mess, cumbersomeness, or the simple fact that it’s never around when you actually need it. These are the kinds of minor but persistent frustrations that we tend to accept as normal, the small design flaws in our daily routines.

The Hamtel was born from a refusal to accept those flaws. It was conceived as a direct answer to these distinct problems, elegantly combining their solutions into a single, compact device. Its core function is a spring-loaded impact mechanism that cracks nuts with precision, eliminating mess and preserving the kernel. With a simple adjustment, that same tool becomes a capable mini-hammer for light-duty tasks. Finally, its tungsten steel tip provides the reliable performance of a dedicated car safety hammer, creating a single tool that is practical enough for daily use and critical in an emergency.

Designer: Hamtel

Click Here to Buy Now: $66 $124 (47% off) Hurry! Only 9 days left.

The real draw for anyone with an appreciation for good gear is the sheer tactile satisfaction of its action. You pull back the plunger to arm the manganese alloy steel spring, a process that feels deliberate and mechanical, like chambering a round. Placing the tip on the target and pressing down unleashes an explosive force reportedly moving at over 530 meters per second. This impact-driven deployment is what separates it from every dull lever-action cracker on the market. It’s a clean, contained, and frankly, an incredibly cool way to apply force. This is the kind of thoughtful engineering that gets EDC enthusiasts talking, turning a mundane kitchen task into an opportunity to use a well-made instrument.

The body is stainless steel, providing a solid, weighted feel in the hand, while the business end features a high-hardness tungsten steel tip rated at HRC60+. This is the material specification you expect in high-end cutting tools or industrial equipment, not something designed to crack walnuts. This choice is critical for its dual-purpose role as a car window breaker, ensuring the tip remains sharp and effective even after repeated use. That effectively means your walnut or macadamia or brazil nut stands absolutely no chance. The tip works remarkably well against seafood too, letting you crack into crab and lobster claws/shells without breaking out industrial equipment.

This precision translates directly to its performance in the kitchen. It boasts a 95% kernel preservation rate, a number that seems ambitious until you consider the physics at play. Instead of crushing a shell with slow, brute force, the Hamtel delivers a sharp, localized impact that fractures the shell without pulverizing the contents. This makes it just as effective for delicate jobs, like cracking open crab legs or lobster claws without shredding the meat inside. It brings a surprising level of finesse to a category of tools typically defined by their crudeness, making it a genuinely useful upgrade for any kitchen.

Initial pricing puts the Hamtel at $66, which is a compelling entry point considering its planned retail is set at $124. Logistics are refreshingly simple, with a flat $9 shipping fee for delivery anywhere in the world. An optional nut pick can be added for just a few dollars, making it a complete package for dealing with stubborn shells. For the price of a single-purpose emergency tool, you’re getting a device that serves three distinct functions, some life-changing, others life-saving. But for most of the time, bon appetit!

Click Here to Buy Now: $66 $124 (47% off) Hurry! Only 9 days left.

The post This Tungsten-tipped Nutcracker Works On Walnuts, Seafood, and even Car Windows in an Emergency first appeared on Yanko Design.

This 3D-Printed Lamp Changes Its Pattern When You Tilt It

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Many of us first encountered the magic of lenticular printing on a pocket-sized novelty card. Tilting it back and forth would make a cartoon character move or a flat image suddenly appear to have three-dimensional depth. The principle was simple and clever: a series of tiny, parallel lenses on a plastic sheet would direct different slivers of an underlying image to our eyes depending on the viewing angle. It was a fun, tactile illusion, a small piece of optical engineering designed to create a moment of surprise and delight from a static object.

Imagine taking that same principle and applying it to a gracefully curved, three-dimensional lamp. This is precisely what the Japanese brand QUQU has achieved with its Nishiki line. The entire body of the lamp functions as a lenticular lens, using the fine, horizontal ridges of the 3D printing process as the optical array. As you move around the lamp, patterns of colour suspended within its translucent walls shift and swim, revealing new dimensions and tones. It transforms a simple light source into a dynamic object that performs a quiet, constant dance with the viewer’s perspective.

Designer: QUQU

The entire trick hinges on QUQU’s decision to weaponize what most of the FDM printing world considers an imperfection. We spend countless hours and dollars on post-processing to eliminate layer lines, chasing that injection-molded smoothness to prove the technology is “ready.” QUQU went in the complete opposite direction and made those 0.2mm or 0.3mm ridges the star of the show. Each concentric line acts as a cylindrical lens, refracting light that passes through the lamp’s wall. Instead of a flaw, the texture becomes the engine of the visual effect. This is a genuinely sharp piece of design thinking that elevates the manufacturing process itself into an aesthetic feature, rather than something to be hidden.

This effect would fall completely flat with the wrong material. A standard PLA or PETG filament would be too opaque or have the wrong refractive index, turning the whole thing into a muddy mess. QUQU’s use of a semi-translucent, grain-derived biomass plastic is the critical second half of the equation. This specific material choice gives the 155mm tall shade a soft, fibrous quality that diffuses light beautifully, preventing harsh hotspots from the internal LED. It has just enough clarity to let you perceive depth but enough haze to blend the suspended colours into those soft, koi-like patterns. The material is doing as much optical work as the surface geometry is.

The printer deposits coloured filament at varying depths inside the thick wall of the shade, sandwiching it between inner and outer layers of the translucent base material. This is a level of algorithmic control that feels like a form of digital craft, placing colour with volumetric precision. When you see the lamp unlit, the colours appear soft and suspended. Turning the internal LED on then completely inverts the experience, as the pigmented patterns become dark, dramatic silhouettes against a warm, glowing background. This gives the object a compelling dual personality, making it an entirely different piece depending on whether it is active or at rest.

The Ruri colorway, with its deep lapis lazuli tones, is the one getting the most attention, but the line includes others worth a look. The Koubai offers a warm plum red, Moegi provides a fresh spring green, and Hakumu is a subtle “white mist” variant. They are available directly from QUQU’s Japanese webstore for ¥19,800, which works out to roughly $125 USD. Now imagine this technique being used on other 3D printed products. I’d kill for a phone case made this way!

The post This 3D-Printed Lamp Changes Its Pattern When You Tilt It first appeared on Yanko Design.

This $900 TCL TV Has the Same Panel Tech Samsung Charges $2,000 For

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Premium television specs used to live behind premium price tags, a sorting mechanism that kept the best picture quality safely out of reach for most buyers. TCL has spent the last few years dismantling that barrier, and the T7M Pro SQD-Mini LED feels like the wall finally came down. For 6,199 yuan (roughly $900), you get 1,152 local dimming zones, full BT.2020 color coverage, and 2,200 nits of peak brightness. Those numbers belong to televisions that typically cost two or three times as much, yet here they are in sizes from 65 inches for just $900 up to a whopping 98-inch variant priced at a fairly reasonable $2,178.

The T7M Pro uses TCL’s SQD-Mini LED technology, which pairs quantum dot color filters with precise Mini LED backlighting. The company engineered a new panel that filters light more accurately, outputting cleaner colors with less contamination. A 4K screen runs at 150Hz natively, upgradable to 300Hz for gaming. Lingkong UI 3.0 handles the software side with AI-powered picture optimization and content recommendations. TCL kept the chassis at 60mm thick for near-flush wall mounting. The lineup launches in China across four sizes, and the pricing suggests TCL has stopped chasing flagship competitors and started outspeccing them at half the cost.

Designer: TCL

BT.2020 is the actual color space HDR content gets mastered in, the standard filmmakers use when they finish a movie. Most televisions claim wide color support but only hit 70 to 85 percent of that range, then fake the rest by stretching values. TCL claims the T7M Pro covers the full 100 percent through its Super Butterfly Wing Star Display panel, which uses better materials to filter light more cleanly. Cheaper quantum dot screens mix wavelengths and produce muddy colors. This one supposedly keeps red, green, and blue separate and pure. If that holds up in actual use, you’re seeing colors the way the director intended them.

TCL packed 1,152 dimming zones into the T7M Pro, letting different parts of the screen brighten or dim independently. That matters when you’re watching HDR content where a bright explosion needs to pop against a dark sky without making the whole screen glow. The 2,200 nits of peak brightness means highlights stay detailed instead of blowing out into white blobs. Whether 1,152 zones eliminate all the halo effects around bright objects depends on how large each zone is and how smart the processing is. We won’t know until someone tests it properly, but the number alone puts it in serious territory.

The television runs at 150Hz natively, smooth enough for high frame rate gaming and sports. Push it to 300Hz through motion smoothing if you like that soap opera look, though most people turn that off immediately. Four HDMI 2.1 ports with full bandwidth mean your PlayStation 5 or Xbox Series X can output 4K at 120Hz without compromise. Variable refresh rate and auto low latency mode are both here, which have become expected features on any TV that calls itself gaming-ready. TCL clearly built this thing with console players in mind, not just movie watchers.

Lingkong UI 3.0 runs the software side with a card-based layout and zero boot ads, already a win over most smart TV platforms that force you through commercials just to turn the thing on. The AI component learns your viewing habits and adjusts picture settings automatically, plus it suggests content based on what you watch. How pushy those recommendations get will determine whether this feels helpful or annoying. A quad-core processor with 4GB of RAM keeps things moving, which matters when you’re jumping between streaming apps or adjusting settings mid-movie.

Samsung’s QN90D Mini LED TV with similar specs costs around $1,800 for the 65-inch model. Sony’s X95L Mini LED sits near $2,000. Both deliver great picture quality, but neither performs twice as well to justify twice the price. TCL is counting on buyers to do the math and realize they’re paying for a badge, not better technology. That argument gets even stronger with the 98-inch T7M Pro at $2,178, a size where Samsung and Sony regularly charge $4,000 or more. The performance gap between a $2,000 TV and a $900 TV used to be massive. Now it’s mostly marketing.

TCL launched the T7M Pro in China first with no confirmed international release date, though the company already sells Mini LED TVs globally so a wider rollout seems inevitable. For anyone willing to import or wait for official availability, this television makes flagship picture quality accessible without flagship pricing. The question it forces on established brands is simple and uncomfortable: what exactly are buyers paying extra for when the panel specs are identical?

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The Anti-Distraction Smartphone That Still Lets You Use Uber and Strava

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I pulled out my phone at the airport gate to check my boarding time, then spent the next fifteen minutes scrolling TikTok. I nearly missed my flight. The phone wasn’t lying when it said Gate 23, but somewhere between the lock screen and actually standing up, Instagram happened, then Twitter, then one more reel. We’ve all been that person. The issue is architectural: smartphones were built to be everything machines, and everything machines are terrible at being sometimes machines.

Meadow, a San Francisco startup, thinks the solution sits between the extremes. Their $399 phone launching June 2026 runs a curated set of actually useful apps (Spotify, Uber, Maps, a camera) while completely excluding the attention-draining ones (Instagram, TikTok, email, web browsers). You get a private phone number that only your contacts can reach, a 3-inch screen deliberately too small for binge-watching, and 4G connectivity without the infinite scroll tax. It’s a 4-ounce slab of recycled polycarbonate that wants to get you through your day, then get out of your way.

Designer: Meadow SF, Inc.

The 3-inch TFT LCD measures roughly 1.3 x 2 inches in total device footprint, making this closer to an iPod nano than a modern smartphone. The screen is big enough to read a map or control Spotify, but small enough that watching a YouTube video feels like punishment. The 13MP ultrawide camera captures memories without turning you into a content creator. The whole package weighs 4 ounces and fits in a coin pocket, which means you can actually forget you’re carrying it.

The minimalist phone market has been wrestling with this problem for years, and everyone keeps arriving at slightly different conclusions. The Unihertz Titan 2 resurrects the BlackBerry Passport form factor with a physical QWERTY keyboard and a 4.5-inch square screen, betting that tactile typing will make you more productive and less prone to mindless scrolling. It works for some people. The Clicks Communicator takes a similar approach but positions itself explicitly as a secondary device, the thing you carry when your real phone stays home. The iKKO Mind One shrinks everything down to credit card size with a rotating camera, targeting travelers who want maximum portability. Mudita’s Kompakt goes full ascetic with an E-ink screen, no app store, and a hardware kill switch that physically disconnects the microphones and camera.

Meadow splits the difference. You get real apps from real services, the ones that genuinely make modern life easier. Spotify and Apple Music mean you’re not stuck with MP3s loaded via iTunes like it’s 2008. Uber and Maps mean you can actually navigate an unfamiliar city without printing directions. Strava means your runs still sync. The camera means you can capture moments. Notes, weather, clock, fitness tracking, all present. What’s missing is the entire category of apps designed to consume your attention rather than assist your life. No browser means no falling into Wikipedia rabbit holes at 1 AM. No email client means work can’t chase you into the evening unless you’ve specifically decided to check it on another device. No social media means no feeds, no reels, no endless scroll.

When you activate Meadow, you get a number that functions like an allowlist. Only people you’ve added as contacts can call or text you. Everyone else hits a wall. No spam calls about your car’s extended warranty. No texts from political campaigns. No unknown numbers at dinner. Your main phone can be dead or turned off and you still won’t miss calls that matter, because Meadow routes them through your main number. Setup takes five minutes at home, no carrier calls required. The eSIM activation happens through the Meadow app, and you’re off to the races.

The device ships with 128GB of storage, 6GB of memory, and a battery rated for one to two days depending on usage. Fast charging helps. The included accessories (action case, beach pouch, charging cable) suggest Meadow knows exactly who this is for: people who want to go outside and do things without their phone becoming the main character of the experience. Pre-orders are open now at meadow.so for $399, with shipping starting June 2026 and a nine-month free subscription ($10 per month after that for unlimited calls, texts, and photo storage). The first units hit doorsteps in May according to the delivery schedule, which means summer 2026 could be the season a bunch of people finally stop doomscrolling at the beach.

The post The Anti-Distraction Smartphone That Still Lets You Use Uber and Strava first appeared on Yanko Design.

Your Light Switch Is the Worst-Designed Thing in Your House. Inkslab Offers An Alternative

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Most wall switches exist to be ignored. You flip them without looking, never registering the object itself, because there is nothing to register. HDL Automation’s Inkslab panel series makes that kind of invisibility impossible. The surface is divided into irregular polygonal cells radiating outward from a central point, a geometry lifted directly from the perforated stone lattice windows of classical Suzhou gardens. Each cell is a button. The ornament and the interface are the same thing.

That formal discipline carries through the entire system. Inkslab is a modular series that tiles horizontally and vertically, mixing scene-selector panels, a circular HVAC control knob, power outlets, and single-button tiles into wall-mounted configurations as long or compact as the space demands. It comes in white, brushed champagne gold, matte black, and slate gray, and at 86 x 86 mm per tile, it sits flush against a wall with the quiet confidence of something that belongs there.

Designer: Hdl Automation Co., Ltd.

Classical Chinese perforated windows, called “leaky windows” in the original parlance, use irregular polygon grids to divide a wall surface into discrete framed voids. The geometry is simultaneously structural, decorative, and spatial. Inkslab takes that logic and runs it through an interface problem: how do you lay out multiple buttons on a 86 x 86 mm square without it looking like a grid of sad rectangles? The answer turns out to be Suzhou, and it works.

Each tile clips onto a shared wall bracket, and you can run them in any combination horizontally or vertically. The exploded product imagery shows the layering clearly: bracket, individual functional tiles, frame. Mix a three-tile scene-selector run with a power socket tile and the circular HVAC knob module, and you have a fully integrated wall panel covering lighting scenes, climate control, and power in one coherent visual strip. The round knob module in particular is well-considered, its circular display reading temperature and fan settings without interrupting the overall geometry of the panel it sits in.

Instead of manually programming scene modes through an app, the system learns from usage patterns and suggests scenes based on time of day and behavior. Paired with the proximity sensor that wakes the LED backlighting when you approach and cuts it when you leave, the panel behaves more like an attentive object than a passive one. HDL has been in the building automation space since the 1980s, when the company’s founder developed China’s first digital dimming controller, so the intelligence running underneath the Inkslab aesthetic has serious pedigree behind it.

The brushed champagne gold colorway reads closer to high-end architectural hardware than consumer electronics, and the anodizing process gives the aluminum surface a resistance to wear and corrosion that keeps it looking that way over time. Skin-friendly paint on the non-metal variants sounds like a small detail but matters on something you physically touch dozens of times a day. The 10 mm depth keeps the panel from protruding awkwardly from the wall, which is one of those specifications that sounds trivial until you see a chunky smart panel jutting off a freshly plastered surface.

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Rabbit R1’s OpenClaw Update Could Be Its Most Important Moment Yet

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There is a version of the Rabbit R1 story that ends in 2024. The device launches to enormous hype off the back of a viral CES presentation, ships to early adopters who find it half-finished and frustrating, earns a wave of scathing reviews, and quietly disappears the way most failed AI gadgets do. Humane’s AI Pin followed that trajectory almost exactly, discontinued in early 2025 after HP acquired the company. The R1 did not follow it, though the reasons why have less to do with any brilliant pivot than with stubbornness, incremental software updates, and a fair amount of luck.

By January 2026, two years of over-the-air updates had produced a device functional enough to sustain a renewed community of users and developers. Then OpenClaw arrived on the R1, and the conversation changed in a way that felt less like a product announcement and more like something clicking into place. OpenClaw, the open-source autonomous AI agent that had exploded from obscurity to 60,000 GitHub stars in 72 hours, had always carried a hardware problem at its core. The R1, as it turned out, had most of the solution already built in.

Designer: Rabbit

OpenClaw (formerly Clawdbot, then Moltbot, changing names three times in a single week) is an open-source autonomous AI agent that exploded from 9,000 to over 60,000 GitHub stars in 72 hours in late 2025. Austrian developer Peter Steinberger built it as a self-hosted agent runtime that connects AI models to your local machine, messaging apps, calendar, email, and file system. You control it by sending messages through WhatsApp, Telegram, Discord, or Slack, like you’re DMing a particularly capable assistant. OpenClaw can browse the web, manage your inbox, schedule meetings, summarize documents, and execute shell commands autonomously, with persistent memory that lets it remember context across weeks. The problem OpenClaw always carried was the lack of native voice interaction on dedicated hardware, and the R1 had exactly that hardware sitting in a drawer gathering skepticism.

Rabbit integrated OpenClaw in January 2026 as an alpha feature, requiring users to set up their own OpenClaw gateway and connect it to the R1. Push the talk button, speak a command, and OpenClaw executes it through your existing setup. The R1 becomes a voice interface for an agent that can genuinely act on your behalf, making the device something closer to what Lyu promised two years ago. The possibilities depend entirely on how you configure OpenClaw, which can expand through over 100 community-built skills. Security risks are real and well-documented (over 400 malicious add-ons were found on the skill hub in early 2026), but for users willing to manage that complexity, the R1 finally has a use case that feels native to the hardware rather than bolted on.

The post Rabbit R1’s OpenClaw Update Could Be Its Most Important Moment Yet first appeared on Yanko Design.

Researchers turned Sawdust Waste and Watermelon Seeds into Recyclable Fire-resistant Panels

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Every sawmill in the world produces it. Every furniture factory, every timber yard, every construction site that cuts wood leaves behind a pile of the stuff, and globally that adds up to hundreds of millions of tonnes of sawdust every year. Most of it gets burned for energy, which is a reasonable enough fate except that burning it releases back into the atmosphere all the carbon the tree spent decades pulling out of the air. It is a material that manages to be simultaneously everywhere and underused, treated as a combustion problem when it is, by the structural logic of its wood fibers, one of the more cooperative raw materials on earth. Firestarter cubes are made from it. Pykrete, the wood pulp and ice composite once proposed as an aircraft carrier hull material, relied on it.

Researchers at ETH Zurich and Empa have now given sawdust another role entirely. Doctoral researcher Ronny Kürsteiner spent his thesis developing a process to bind sawdust particles with struvite, a colorless crystalline mineral composed of ammonium magnesium phosphate, using an enzyme derived from watermelon seeds to control how the crystals grow into the sawdust matrix. What comes out of the mold, after two days of cold-pressing and room-temperature drying, is a composite panel stronger in compression than spruce timber, capable of resisting a direct flame for more than three times as long as untreated wood, and fully recyclable at the end of its service life.

Designer: ETH Zurich

Struvite’s fire-retardant properties have been known for a while; the problem was always crystallization behavior. Conventional precipitation methods produce small, disorganized crystallites that can’t grip wood particles, which is why earlier attempts at this kind of composite fell apart mechanically. The watermelon seed enzyme controls nucleation, producing large interlocking crystals that physically fill the voids between sawdust particles. The binder content sits at 40% by weight. Panels are cold-pressed for two days and dried at room temperature, with no elevated curing conditions required.

When heat reaches struvite, it decomposes and releases water vapor and ammonia, drawing energy from the surrounding environment. The non-combustible gases displace oxygen, starving the fire and accelerating surface charring; that char layer slows access to unburnt material underneath. Cone calorimeter tests clocked untreated spruce igniting at 15 seconds; the struvite composite takes 45 to 51 seconds. Initial projections put it in the same fire protection class as cement-bonded particleboard, the current default for interior partition applications, though full-scale tests are still pending. Grind the panels at end of life, heat them just above 100 degrees Celsius to release ammonia, and the components separate cleanly for reuse or redirect as phosphorus fertilizer.

The post Researchers turned Sawdust Waste and Watermelon Seeds into Recyclable Fire-resistant Panels first appeared on Yanko Design.

This 75 percent keyboard splits in two and opens up your entire workspace

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If you’ve spent any time in mechanical keyboard spaces online, you’ve probably seen someone evangelizing split keyboards as the solution to all your ergonomic problems. They’re usually right, but the barrier to entry has been high. Most split boards either require assembly, force you onto ortholinear or column-stagger layouts, or look like something out of a cyberpunk cosplay. The Jiffy75 takes a simpler approach: it’s a regular 75 percent keyboard that happens to come in two pieces.

JezailFunder, the company behind it, is running a Kickstarter campaign that’s already blown past its $5,000 goal and landed over $170,000 in pledges. The keyboard itself is CNC-machined aluminum with wood trim, fully wireless between halves and across devices, and hot-swappable so you can pick your own switches or swap them later. There’s also a programmable knob, which has become table stakes for premium keyboards at this point. Pricing starts at $199 for early backers, and shipping is planned for May if production stays on schedule.

Designer: JezailFunder

Click Here to Buy Now: $219 $249 ($30 off) Hurry! Only 71 left of 200

JezailFunder’s previous product, the Cornix, found an audience in the ergonomic keyboard community, but user feedback revealed something important. People were buying it to relieve physical discomfort and strain from traditional one-piece keyboards, but the Cornix’s specialized layout created its own learning curve that made it unsuitable for everyone. That insight drove the team to build something with broader appeal, a split keyboard that keeps the familiar 75 percent row-staggered layout so the ergonomic benefit doesn’t come with weeks of retraining your muscle memory. The result is a keyboard that you can theoretically start using the day it arrives without hunting and pecking your way through your first email.

The Jiffy75’s body is CNC-machined from a single block of aerospace-grade aluminum, which JezailFunder calls a unibody construction. This approach guarantees better structural integrity and tighter tolerances than stamped metal cases, and the entire surface is anodized for a scratch-resistant finish with a subtle premium glow. A strip of natural wood runs along the top edge of each half, breaking up the metal with a warmer material accent that gives the whole thing a more furniture-like presence on a desk. Optional solid wood wrist rests come in walnut and maple, each one custom-engineered to match the keyboard’s profile with a precise slope and height calibrated to keep your wrists in a neutral position during long typing sessions.

The design philosophy here centers on the 75 percent layout, which research JezailFunder cites shows as a user favorite. Splitting that configuration relieves shoulder and wrist discomfort by allowing a more open, relaxed posture, and it also opens up the center of your workspace for tablets or other devices, which can improve workflow productivity depending on how you use your desk. That center-space argument matters more than it sounds like at first. If you’ve ever tried to reference a tablet or a notebook while typing on a full-width keyboard, you know how awkward the geometry gets. A split layout solves that by design.

Both halves connect to each other wirelessly, and the whole keyboard supports tri-mode connectivity: USB-C, Bluetooth, and 2.4GHz wireless via an included dongle. You can pair it with up to three devices simultaneously and switch between them on the fly, which makes it useful for people who bounce between a laptop, a desktop, and a tablet throughout the day. Each half houses its own 2,800mAh battery. JezailFunder rates the left module at up to 1.5 months of battery life and the right module at up to 2 months, though real-world longevity will depend on usage patterns and whether you’re running Bluetooth or 2.4GHz most of the time.

The keyboard features a remapping tool called the Jzf Hub, which allows full-key customization. Layout arrangements, rotary knob functions, and every other input can be redefined by the user. The programmable rotary encoder can handle volume control, page scrolling, or any custom function you assign to it. Hot-swap support means you can swap switches without soldering, and the campaign offers two switch options out of the box: Cloudshell White, a linear switch, and JZF Mist, a custom 37g silent switch designed specifically for users who prioritize a quiet typing experience. JezailFunder developed the Mist based on user research showing that split 75 percent enthusiasts wanted a silent typing experience with zero disturbance to others while still delivering superior tactile feel. The custom 37g silent switch was the result.

The Jiffy75’s beauty is its non-hobbyist design language. With an aesthetic that feels truly universal, JezailFunder says this keyboard’s practically for everyone. The neutral aesthetic appeals to people who love to stick to classics, while a vibrant range of colorways offers the freedom to choose a look that feels personal. Variants include ones with white, black, and pastel bodies, along with wood-accented options that lean into a Scandinavian minimalist vibe. There’s also a custom hardshell carrying case included by default, designed specifically for mobile professionals. The shock-resistant exterior shields the keyboard from impacts, the soft-fleece interior prevents scratches, and the whole thing stays compact and lightweight enough to travel with regularly.

Early bird pricing for the Jiffy75 starts at $219, and all units will include the keyboard, carrying case, USB-C cable, two backup switches, a 2.4GHz dongle, and a keycap puller. Add-ons include a keycap set for $29, low-profile Kailh switches for $39, the carrying case separately for $39, and wooden wrist rests for $99. Global shipping is planned to begin in early to mid-May 2026.

Click Here to Buy Now: $219 $249 ($30 off) Hurry! Only 71 left of 200

The post This 75 percent keyboard splits in two and opens up your entire workspace first appeared on Yanko Design.

Spigen Made a MagSafe Wallet That Looks Like a 1984 Mac and It’s Hard to Argue With

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The Macintosh 128K was a beige rectangle with vents, grooves, and a floppy disk slot. Spigen’s new MagSafe wallet is also a beige rectangle with vents, grooves, and a slot (this one for cards, not diskettes). The visual rhyme is intentional. While most accessory brands slap nostalgic graphics onto generic products and call it a day, Spigen has been translating early Apple industrial design into functional modern objects, treating the Classic LS line like a miniaturized homage rather than a costume. The iPhone case kicked off that approach, shrinking the 128K’s visual language into something that could protect a phone without feeling like a novelty item. Now the brand is applying the same logic to a card wallet, and the result feels surprisingly coherent, like someone actually sat down and asked what a 1984 Macintosh would look like if it held three credit cards and magnetically attached to your iPhone.

The Classic LS Card Holder (Mag Fit) is officially priced at $39.99 and works with MagSafe cases on iPhone 12 models or newer. Spigen says it stores up to three cards and uses strong MagSafe magnets for a secure attachment to your phone or other compatible accessories. The wallet includes a recessed “hello” cutout that makes it easier to push cards upward and out of the holder, addressing one of the biggest usability complaints with magnetic wallets. Visually, it matches the rest of the Classic LS ecosystem, carrying over the stone finish, floppy disk accent, keyboard-style grooves, and rainbow logo badge seen on the iPhone case, lanyard, and AirPods case. If you already own the Classic LS iPhone case, this wallet looks like it was always meant to snap onto the back of it.

Designer: Spigen

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Spigen could have stopped at surface-level nostalgia and called it a win, but the wallet actually translates specific Macintosh design cues into tactile, functional features. The vertical grooves running along the side mirror the cooling vents on the original 128K, giving the wallet extra grip while reinforcing the retro aesthetic. The floppy disk accent sits where a disk drive would have lived on the old Mac, complete with a tiny embossed detail that mimics the metal shutter on a 3.5-inch diskette. The rainbow-striped logo badge is a miniature version of Apple’s iconic six-color mark from that era, and the recessed “hello” cutout references the Mac’s famous startup greeting. These aren’t decorative add-ons, they’re design choices that make the wallet feel like a scaled-down piece of computing history rather than a sticker-covered MagSafe puck.

Card access is where most magnetic wallets fail. You either pry cards out with your fingernails or shake the whole assembly like a vending machine until something falls out. Spigen’s cutout solves that problem by giving you a thumb-sized recess where you can push upward on the card stack, ejecting them far enough to grab. The wallet also features a non-slip silicone grip on the back, keeping it secure in your pocket and preventing the whole thing from sliding around when magnetically attached to your phone. MagSafe compatibility means the wallet works with any MagSafe-enabled case, not just Spigen’s own Classic LS case, though pairing it with the matching case obviously completes the retro look. Spigen lists compatibility starting with iPhone 12 and extending through current models, so you’re covered whether you’re running a 12 Mini or a 16 Pro Max.

At $39.99, the Classic LS Wallet sits in the higher end of the MagSafe wallet market, especially compared to generic Amazon options that hover around $15 to $20. Apple’s own MagSafe wallet retails for $59, so Spigen undercuts Cupertino while still charging a premium over no-name competitors. The price makes sense if you’re already invested in the Classic LS ecosystem, where the wallet functions as the final modular piece rather than a standalone purchase. If you’re not already bought into the retro aesthetic, though, you’re paying extra for design nostalgia that might not register.

Spigen lists the wallet as available now on its official site in the signature Stone colorway, SKU AFA10949. If the brand follows the same trajectory as the rest of the Classic LS line, this could be the start of additional retro-tech accessories, maybe a MagSafe stand styled like a compact Mac or a charging puck that looks like a vintage mouse. For now, the wallet completes the set, turning your iPhone into a tiny monument to the beige-box computing era, one credit card at a time.

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The post Spigen Made a MagSafe Wallet That Looks Like a 1984 Mac and It’s Hard to Argue With first appeared on Yanko Design.