Author Archives: Sarang Sheth

9 Lighting Modes, 1.1 Inch Size: This Magnetic EDC Flashlight Saves Effort And Even Saves Lives

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Your phone’s flashlight works fine until you’re elbow-deep in a car engine bay or fumbling with tent poles in the dark. Then you realize the limitation: you need both hands free, you need the light exactly where you’re working, and you need it to stay there without propping your $1,200 device against something greasy or precarious. The NanoB10 from Gadget On lives in that gap between “good enough” and “actually useful.”

This 3cm titanium flashlight attaches magnetically to your watch strap and rotates 360 degrees once mounted. Nine lighting modes cover everything from finding your keys to emergency signaling, while the dual-magnet system means it sticks to any metal surface at the angle you actually need. The whole package weighs about 24 grams and charges via USB-C. Sometimes the best tool isn’t the most powerful one in your house, it’s the one that’s already on your wrist when you need it.

Designer: GADGET ON

Click Here to Buy Now: $73.5 $102 (28% off) Hurry! Only 19 days left.

24 grams puts this roughly in the same territory as a couple of quarters or precisely 2 AirTags, which means it disappears until you remember it’s there. Anything heavier starts pulling on your watch strap in ways that make you constantly aware something’s hanging off your wrist, which defeats the whole point of EDC gear that’s supposed to integrate into your daily carry without becoming a burden. The dimensions work out to 30mm x 27mm x 13mm, slightly larger than a nickel but thinner than you’d expect given what’s packed inside. Gadget On clearly spent time solving the density problem, cramming a 60mAh rechargeable battery, nine distinct LED modes, and two separate magnet systems into a volume that fits comfortably on a NATO strap without looking like you strapped a bottle cap to your wrist.

Two separate magnets handle different mounting scenarios, and the separation between them solves a problem most magnetic lights never address. One magnet lives in the body itself, letting you slap the flashlight directly onto any ferrous metal surface like a car hood, tool chest, or steel beam. The second magnet sits in the detachable clip, and this is where the 360-degree rotation becomes useful rather than just a spec sheet number. You dock the flashlight onto the clip magnetically, then spin it to whatever angle you need while the clip itself stays fixed to your watch strap, shirt pocket, or backpack strap. You’re no longer stuck with whatever angle the metal surface happens to be at, which is the usual limitation of magnetic work lights that just stick flat against whatever you attach them to.

Most keychain lights give you one brightness level and maybe a strobe if you’re lucky. The NanoB10 delivers four white LED modes at 1 lumen for night-light use, 35 lumens for low tasks, 100 lumens for medium work, and 200 lumens when you need actual throw. Add a white strobe for emergencies, two red LED modes at 2W and 3W for preserving night vision, a red SOS mode, and a 3W UV light at 365nm that’s actually useful for spotting fluid leaks or checking security features. Runtime on the 1-lumen night-light mode hits 15 hours, which becomes relevant when you’re trying to navigate a dark campsite without waking everyone up or need sustained low-level light for reading maps without killing the battery. The 200-lumen high mode obviously drains faster, but you’re using that in short bursts anyway.

Grade 5 titanium costs more than aluminum or plastic alternatives, but you can drop this thing, step on it, or leave it rattling around in a toolbox without worrying about cracked housings or stripped threads. IPX6 water resistance covers rain and splashes but stops short of submersion, which feels like the right tradeoff for something this compact. You’re not taking this diving, but you can use it in a downpour without killing it. The stonewashed titanium finish looks substantially better than the polished options in my opinion, though that’s entirely subjective. What’s objective is that titanium doesn’t corrode, doesn’t scratch as easily as aluminum, and develops a patina over time that actually improves the appearance rather than making it look beat up.

GADGET ON debuted the NanoB9 just last year, and managed to gather consumer feedback and knock out their next variant in just months. The base got redesigned for better magnetic hold and stability, machining tolerances tightened up across the body, and they added three more finish options based on user feedback from the previous version. That’s smart evolution because the core concept already worked, it just needed polish. The one-button control includes mode memory, so the light turns on to whatever setting you used last instead of forcing you to cycle through all nine modes every single time you need the flashlight. That small detail prevents the kind of annoying behavior that makes people abandon multi-mode lights entirely.

USB-C charging completes a full cycle in approximately 30 minutes, which aligns with the small 60mAh battery capacity. You’re trading extended runtime for size, but the math works when you consider that 15 hours on low gets you through most realistic use cases before you’re near a USB port again. The charging port sits under a small rubber cover to maintain the IPX6 rating, which adds one more thing to keep track of but beats the alternative of a corroded port that stops working after six months of exposure. The cover is tethered to the body, so at least you won’t lose it immediately.

The NanoB10 comes in five finish options: Wave (blue anodized with wave pattern), Matrix (green anodized), Stone (stonewashed bare titanium), Desert (gold anodized), and Slate (natural titanium). Pricing starts at £54 for the Stone or Slate single-color versions and £66 for the anodized color options, which translates to roughly $70-85 USD depending on current exchange rates. Shipping is estimated to begin in June 2026, with the flashlight and magnetic clip sold as separate items so you can add extra mounting options if needed.

Click Here to Buy Now: $73.5 $102 (28% off) Hurry! Only 19 days left.

The post 9 Lighting Modes, 1.1 Inch Size: This Magnetic EDC Flashlight Saves Effort And Even Saves Lives first appeared on Yanko Design.

The Navy’s Batwing Fighter Jet Promises Mach 4 Speed… But It’s Still Just A Concept

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David versus Goliath stories captivate us, especially when David brings a slingshot that looks like alien technology. Enter Stavatti Aerospace, a 25-person firm from Niagara Falls taking on Boeing and Northrop Grumman for one of the most lucrative defense contracts in naval aviation. Their weapon of choice? The SM-39 Razor, a fighter design so visually striking it demands a double-take. The triple-fuselage “Batwing” configuration breaks from a century of conventional aircraft architecture, presenting a form that’s more science fiction than traditional aerospace engineering.

The radical design supposedly delivers Mach 4 speed, Mach 2.5 supercruise, and performance metrics that eclipse what defense industry titans are proposing. Stavatti built these ambitions on titanium foam construction and aerodynamic principles that challenge orthodox thinking about fighter design. The catch? Stavatti has never manufactured an actual aircraft. Since opening in 1994, the company has produced concepts, proposals, and computer-generated imagery. Nothing has left the ground. The SM-39 represents either visionary thinking waiting for its moment or the latest chapter in a long catalog of paper airplanes.

Designer: Stavatti Aerospace

Three distinct fuselages merge into a blended wing body that genuinely resembles the vehicle Bruce Wayne keeps in his cave. The central section houses the cockpit while two outer nacelles sweep back at aggressive angles, each tapering to needle-sharp points. From above, the silhouette reads as pure menace. From the side, you see how the bodies integrate into the wing structure rather than sitting on top of it like conventional designs. Variable-camber technology supposedly lets the wing morph its shape for different flight regimes. Stavatti claims this delivers efficiency from carrier deck launches all the way through to near-hypersonic speeds.

Speaking of speeds, let’s talk about that Mach 4 claim. Current fifth-generation fighters top out around Mach 1.8 to 2.0. The SR-71 Blackbird, built with exotic materials and specialized engines for one specific purpose, hit Mach 3.3. Stavatti wants us to believe their turbofan-powered fighter will casually exceed that by nearly a full Mach number while also handling carrier operations, dogfighting, ground attack, and electronic warfare missions. The physics gets dicey here. At Mach 4, ram air temperature at the intake approaches 400 degrees Celsius. The skin heats up enough to glow on infrared sensors from a hundred miles away. Stealth becomes a joke when you’re essentially a flying torch broadcasting your position to every heat-seeking sensor in the battlespace.

Those elongated outer nacelles look sleek in CGI but imagine the torsional loads during a 9G turn. You’re talking about tremendous stress on the attachment points where they meet the central wing structure. Conventional aircraft concentrate mass along a single fuselage spine for good reason. Spreading things out multiplies the engineering challenges exponentially. Stavatti’s answer involves titanium foam, a material with impressive strength-to-weight ratios in theory. In practice, nobody has built a supersonic fighter from it because manufacturing consistent, reliable structural components at scale remains a massive hurdle.

The elephant in the room is just the money. Stavatti pulls in about $3 million annually, reportedly from venture capital, government incentives, and IP sales. That budget wouldn’t cover the coffee bill at Boeing’s fighter division. The company has zero prototypes, zero test flights, zero production experience. The Navy hasn’t even confirmed receiving their F/A-XX submission. Meanwhile, Boeing and Northrop Grumman have actual sixth-generation fighter programs with actual hardware being tested at actual classified facilities.

That being said, the SM-39 Razor does look absolutely fantastic. That counts for something in an industry where form follows function to an extreme degree. Wild unconventional designs sometimes break through. The Northrop flying wing became the B-2 Spirit. Skunk Works turned crazy ideas into the U-2 and SR-71. But those programs had serious funding, experienced teams, and institutional backing. Stavatti has renderings and ambition. Beautiful concepts deserve appreciation as thought experiments. Treating them as legitimate competitors requires suspending disbelief past the breaking point.

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LEGO Finally Made Luna Lovegood’s House and It Has a Working Light Projector

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The Lovegood house appeared in just one Harry Potter film, yet its impact resonates throughout the entire Deathly Hallows storyline. Within those curved walls, Harry, Ron, and Hermione learned the truth about the Deathly Hallows. Within those same walls, they discovered the painful lengths a desperate father would go to save his daughter. The location became synonymous with both revelation and betrayal.

LEGO set 76467 transforms this cinematically significant dwelling into a buildable display piece. The design showcases half of the cylindrical structure, allowing access to meticulously crafted interior spaces across multiple floors. Five minifigures, including Luna in her distinctive purple outfit and a menacing Death Eater, let builders recreate the tense confrontation that defined this chapter of the story.

Designer: LEGO

LEGO’s decision to finally produce this set feels long overdue. The Harry Potter line has given us Hogwarts in every configuration imaginable, multiple iterations of Diagon Alley, the Knight Bus, the Burrow, and even Hagrid’s Hut. But the Lovegood residence, despite its narrative weight in Deathly Hallows Part 1, has remained conspicuously absent until now. Perhaps the unusual architecture made it a challenging prospect. That cylindrical tower, leaning slightly, covered in eccentric vegetation, doesn’t fit the typical LEGO building aesthetic. The cross-section approach solves this beautifully, giving you the iconic silhouette while making the interior actually playable.

At 764 pieces for $89.99, the pricing sits right in LEGO’s mid-range sweet spot. That breaks down to roughly 11.8 cents per piece, which aligns with their standard Harry Potter pricing model. The set measures 29 cm tall, 22 cm wide, and 10 cm deep when completed. For context, that’s roughly the height of a standard wine bottle, so it commands presence on a shelf without dominating your entire display space. The proportions work because the Lovegood house always looked like it defied physics anyway, so the compressed depth of the cross-section design feels authentic to the source material.

They stuck a light brick projector in there that casts images from the Tale of the Three Brothers onto a wall panel. Could they have just printed a tile with the Deathly Hallows symbol and moved on? Absolutely. Did anyone expect them to build a functional projection mechanism? Not really. But here we are. You can actually stage that scene where Xenophilius lays out the entire legend while Harry, Ron, and Hermione sit there processing the fact that they’ve been hunting MacGuffins this whole time. The Erumpent horn sits nearby waiting to explode and wreck everything, because of course it does.

The minifigure roster mirrors the famous Deathly Hallows scene. Harry and Hermione show up in their grim Deathly Hallows gear, not their Hogwarts uniforms. Xenophilius looks appropriately wrecked, which tracks for a father about to betray three teenagers to Death Eaters. Luna appears in purple pajamas because she’s literally imprisoned upstairs during this whole mess. Speaking of Death Eaters, one comes included to represent the threat bearing down on everyone. Then there’s that translucent blue Hare Patronus, part of LEGO’s 25th anniversary collectible series. If you’re chasing the full Patronus collection, you need this set. LEGO knows exactly what they’re doing with that incentive structure.

Available now at LEGO’s standard retail channels, this set fills a gap that honestly shouldn’t have existed this long. The Lovegood house carries weight in the Potter narrative that far exceeds its single-film appearance, and watching LEGO finally commit to that weird cylindrical architecture feels oddly validating. Will it fly off shelves like a Hogwarts Castle release? Probably not. But for people who actually care about Deathly Hallows beyond the surface-level plot points, having Xenophilius’s desperate gambit immortalized in brick form matters. Plus that light projector gimmick will look absurdly cool in low lighting, which might be reason enough to grab it before LEGO inevitably retires the set and secondary market prices get stupid.

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Smart Pilates At Home: Why This Foldable Reformer Might Replace Your Expensive Studio Membership

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Reformer Pilates studios charge $35 to $60 per class. If you go twice a week, you’re spending roughly $300 to $500 every month. Three months of that schedule costs more than Pavo’s $899 price tag. Six months in, you’ve paid double what the machine costs. And you’re still driving across town to work out on someone else’s schedule. Pavo is a foldable reformer designed to fit under beds or sofas, weighing 66 pounds and measuring just 51 by 26 inches when folded. It sets up in about five seconds by lifting one end with your foot. The aluminum frame supports users up to 220 pounds and includes four adjustable foot bar heights plus six resistance cords across three tension levels.

Pavo’s smart sensors separate it from the budget foldable reformers on Amazon. The system tracks your movements during workouts and syncs data to an app with guided classes sorted by skill level and length. It flags form problems as they happen and charts your progress over time. The reformer handles over 100 exercises and comes with ten permanent free courses. For anyone practicing Pilates multiple times weekly, the math makes sense: the machine pays for itself in saved studio fees while putting workouts entirely on your terms.

Designer: Pavofitness

Click Here to Buy Now: $898 $1499 ($600 off). Hurry, only 19/150 left! Raised over $513,000.

While you’ll find flimsy-yet-portable reformer pilates machines for $150-ish bucks online, they don’t have the sensor array that Pavo does. Internal monitors measure carriage velocity, detect platform instability, and identify muscle fatigue through trembling patterns. That last bit is pretty crucial because trembling usually means you’re either pushing too hard or your form collapsed. The system catches it in real time and adjusts the coaching prompts accordingly. Pavo’s sensors analyze movement quality, which is the entire point of Pilates in the first place. You’re not counting how many times the carriage moved, you’re getting feedback on whether you moved it correctly. Think Peloton, but entirely for Pilates.

The aluminum construction uses three different alloys: 3003-H24, 6061-T3, and 6063-T5. Those are aircraft-grade materials chosen for specific properties. 6061-T3 handles structural stress without deforming. 3003-H24 resists corrosion. 6063-T5 keeps weight down while maintaining rigidity. The frame went through over 100,000 stress test cycles on the resistance springs and cables across all tension levels. The rollers use a design that keeps noise below 30 decibels during use, which is quieter than a whisper if you’re being technical about it. The PU leather upholstery resists scratches and wipes clean, which matters when you’re storing this thing under furniture and dragging it out multiple times a week.

Pavo measures 95.2 by 26.4 by 9.9 inches when unfolded, which is nearly eight feet long. That’s full-size reformer territory. When you fold it, the footprint drops to roughly the size of a standing yoga mat. The shoulder rests detach for even tighter storage. You’re fitting genuine reformer dimensions into a package that slides under a standard bed frame. The five-second setup works by lifting one end with your foot so the mechanism glides into position. No screws, no assembly, no wrestling with parts. Most foldable reformers compromise stability to achieve portability. Pavo uses that three-alloy frame and locking carriage to maintain rigidity even at 66 pounds total weight.

Ten permanent courses come free, organized by difficulty and workout length. Additional content sits behind a subscription, which is standard for connected fitness gear at this point. The guided workouts sync with the sensor data, so the instructor prompts adjust based on your actual performance. If you’re lagging behind the pace, the app knows. If your form breaks down mid-exercise, you get corrected before you build bad habits. The progression tracking shows improvement over weeks and months, which turns out to be surprisingly motivating when you can see measurable gains in resistance levels or movement consistency. The gamified workout mode adds challenges that make sessions feel less like obligatory exercise.

Six resistance cords across three tension levels give you enough range to start as a complete beginner and scale up as you get stronger. The adjustable foot bar has four height settings to accommodate different exercises and body proportions. That’s the same functionality you’d find on studio equipment, just packed into a frame that weighs 66 pounds instead of 200-plus. The weight capacity tops out at 220 pounds, and the height limit sits at 6’3″. Those are real constraints worth knowing before you buy. If you’re taller or heavier than those specs, maybe a more substantial home gym might be on your watchlist. However, for the vast majority of people who practice Pilates, Pavo is a perfect investment that pays itself back in no time, and occupies barely any space, whether you’ve got a tiny home or a villament.

The frame comes in white, black, or pink. The PU leather matches the frame color. There’s no branding screaming at you from every angle. It looks closer to furniture than gym equipment, which matters when you’re storing it in a living space instead of a dedicated workout room. The attention to materials and finish quality shows up in the details: rounded edges, clean welds, smooth transitions where the folding mechanism meets the frame. This is industrial design that considered how the object exists in a home, eliminating ugly weld lines, sharp edges that your pinky toe almost always finds, and parts jutting out from the frame that peek out from under your bed or sofa.

Pavo starts at $899 for the Super Early Bird package, which includes the reformer, straps, shoulder rests, springs, a USB charging cable, and a user guide. The Early Bird Professional Pack adds a sitting box for $950. There are also multi-unit packages for couples or studios buying in quantity. Shipping is estimated for June 2026, with delivery guaranteed according to the campaign terms. The machine comes with a one-year warranty and 10 free starter courses through the companion app.

Click Here to Buy Now: $898 $1499 ($600 off). Hurry, only 19/150 left! Raised over $513,000.

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Someone Built a Working Mini Printing Press Out of LEGO and You Can Operate It

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Before Gutenberg changed the world with movable type, knowledge traveled slowly, copied by hand from monastery to monastery. The printing press democratized information and sparked revolutions in science, religion, and politics. Now, a LEGO creator known as PrintNerd has brought that revolutionary technology into the hands of modern builders with a project that does more than sit on a shelf.

This LEGO Ideas submission features two fully functional printing presses built entirely from standard LEGO pieces. The lever-operated platen press and the roller-based press don’t just look the part. They actually work. Turn the handles, pull the lever, and watch centuries of engineering history play out in black, gray, and brown bricks. It’s a build that asks you to understand by doing, which is perhaps the most LEGO idea there is.

Designer: PrintNerd

The larger of the two models is a 312-piece platen press inspired by the Albion Press, which was the workhorse of letterpress printing for over a century. You operate it by rotating a handle that moves the printing bed into position, then pulling down a lever to bring the platen into contact with the paper. The mechanism is completely exposed, which means you can actually see how the force transfers through the system. There’s a yellow minifigure head perched on top that serves no functional purpose whatsoever, but somehow makes the whole thing feel more approachable, less museum piece and more desktop companion.

The roller press comes in at 163 pieces and takes a completely different approach to the same problem. Instead of applying pressure from above, it feeds the printing bed horizontally through a set of compression rollers. The cylindrical roller is the visual centerpiece here, flanked by gear mechanisms that let you crank the bed through manually. Both presses use that industrial black and gray color scheme that makes them look like miniature antiques, which is fitting since they’re based on machines that are still in active use by printmakers today.

PrintNerd built these for a community that already exists but has been working with a gap in their toolkit. There are LEGO enthusiasts who’ve been building relief plates from standard bricks for years, arranging studs and tiles into printable patterns, then taking them to external presses to make actual prints. The LEGO system has been perfectly capable of creating the artwork but incapable of providing the pressure. This project closes that loop. You can now build your plate, build your press, and complete the entire process without leaving the ecosystem. Color me impressed.

The project currently sits at 844 supporters with 376 days left to hit the 10,000 threshold needed for LEGO’s official review. It’s already earned Staff Pick status, which gives it better visibility on the platform but doesn’t guarantee production. LEGO Ideas has a notoriously unpredictable approval process. Plenty of worthy builds with strong support never make it to retail shelves. But this one has something going for it that most submissions don’t, which is genuine utility beyond novelty. You’re not just displaying it. You’re using it to understand how mechanical advantage works, how gears transfer motion, how centuries-old engineering principles still hold up. If you think that’s enough to make this MOC (My Own Creation) worthy of existing, go ahead and cast your vote for the build on the LEGO Ideas website!

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Samsung’s New Wearable Audio Concept Looks More Like Jewelry Than Tech

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Wearable technology has spent too long looking like wearable technology. Slac breaks that mold with a refreshingly honest approach: if something lives on your body all day, it should look like it belongs there. The circular ear ring and accompanying wrist piece read more like contemporary jewelry than consumer electronics, which is exactly the point.

This concept taps into how Gen Z actually relates to their audio devices. These aren’t tools you begrudgingly carry. They’re expressions of taste, mood shapers, and now with Slac, genuinely attractive accessories. The open hoop design that hugs your ear offers a sculptural quality that traditional earbuds simply can’t match. When paired with the sleek wrist component, you get a cohesive audio system that understands fashion and function aren’t opposing forces. They’re partners in creating technology people actually want to wear.

Designers: Youngha Rho, Minchae Kim, Doa Kim, Si Heon Song, Seunghee Kim

Three components make up the full system: an open ear ring handling audio output, a wrist-worn ring tracking your listening data, and a home charging station. That circular form factor pulls double duty in ways most earbud designs completely miss. Wrapped around your ear, it creates this architectural presence without jamming anything into your ear canal. You stay aware of conversations, traffic, your entire sonic environment while your music layers on top. When you’re done listening, the ear ring snaps magnetically onto the wrist component, transforming the whole setup into what reads as a chunky watch band or bracelet. Nobody’s shoving these into a pocket case like loose change.

The AI running behind the scenes tracks your full 24-hour audio cycle and starts building preference profiles automatically. Machine learning analyzes sound intensity, pitch variations, and tonal characteristics from everything flowing through those ear rings. Cycling to work means you probably want traffic noise punched up alongside your playlist. Grinding through spreadsheets at a coffee shop means the background chatter gets filtered while your focus playlist stays crisp. The system generates these sound filtering categories in real time, and you can tweak individual layers through sliders in the app. Boost voices, drop mechanical hum, amplify nature sounds, whatever combination your brain needs in that specific moment.

They’ve included this gesture control called “Slate” that actually seems thought through. You rotate your hand in a circular motion while wearing both rings, mimicking that clapperboard snap before a film take. One rotation flips you between content-focused mode and environment-focused mode. Your podcast drops to background levels while street sounds come forward, or vice versa. No app diving, no button fumbling, just a quick physical gesture.

The aesthetic commits fully to the jewelry angle without hedging. Both black and metallic colorways show up in the renders, and that wrist component carries enough visual mass to register as intentional rather than apologetic. You could wear this setup to contexts where regular earbuds feel socially awkward. Dinner with your partner’s parents, a work presentation, anywhere those telltale white stems signal that you’re half-checked-out. This project emerged from a design team working within Samsung’s development programs, and you can feel years of wearable experience informing every choice. Slac points toward where personal audio needs to go: context awareness, all-day wearability, and designs that enhance your aesthetic rather than forcing compromises.

Will this exist any time soon? I honestly doubt it. A lot of these large-scale internship/incubation programs are aimed at imagining an alternate reality or future and working to build the technology in that direction, in the hopes that insights and innovations will trickle into existing products. The Slac, as we see it, probably won’t exist… but its overarching theme of technology as jewelry is already fairly popular. Smartwatches and AI Pins are a great example of this, and given how often we already wear TWS earbuds, the idea of an earbud that also masquerades as jewelry seems like a fairly clever route…

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Fujifilm’s $170 Instax mini Link+ printer now lets you directly print moodboards from Pinterest

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The smartphone has killed the photo album, turned memories into infinite scrolls, and made physical prints feel almost quaint. But there’s something about holding a tangible photograph that a camera roll of 10,000 images can’t replicate. Fujifilm’s new Instax Mini Link+ smartphone printer bridges this gap with a sophistication that previous models lacked, trading playful pastels for matte black and orange industrial design.

What sets the Link+ apart isn’t just its grown-up aesthetic. The printer introduces a Design Print Mode specifically engineered for text-heavy layouts, graphic work, and intricate illustrations. Whether you’re printing Pinterest inspiration boards, magazine layouts, or poster designs, the enhanced resolution captures fine details that earlier models struggled to render. At $169.95, it positions itself as the premium option in Fujifilm’s smartphone printer lineup, targeting creators who want more than just snapshot printing.

Designer: Fujifilm

Here’s the thing about instant film printers: they’ve always been terrible at text. The Link 3 and its predecessors could handle photos decently enough, but try printing anything with small type or fine line work and you’d get a blurry mess. The Link+ solves this with what Fujifilm calls Design Print Mode, which optimizes the 318 dpi OLED exposure system for sharp edges and clean letterforms. I’ve seen the sample prints, and the difference is immediately obvious. That “FUN THRILLING RIDES” graphic they keep showing in the promo shots actually maintains readability, which sounds basic but represents a genuine technical improvement over previous models.

The printer outputs on standard Instax Mini film, so you’re working with a 2.4 by 1.8 inch image area. Small, yes, but that constraint forces you to think carefully about composition. The app now includes two color modes: instax-Natural for muted, film-like tones, and instax-Rich for saturated colors that pop. You can batch print up to 10 images at once, which makes creating a cohesive series actually practical instead of tedious. Each print takes about 12 seconds from exposure to ejection, and a full charge gives you roughly 100 prints.

And here’s the surprising part – the camera comes with Pinterest integration. You can pull images directly from your boards and print them as mini mood boards or inspiration cards. The app also lets you extract frames from videos, which opens up interesting possibilities for grabbing stills from footage without needing a separate video editor. Frame it, add a text caption or sticker if you want, then print. The whole process happens via Bluetooth 4.2, which means no cables but also means you’re limited to the bandwidth and occasional connectivity hiccups that come with wireless protocols.

The Link+ It measures slim enough to toss in a bag without much bulk, and the vertical printing orientation means you can watch your image emerge from the top slot like a tiny vending machine dispensing art. Fujifilm clearly wants this in design studios and on styled shelves, not just at birthday parties.

The question becomes whether the improvements justify the price premium over the Link 3, which still works perfectly fine for standard photo printing and costs about $30 less. If you primarily print snapshots, probably not. But if you’re printing graphics, working with text, or treating instant film as a legitimate creative output medium, the $169.95 Link+ delivers capabilities the older models simply cannot match. Sometimes maturity means gaining new skills, not just changing your outfit.

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This Luxury GT Concept Speaks Every Electric Luxury Design Language at Once

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Modern luxury automotive design has developed a visual shorthand. Horizontal LED treatments. Fastback silhouettes. Minimalist interiors dominated by screens and ambient lighting. The AC Luxury GT by Alex Casabo takes this established vocabulary and speaks it fluently, proving that working within constraints doesn’t mean sacrificing identity.

The car presents a masterclass in thematic consistency. Those layered horizontal light bars don’t just appear on the front fascia and disappear. They inform the wheel design, echo in the rear lighting, and establish a rhythmic visual language that unifies the entire form. It’s the kind of disciplined approach that separates thoughtful design from hasty pastiche. Rendered in both sterile studio environments and glamorous European backdrops, the AC Luxury GT maintains its composure. Some concepts need drama to convince you. This one relies on refinement.

Designer: Alex Casabo

The front end borrows heavily from Lincoln’s recent concept work, particularly that Star concept’s grille treatment where horizontal lines create sculptural depth. But where Lincoln went full theatrical with their execution, Casabo dials it back just enough to feel plausible for 2027 production. The striated LED treatment works because it’s geometric without being fussy, creating genuine visual interest through light and shadow play rather than relying on complex surface modeling. Stand this next to a Hyundai Ioniq 5 and you’ll spot the parametric pixel influence immediately, but the AC Luxury GT translates that Korean confidence into something that reads distinctly more Western luxury.

The wheels, however, are pure concept car audacity. Illuminated elements integrated into the spokes, geometric cutouts that would make any aerodynamicist nervous, and proportions that suggest this thing rolls on 22s minimum. They’re completely impractical for production and utterly perfect for their intended purpose. The “AC” logo on the steering wheel appears on the wheel centers too, maintaining brand consistency in a way that feels intentional rather than slapped on. You can almost hear the tire noise those open spoke designs would generate at highway speeds, but that’s tomorrow’s problem.

The fastback roofline creates a silhouette that splits the difference between grand tourer and luxury sedan. There’s cab-forward proportions here that suggest electric skateboard platform packaging, which makes sense given the visual language Casabo is working within. The rear haunches have just enough muscle to suggest performance credentials without veering into Dodge Challenger testosterone territory. Surface transitions are smooth, almost organic, letting the form speak through curvature rather than aggressive character lines. It’s a very 2020s approach to surfacing, this idea that restraint signals confidence.

That rear lighting treatment deserves its own discussion. Full-width taillight bars have become the luxury car equivalent of a required signature, but the horizontal striations here give it actual depth and texture. The way light filters through those layers creates genuine visual complexity, transforming what could have been a generic LED strip into something with presence. Below it, that carbon fiber diffuser and quad exhaust setup (probably fake on an EV, but we’ll suspend disbelief) provides the performance visual cues that the rest of the design deliberately avoids. It’s the mullet principle applied to automotive design: serene luxury up top, track-ready aggression below.

The interior (or whatever we can see of it) follows the playbook established by Lucid and Mercedes with their EQ lineup. Horizontal dashboard architecture, integrated screen real estate that flows into the IP rather than bolting on as an afterthought, light materials that suggest Scandinavian serenity over German precision. The steering wheel is refreshingly simple, avoiding the temptation to festoon it with capacitive buttons and haptic zones. Sometimes a wheel should just be a wheel. What’s interesting is how the exterior’s horizontal theme continues inside through that dashboard treatment, maintaining design language consistency in a way that many concepts forget about entirely.

Casabo created this as an exploration of AI tools in the design workflow, using Midjourney, Vizcom, and Photoshop to iterate rapidly on forms and contexts. It shows. The quality of these renders, the variety of lighting conditions and environments, the speed at which a designer can now visualize ideas across multiple scenarios, that’s the real story here. The AC Luxury GT works as a design exercise precisely because the tools allowed for the kind of rapid refinement that traditionally required weeks of studio time.

The post This Luxury GT Concept Speaks Every Electric Luxury Design Language at Once first appeared on Yanko Design.

This Luxury GT Concept Speaks Every Electric Luxury Design Language at Once

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Modern luxury automotive design has developed a visual shorthand. Horizontal LED treatments. Fastback silhouettes. Minimalist interiors dominated by screens and ambient lighting. The AC Luxury GT by Alex Casabo takes this established vocabulary and speaks it fluently, proving that working within constraints doesn’t mean sacrificing identity.

The car presents a masterclass in thematic consistency. Those layered horizontal light bars don’t just appear on the front fascia and disappear. They inform the wheel design, echo in the rear lighting, and establish a rhythmic visual language that unifies the entire form. It’s the kind of disciplined approach that separates thoughtful design from hasty pastiche. Rendered in both sterile studio environments and glamorous European backdrops, the AC Luxury GT maintains its composure. Some concepts need drama to convince you. This one relies on refinement.

Designer: Alex Casabo

The front end borrows heavily from Lincoln’s recent concept work, particularly that Star concept’s grille treatment where horizontal lines create sculptural depth. But where Lincoln went full theatrical with their execution, Casabo dials it back just enough to feel plausible for 2027 production. The striated LED treatment works because it’s geometric without being fussy, creating genuine visual interest through light and shadow play rather than relying on complex surface modeling. Stand this next to a Hyundai Ioniq 5 and you’ll spot the parametric pixel influence immediately, but the AC Luxury GT translates that Korean confidence into something that reads distinctly more Western luxury.

The wheels, however, are pure concept car audacity. Illuminated elements integrated into the spokes, geometric cutouts that would make any aerodynamicist nervous, and proportions that suggest this thing rolls on 22s minimum. They’re completely impractical for production and utterly perfect for their intended purpose. The “AC” logo on the steering wheel appears on the wheel centers too, maintaining brand consistency in a way that feels intentional rather than slapped on. You can almost hear the tire noise those open spoke designs would generate at highway speeds, but that’s tomorrow’s problem.

The fastback roofline creates a silhouette that splits the difference between grand tourer and luxury sedan. There’s cab-forward proportions here that suggest electric skateboard platform packaging, which makes sense given the visual language Casabo is working within. The rear haunches have just enough muscle to suggest performance credentials without veering into Dodge Challenger testosterone territory. Surface transitions are smooth, almost organic, letting the form speak through curvature rather than aggressive character lines. It’s a very 2020s approach to surfacing, this idea that restraint signals confidence.

That rear lighting treatment deserves its own discussion. Full-width taillight bars have become the luxury car equivalent of a required signature, but the horizontal striations here give it actual depth and texture. The way light filters through those layers creates genuine visual complexity, transforming what could have been a generic LED strip into something with presence. Below it, that carbon fiber diffuser and quad exhaust setup (probably fake on an EV, but we’ll suspend disbelief) provides the performance visual cues that the rest of the design deliberately avoids. It’s the mullet principle applied to automotive design: serene luxury up top, track-ready aggression below.

The interior (or whatever we can see of it) follows the playbook established by Lucid and Mercedes with their EQ lineup. Horizontal dashboard architecture, integrated screen real estate that flows into the IP rather than bolting on as an afterthought, light materials that suggest Scandinavian serenity over German precision. The steering wheel is refreshingly simple, avoiding the temptation to festoon it with capacitive buttons and haptic zones. Sometimes a wheel should just be a wheel. What’s interesting is how the exterior’s horizontal theme continues inside through that dashboard treatment, maintaining design language consistency in a way that many concepts forget about entirely.

Casabo created this as an exploration of AI tools in the design workflow, using Midjourney, Vizcom, and Photoshop to iterate rapidly on forms and contexts. It shows. The quality of these renders, the variety of lighting conditions and environments, the speed at which a designer can now visualize ideas across multiple scenarios, that’s the real story here. The AC Luxury GT works as a design exercise precisely because the tools allowed for the kind of rapid refinement that traditionally required weeks of studio time.

The post This Luxury GT Concept Speaks Every Electric Luxury Design Language at Once first appeared on Yanko Design.

Forget bulky Leathermans, this minimalist Pockitrod multitool pen is built for modern EDC

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The Pockitrod multitool is a compelling take on this idea, using its pen-like form as the foundation for a deeply modular system. Its main body, machined from 6061-T4 aluminum, has a hex shape for better grip when used as a driver, a subtle but practical detail. The tool is organized around a central driver assembly housed within the handle, while additional modules such as , a box opener with interchangeable 20CV steel tips, an inkless writing implement and a magnetic-base LED flashlight can be threaded on as extensions. In doing so, it respects the classic pen form factor while fundamentally expanding its purpose. Subtle etched measurement markings along the body function as a built-in ruler, with a zero-reference aligned to the edge for more practical, real-world measuring.

What really makes this system work is the execution of the modular connections. Each component threads together, secured by precision-fitted O-rings that provide a smooth, friction-based fit. This is a critical detail because it prevents the tool from feeling like a wobbly collection of parts in use, maintaining a cohesive and solid feel in hand.. The anodized finish on the aluminum body adds wear and corrosion resistance, so it should hold up to being tossed in a pocket with keys. At 170mm long and weighing just 50 grams, it maintains that pen-like portability while feeling substantial enough for actual work.

Designer: Clinton Brassington (Converge Multi-Tools)

Click Here to Buy Now: $99 $133 (26% off). Hurry, only 107/120 left!

What really makes this system work is the execution of the modular connections. Each component threads together, secured by precision-fitted O-rings that provide a smooth, friction-based fit. This is a critical detail because it prevents the tool from feeling like a wobbly collection of parts in use, maintaining a cohesive and solid feel in hand.. The anodized finish on the aluminum body adds wear and corrosion resistance, so it should hold up to being tossed in a pocket with keys. At 170mm long and weighing just 50 grams, it maintains that pen-like portability while feeling substantial enough for actual work.

At its core, the Pockitrod is built around a solid driver system, with an integrated stylus and a concealed precision screwdriver tip for working with small fasteners. The main 1/4″ hex driver features a spring-loaded locking mechanism to keep the bit holder firmly engaged with the handle, eliminating the play that plagues many compact multitools, and comes fitted with a 6150 CRV PH2 bit. The Pockitrod also includes a mini 1/4″ driver for reaching into tight spaces. Both drivers accept standard ¼” bits, with the mini driver housing an internal spare, a long-shank SL3 bit for accessing deep recessed or hard-to-reach fasteners. It’s a thoughtful detail for anyone who frequently switches between tasks without wanting to carry extra loose bits.

Beyond the drivers, the tool selection is pure EDC perfection. The inkless writing tip, made from a graphite compound, is a practical choice that will never dry out or leak, and it’s paired with a conductive fiber stylus tip for touchscreen use. For cutting tasks, the box opener module uses replaceable tips made from 20CV steel, a high-end choice known for excellent edge retention. Converge offers several tip styles, including a bladeless version for safety, a standard utility tip, and a scraper, which adds a layer of compliance for different workplace regulations.

The utility is further expanded by a detachable LED flashlight module. It’s a compact LED light intended for close-range task lighting, ideal for quick inspections or low-light work. The clever part is its magnetic base, which allows it to be used independently as a small work light. It can also be mounted to the main tool’s pocket clip for a 90-degree beam or attached to the magnetic tip and clipped to a hat brim for a makeshift headlamp. This kind of multi-use design shows a deep understanding of how people actually use their tools in the field.

Speaking of magnetism, the N52 grade magnetic tip is surprisingly strong, with a lift capacity of up to 1kg under ideal conditions. That’s more than enough to retrieve a dropped set of keys or hold a handful of screws at the ready while you work. The whole system is designed to be reconfigured on the fly. Modules can be rearranged, swapped, or left behind depending on the task or environment, with shared compatibility across the main tool and the included Keychain Companion. This companion is a compact, threaded extension of the system, featuring a quick-disconnect loop and allowing select components to be carried, combined, or repurposed independently for more minimalist setups.

This entire package comes from Converge Multi-Tools, an outfit based in Australia.Launch pricing is expected to start around $99 USD for a complete system, which includes the main tool, the keychain companion, and a set of alternative tips. Worldwide shipping is included, starting around June 2026.

Click Here to Buy Now: $99 $133 (26% off). Hurry, only a few left!

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