Blog TSK

This Dinosaur-Shaped Cat Bowl Reimagines Feeding as a Thoughtful Daily Ritual

In a market saturated with look-alike pet products, the Decopark Dino Bowl stands out by asking a deceptively simple question: What does feeding actually look like, for both cats and their humans? From that question emerges a ceramic object that blends ergonomics, storytelling, and quiet functional innovation into a single, memorable form.

At first glance, the Dino Bowl reads as charming and whimsical. Its silhouette resembles a small dinosaur mid-stride, with its neck arched forward and its spine visible along the back. However, this visual identity is not decorative excess; it is a design serving multiple purposes simultaneously. The bowl’s cylindrical form is bent at the center to create a slanted feeding surface, improving a cat’s eating posture. The “spine” at the back, meanwhile, is not just an aesthetic flourish: it is a fully integrated stir stick, transforming a playful metaphor into a practical tool.

Designer: Xueyong Liang

The designers behind the Dino Bowl began with observation. Research revealed two critical gaps in existing ceramic pet bowls: visual homogeneity and a lack of consideration for real feeding routines. Many cat owners regularly feed canned food, which requires mixing, yet most bowls offer no solution for this step. The result? Extra tools, cluttered countertops, and frequently misplaced stir sticks.

The Dino Bowl addresses this head-on by merging bowl and tool into one cohesive unit. The attached stir stick slots neatly into an insertion hole at the rear of the bowl, always returning to the correct orientation regardless of how it is placed. During feeding, it assists with mixing; afterward, it wipes clean and stores seamlessly back into the form. No extra parts, no visual disruption.

This integration is where the project’s core innovation lies: recognizing that usability is not just about the primary function (holding food), but about the entire micro-ritual surrounding it. Material choice plays a crucial role in translating this idea into a durable object. The bowl itself is made from high-temperature fired ceramic, giving it weight, stability, and a premium tactile quality. At 1kg, the bowl resists sliding during use, another subtle nod to feline behavior. The stir stick, crafted from PP, balances durability with ease of cleaning.

Designing a slanted ceramic rim, however, introduced a technical challenge. During firing, asymmetrical forms are prone to deformation. To counter this, the designers engineered a double-layer rim structure, reinforcing the edge while preserving the intended silhouette. Multiple iterations were required to refine both the curvature of the bowl and the fit between the stir stick and its housing, ensuring harmony not only in appearance but also in manufacturing reliability. The result is a one-piece ceramic form that feels intentional from every angle, cute, yes, but also structurally resolved.

Pet products occupy a unique space in design: they must satisfy animals ergonomically while appealing emotionally to humans. The Dino Bowl leans into this duality. User research indicated that owners are strongly drawn to playful shapes, especially in objects that live openly in the home. By referencing a dinosaur, an instantly recognizable, almost universally beloved figure, the bowl becomes more than a utility item. It becomes a character.

Yet the designers were careful not to let novelty overpower function. Every line, proportion, and junction was calibrated to maintain unity between bowl and stir stick, ensuring the product reads as a single, holistic object rather than an accessory-laden gimmick. With overall dimensions of 168 × 140 × 164 mm and a bowl capacity of 115 ml, the Dino Bowl is compact yet substantial, suited to everyday feeding without overwhelming a space. More importantly, it demonstrates how even the most ordinary household objects can be reimagined through careful attention to behavior, context, and form.

The post This Dinosaur-Shaped Cat Bowl Reimagines Feeding as a Thoughtful Daily Ritual first appeared on Yanko Design.

Apple Vision Pro M5: How Tungsten, Knit, and Silicon Finally Make Spatial Computing Livable

The first time I strapped on Apple’s original Vision Pro, I almost waved to the nonexistent crowd watching me in that demo. It was that breathtaking an introduction to futuristic technology. But thirty minutes later, reality set in. That curved laminated glass and aluminum shell felt less like a window into the future and more like a beautiful brick bolted to my forehead.

Designer: Apple

Apple’s M5 Vision Pro refresh doesn’t change the object language. It still reads like a sci-fi ski goggle crossed with a premium camera body: all that curved glass, recycled aluminum, and fabric-wrapped interface that refuses to acknowledge gaming headset aesthetics exist. What Apple has done instead is far more interesting from a design standpoint. They’ve attacked the two biggest experiential flaws (visual fidelity under load and sustained wear comfort) through a combination of silicon headroom and, surprisingly, soft goods engineering.

The result is a product story that shifts from “breathtaking demo” to “actually livable spatial computer”: a device that doesn’t just show you other worlds but gives you psychological real estate to inhabit them. And that shift has everything to do with how Apple thinks about weight, balance, and the invisible physics of putting a computer on your face.

The Shell Stays the Same, The Experience Doesn’t

The M5 Vision Pro maintains the core silhouette that made the original so visually striking. That curved laminated glass front still acts as both visor and UI canvas for EyeSight, letting the device communicate outward while you compute inward. The aluminum frame still wraps the optics with the kind of machining tolerances you’d expect from Apple’s camera and audio hardware. If you put the M2 and M5 side by side, you’d struggle to spot the difference.

But inside that familiar shell, the micro-OLED optics now render roughly 10 percent more pixels than the original. That’s not Apple chasing field-of-view gimmicks. It’s a design decision aimed at reducing the cognitive friction of spatial computing. Higher pixel density and refresh rates up to 120 Hz for passthrough and Mac Virtual Display mean less motion blur, less eye strain, and less of that “I’m clearly looking at a screen” sensation that pulled you out of the experience on the M2.

Apple is using resolution and refresh as ergonomic features, not just spec bumps. They’re making the same industrial shell more transparent and less perceptible in daily use.

The M5 Chip as Comfort Feature

Apple’s M5 plus R1 pairing is positioned as a “dual-chip architecture”: one brain handles spatial computing while the other maintains that 12-millisecond photon-to-photon latency. That’s essentially a UX decision framed as silicon.

The 10-core CPU, 10-core GPU, hardware-accelerated ray tracing, and 16-core Neural Engine give Apple headroom for denser environments, more dynamic lighting, and heavier AI-assisted interactions without dropping frames. But the design-workflow angle is what matters here:

Sharper typography and UI chrome in floating windows, which is critical for Mac Virtual Display and creative tools

Higher, more flexible refresh rates (90/96/100/120 Hz), tuned to reduce blur when you’re looking through to the real world as much as at virtual content

You can frame the M5 not as “faster chip” but as “making the headset behave more like a neutral lens,” removing perceptible latency and grain from spatial interfaces until the technology itself becomes forgettable.

But visual clarity is only half the comfort equation. The other half is physical.

The Weight Problem Was Never Really About Weight

The original Vision Pro’s biggest experiential flaw wasn’t that it weighed too much. It was that it weighed too much forward. All that glass and optics cantilevered off your face, and after 30 to 60 minutes, you felt it in your cheekbones, your neck, your desire to take the thing off.

The battery is still external on the M5, with similar runtime: about 2.5 hours general use, 3 hours video. So the way the device sits on the skull is the only real comfort lever Apple can pull this generation. They’ve pulled it hard.

The first-gen straps forced an uncomfortable choice. The Solo Knit Band was soft but floppy. It worked for short sessions but couldn’t distribute load for extended wear. The Dual Loop Band was secure but clampy, leaving pressure lines and pushing users toward third-party halo straps and CPAP-style hacks.

Apple’s answer is the Dual Knit Band. And it’s the most “design-nerd” detail in the entire M5 product story.

Dual Knit Band: Tungsten, Torque, and Perceived Weight

The Dual Knit Band introduces a two-strap geometry where upper and lower straps are 3D-knitted as a single piece into what Apple calls a “dual-rib structure.” One strap cups the back of the head, the other runs over the crown, creating a cradle that triangulates the headset’s mass around the skull instead of hanging it from the face.

But here’s where it gets interesting: the lower strap hides flexible fabric ribs embedded with tungsten inserts that act as counterweights. They literally pull some of the load backward and down to reduce the forward torque on your neck.

Apple is manipulating the moment arm via hidden dense material so the device feels lighter without actually being dramatically lighter. It’s a borrowed-from-watchmaking move. Tungsten is what you use for rotor weights and balance wheels when you need maximum density in minimum space. It’s visually invisible but functionally critical.

The real-world effect is that the Dual Knit Band doesn’t change the number on the scale, but it changes where you feel those grams. A front-heavy visor becomes something closer to a weighted pair of headphones. Two-hour sessions feel normal instead of like a tech demo punishment.

Soft Goods as Core UX

Apple describes the Dual Knit Band as soft, breathable, and stretchy: 3D-knitted from performance yarns similar to the Solo Knit Band. The dual-rib knit structure is designed for cushioning and airflow. Reviewers and users commonly reported that earlier bands ran hot and left pressure lines; this one appears to address both complaints through textile engineering.

The Fit Dial mechanism uses a metal core with a textured outer ring and a slight pull-to-unlock action. Push to adjust one axis, pull to adjust the other, letting you independently tune top and back tension with one control. Micro ratchets give tactile feedback, and the push-pull gesture mirrors the Digital Crown’s multifunctionality elsewhere in Apple’s ecosystem.

Read together, Apple appears to be treating knit textiles, counterweights, and mechanical dials as part of the interface surface area, not just an accessory. That signals a philosophical shift: comfort isn’t something you tolerate to use Vision Pro. It’s designed into the product with the same rigor as the silicon.

Retrofit Ergonomics: The Cheapest Upgrade

The Dual Knit Band attaches to the Audio Straps via a simple, secure mechanism with release tabs, preserving the modular ecosystem introduced with the first Vision Pro. It ships in small, medium, and large sizes, comes included with M5 by default, and is sold separately as an upgrade that’s fully compatible with the original M2 model.

That compatibility is an important design signal. Apple is treating headbands as swappable “ergonomic modules” rather than disposable accessories. The Dual Knit Band becomes a retrofit that can rehabilitate earlier hardware, extending the life and desirability of equipment people already own.

If you already have the first Vision Pro, the cheapest way to “upgrade” isn’t the new chip. It’s this strip of knit and tungsten that quietly rehabilitates the hardware you already have.

What Changes in Practice

The M5 with Dual Knit Band finally makes Vision Pro something I can wear for hours. Less cheek pressure, less neck fatigue, and none of that “face is sliding off my skull” sensation that defined first-gen fit. People who tried 3D-printed hacks and CPAP-style mods say this is the first official strap that beats their DIY solutions, which is high praise from tinkerers.

A recent cross-country test made the difference concrete. Economy class, Dallas to New York and back. Sold-out flight, middle seat, hostile in every physical dimension. But with Vision Pro strapped on, the environment selector became an escape hatch. Moon surface, Yosemite, Mount Hood: each one a functional retreat that made a miserable seat survivable. The hardware disappeared; the space remained. For a four-hour flight wedged between strangers, I was effectively in my own private cabin.

One small design detail made the in-flight experience smoother: when Vision Pro detects motion (plane, car, train), rotating the Digital Crown surfaces a Travel Mode prompt. No fumbling with eye tracking while the cabin shakes. Just turn the crown, tap confirm, and the headset stabilizes for a moving environment. The button just works.

That’s the psychological real estate concept paying off in practice. The immersive environments aren’t screensavers. They’re functional escapes that only work when the hardware is comfortable enough to forget. When you can wear Vision Pro for an entire cross-country flight without wanting to rip it off, the environments graduate from novelty demo to genuine utility.

The combined story is holistic: fewer pressure points, less motion blur, and less cognitive friction all point to longer, more natural sessions. Multi-hour productivity runs and movie marathons feel more plausible because comfort and visual stability are both improved. Five or six hours in a day with minimal discomfort would have been unthinkable with the old strap without modifications.

The real story isn’t that Vision Pro gained new tricks. It’s that the things people already loved doing in it (3D movies, floating Mac screens, immersive photos) no longer come with the same physical tax.

Still a Computer on Your Face

Even with the improvements, the headset is still big, still expensive at $3,499 for 256GB, and still leaves some marks under the eyes for certain faces, just less aggressively than before. Some users report needing to fine-tune fit over a few days, especially when finding the right light seal and tension balance. There’s also the hair situation: if I had short hair, the Dual Knit Band would probably bother me more. With longer hair, everything just gets pushed back and settles into place. Vision Pro hair is a thing, but it’s not as bad as hat hair. I can tolerate it.

It’s still very much a computer on your face, not a magic pair of AR glasses. But the Dual Knit Band and M5’s visual stability nudge Vision Pro out of “showpiece gadget” territory and closer to something you can actually live in.

The post Apple Vision Pro M5: How Tungsten, Knit, and Silicon Finally Make Spatial Computing Livable first appeared on Yanko Design.

The Miami Tiny House Proves Big Design Can Come in Small Packages

UK-based Tiny House Pro has unveiled their standout model, the Miami, and it’s turning heads across the tiny house community. This two-story dwelling manages to pack six sleeping spots into just 8 meters of road-legal, towable space. The design feels less like a compromise and more like a carefully considered answer to modern living.

The exterior catches your eye first. Bold geometric angles cut across diagonal timber cladding, while sharp LED lighting traces the roofline. Large windows and glazed doors punctuate the facade, creating visual breaks that make the structure feel open rather than confined. The company describes it as their “showstopper,” wrapped in sleek timber with jaw-dropping angles that challenge what we expect from mobile architecture.

Designer: Tiny House Pro

Step inside, and the spatial planning becomes clear. The open-plan layout flows from kitchen to lounge without feeling cramped. Two loft bedrooms sit overhead, each fitted with proper double beds rather than makeshift sleeping nooks. The bathroom doesn’t sacrifice comfort either, offering a walk-in shower, vanity sink, and flushing toilet. These are residential appliances and full-size fixtures, not the scaled-down versions you might expect.

What sets Miami apart is its attention to longevity and sustainability. Marine-grade plywood forms the structural foundation, paired with laminate flooring and solid wood worktops and stair treads. The walls hold 97% recyclable Rockwool insulation, while reversible air conditioning comes standard for year-round comfort. The home arrives pre-wired for solar panels and smart home systems, giving owners room to customize their utility setup.

‘

At 2.55 meters wide, the Miami stays within legal transport limits, meaning no special permits are needed to relocate it. The home sits on a heavy-duty galvanized trailer chassis, though Tiny House Pro offers removable drawbars and wheels for those who want to disguise the mobile foundation. Optional decking can extend the living area outdoors, creating a seamless indoor-outdoor flow. The plug-and-play nature means you simply hook up utilities, level the base, and you’re ready to move in.

The target audience spans multiple use cases. Some buyers will use it as their primary residence, drawn to simplified living without sacrificing amenities. Others see it as an Airbnb opportunity, a turnkey rental unit that can generate income from a backyard or rural plot. Tsvetina, Tiny House Pro’s in-house designer, both created the Miami and works directly with buyers to tailor finishes and layouts. This isn’t about making do with less. It’s about making more of what you have.

The post The Miami Tiny House Proves Big Design Can Come in Small Packages first appeared on Yanko Design.

The ‘Biscuit Saver’ saves your Cookies And Oreos From Collapsing Into Your Beverage

Because there’s nothing more disheartening than a chocochip cookie that prematurely met its end in a mug full of milk. You have no way of knowing how much time you have before the cookie gives in, you also need to ensure the cookie is at the right stage of milk-absorption. Too fast and you have a crispy cookie that’s just milk-coated on the surface, too late and you now have to drink your milk with the last gulp being a sediment of soggy dough and half-melted choco chips.

The Biscuit Saver mitigates that. Like a lifesaver for your beverage-biscuit, this was originally designed to be paired with Parle-G biscuits (the world’s largest selling biscuit) and chai – a perfect combination in India. Chai disintegrates biscuits much faster than milk, given it’s usually served piping hot. The judgement requires some clever calculations, often boiling down to mere milliseconds. With Aditya Singh’s ‘Biscuit Saver’, that calculation becomes a little less existential, because you can always fish the broken biscuits out of your chai without using a spoon, or worse, your fingers.

Designer: Aditya Singh

The design concept (imagined using AI) takes inspiration from lifesaver tubes that are used to save humans at sea. Made out of food-grade plastic, the Biscuit Saver comes with a perforated basket, much like those tea infusers you see, and a tube around the top that keeps it floating on your drink. The design, which works primarily for the rectangular Parle-G biscuits, can be tweaked to work for cookies and Oreos too… and its predominant job is to ensure your baked goods don’t end up at the bottom of your beverage.

However, Singh mentions that the Biscuit Saver does one other crucial function too – it tells you exactly how much to dip your biscuit. Some of us overenthusiastic folks like to test the limits by dipping the biscuit/cookie all the way, a high risk with a low reward. The Biscuit Saver’s design stops your biscuit from being ‘over-dipped’. As soon as your biscuit hits the base, it acts as a tactile indicator for you to stop. You can still push the biscuit down further, but at your own peril.

The unique design works perfectly with Parle-G biscuits as well as Biscoff biscuits. The orange design and the nylon rope perfectly capture the product’s inspiration, and the tapered basket means you can stack multiple Biscuit Savers on top of each other. “A tiny everyday problem. Thoughtfully overdesigned,” says Singh humorously in his LinkedIn post, playfully reminding us all of the times when an overdunked cookie or overdipped biscuit was the most tense moment of our lives!

The post The ‘Biscuit Saver’ saves your Cookies And Oreos From Collapsing Into Your Beverage first appeared on Yanko Design.

Porsche Celebrates 90 Years With Anniversary-Edition 911 GT3-Inspired Chronograph Watch

…so the first thing my brain did when I saw “F. A. P.” on the dial was laugh like a 12‑year‑old, and the second thing it did was realize Porsche Design just pulled off one of the most personal anniversary pieces they have ever done. The Chronograph 1 90 Years of F. A. Porsche sits in a weirdly perfect spot in the lineup. It rides on the modern Chronograph 1 architecture that came back in 2022, which itself is a faithful reboot of the 1972 all‑black original, but it quietly pivots the story from “50 years of a product” to “90 years of the guy who thought this way in the first place.” Same matte black instrument face, same integrated bracelet silhouette, same dashboard‑inspired layout, but now the watch talks about the designer more than the brand. That is a subtle shift, and it matters.

You still get a 40 to 41 millimeter black coated titanium case, COSC certified in house WERK 01 flyback chronograph, 10 bar water resistance, and the usual Porsche Design ergonomics that sit flat on the wrist instead of trying to cosplay a diver. The case is titanium rather than the old steel of the seventies, so you get that weird cognitive dissonance when you pick it up and your hand expects heft and gets a feather. The dial layout stays brutally functional: tri compax registers, bright white printing, red central chrono seconds, and a tachymeter that actually looks usable instead of decorative. You can tell someone in the room still cares about legibility more than sparkle.

Design: Porsche Design

What really hooks me is how they handled the vintage vibe. They went with a patina colored Super‑LumiNova on the hands and indices, but they resisted the temptation to fake scratches or faux tropical weirdness. It looks like a well kept seventies tool watch that has lived under a shirt cuff for decades, not a prop from a nostalgia cosplay shoot. The historic Porsche Design logo on the crown and clasp leans into that same energy. It nods to the early studio era without screaming “heritage” in every direction. The whole thing feels like it was designed by someone who has actually handled original Chronograph I pieces and understands that the charm lives in proportions and restraint, not sepia filters.

The F. A. P. inscription above the day date is where the watch steps over the line from clever to personal. On the standard Chronograph 1, that real estate belongs to the logo. Here, it mirrors the way Ferdinand Alexander had his own initials printed on his personal watch. That is a tiny move, but it shifts the mental image from “product on a shelf” to “object on a designer’s wrist while he is sketching the 911 profile.” It also quietly de‑centers the corporate identity for once. You have “Porsche Design” still sitting under the day date, but visually your eye lands on those initials first, like a signature on a technical drawing. For a brand that usually guards its mythology pretty tightly, that feels surprisingly intimate.

Flip the watch over and the car nerd part of my brain wakes up. The rotor is shaped and colored like the wheel of the 911 GT3 90 F. A. Porsche, the Sonderwunsch special that pairs with this chronograph. Limited to 90 cars, 90 watches, neat and tidy. The rotor design is not subtle at all, which I actually appreciate. If you are going to tie a watch to a specific vehicle, commit. You can see the spokes, the crest in the center, and little flashes of the WERK 01 movement breathing underneath. Around the edge you get the “XX/90” numbering and F. A. Porsche’s signature, which turns the caseback into a kind of mechanical plaque. It reads like a collaboration between the motorsport department and the watch studio rather than a lazy logo slap.

From a pure tech perspective, the movement choice fits the narrative. The WERK 01 family is a proper automatic chronograph caliber with flyback functionality, so you can reset and restart the chrono with a single pusher press while it is running. That is a very motorsport friendly behavior, and it feels right for something tied to a GT3. Frequency sits at the usual 4 hertz, power reserve lands in the 40 to 48 hour neighborhood, and COSC certification locks in the “this actually keeps time” part of the story. None of this is wild horological innovation, but it is solid, coherent engineering, which is honestly what you want under a dial that screams “instrument.”

The titanium bracelet deserves a mention too, because black bracelets can go very wrong. Here it looks like they kept it fully brushed with short, slightly rounded links, which avoids the cheap, shiny PVD look that haunts a lot of black watches. It tapers enough to feel intentional, not like a straight metal strap bolted on after the fact. The quick change system with the additional Truffle Brown leather strap is a nice structural detail rather than lifestyle garnish. The brown with contrast stitching echoes the interior of the GT3 90 F. A. Porsche, so again you get that one to one mapping between car and watch. If you are the sort of person who obsesses over interior spec codes, this will scratch a very specific itch.

What I like most is the sense of continuity. The original 1972 Chronograph I took the visual logic of a 911 instrument cluster and shrank it to wrist size. The 2022 Chronograph 1 reissue proved that the formula still works in a world of OLED dashboards and smartwatches. This 90 Years edition layers a biographical note on top of that, without disturbing the core geometry. If you strip away the anniversary text, you still have a clean, ruthless, daily wear chronograph that does its job. Add the initials, the wheel rotor, the limited number, and suddenly you are wearing a piece of design history that feels strangely unforced. For an object built to honor a man who hated unnecessary ornament, that feels about right.

The post Porsche Celebrates 90 Years With Anniversary-Edition 911 GT3-Inspired Chronograph Watch first appeared on Yanko Design.

LEGO Ideas Gets Its First Proper 1:1 Scale NFL Football Collection and it’s Honestly Iconic

LEGO has given us plenty of football sets over the years. Mini stadiums, playable pitch builds, even those collectible team helmets. But here’s what they haven’t done: a proper 1:1 scale collection that captures the real size and weight of the sport’s most iconic objects. CreativeDynamicBrick is trying to fill that gap with the NFL Collection, a project that tackles one of the trickiest challenges in brick building: making round things out of square pieces at actual size.The set comes in three parts.

There’s a 969-piece helmet that sits at real helmet scale, with a facemask that actually looks protective, not decorative. There’s a 680-piece football mounted on a stand, built to match the dimensions you’d grip on game day, with lacing made from white T-bars because sometimes the simplest solutions are the best ones. And there’s a 271-piece field diorama where minifigures number 7, 8, and 13 battle it out under yellow goal posts. It’s the kind of display piece that works on an office shelf or a game room wall, and it’s generic enough that nobody has to know you’re secretly a Dolphins fan.

Designer: CreativeDynamicBrick

I honestly can’t stop staring at how the helmet dome curves. Angled Technic linkers form the internal structure, which is the only way you’re getting that shape without making it look like a stepped pyramid. Most builders would slap printed tiles on a vaguely round surface and call it a day. This creator actually solved for the geometry, using those connector pieces to build a framework that lets the exterior panels follow a true curve.

The facemask attaches with proper depth and spacing, which matters when you’re trying to make something look like actual protective equipment. You can see the interior construction through the face opening, all that black scaffolding holding the dome together, and even though fairly technical (and not meant to be worn), you could honestly try slipping this onto your head and its 1:1 sizing means it will actually fit you. Don’t expect it to ward off any concussions… one simple knock and this thing will become a pile of bricks on the floor.

A prolate spheroid is legitimately difficult to build out of rectangular bricks. The football proves it with 680 pieces dedicated to getting that taper right at both ends. Too round and it looks like a rugby ball, too pointy and it’s a lemon. The brown color blocking follows the panel lines of a real football, which is why your brain reads it correctly even though you’re looking at stacked plastic. Those white T-bar pieces forming the laces solve a problem most people wouldn’t even think about until they tried building one themselves. The display stand has an adjustable arm that lets you position the ball at different angles, so you can make it look like it’s mid-spiral if you want your desk to have opinions.

The smart play was avoiding team logos entirely (on the helmet as well as the football, and even that tiny diorama playset). No Cowboys star, no Packers ‘G’, no licensing headaches. Generic football works for professional fans, college enthusiasts, and people who just throw spirals in the backyard. The helmet uses red and blue striping that could belong to anyone or no one. The minifigures wear numbers 7, 8, and 13 in blue and red jerseys that suggest teams without declaring allegiance. Drop this on your shelf and nobody needs to know which franchise you actually care about, which is probably the only way a football set survives the LEGO Ideas gauntlet without getting buried in legal paperwork.

White brackets wedged between green bricks create the yard lines on the field diorama. No printed pieces, no stickers, just brackets doing bracket things in a way that happens to look like field markings. One blue player throws, another runs a route, and the red player looks like he’s about to deliver a highlight reel hit. The curved transparent piece showing the ball in flight adds motion to what would otherwise be three static figures standing on fake grass. It’s 271 pieces total for this section, which sounds small until you remember it includes three fully detailed minifigures with custom prints and enough structure to keep everything stable.

The overall piece count hits exactly 1,920 as a nod to the year the NFL was founded. You either appreciate that kind of numerical easter egg or you think it’s trying too hard, but it does show this builder was thinking about narrative alongside construction. CreativeDynamicBrick spent over 30 hours on this, their first LEGO Ideas submission, which is pretty brave for a first-timer. Most people start with something manageable. Maybe a small building or a vehicle. This person went straight for advanced geometry and custom minifigure design.

Right now it’s sitting at 1,620 supporters with 597 days left to hit the next milestone of 5,000 votes. Whether LEGO actually picks it up for production depends on a dozen factors we’ll never see, but the technical execution holds up. The geometry works, the scale feels right, and the building techniques show someone who understands how to translate real-world curves into brick form. That’s harder than it sounds, and it’s why most football builds end up looking like someone’s first attempt at organic shaping. You can cast your vote for this MOC (My Own Creation) on the LEGO Ideas website here!

The post LEGO Ideas Gets Its First Proper 1:1 Scale NFL Football Collection and it’s Honestly Iconic first appeared on Yanko Design.

This $10 Metallic Piggy Bank Is Actually Made of Paper

There’s something oddly satisfying about dropping coins into a piggy bank. That little clink sound, the weight gradually building up, the anticipation of finally cracking it open. But let’s be honest, traditional ceramic piggy banks are kind of predictable. So when PLANBUREAU studio decided to reimagine this childhood classic, they went in a direction nobody saw coming: metallic paper.

Here’s the twist. The designers, Dániel Lakos and Míra Majoros, didn’t just wake up one day and think “hey, let’s make a paper pig.” They were working on a project for Red Noses International, an organization that supports clown doctors who work with children in hospitals. The brief was pretty specific: create something that encourages young people to save money and donate, all while keeping the price under 10 EUR with minimal production costs. Not exactly an easy ask.

Designer: PLANBUREAU studio

Most designers would’ve gone the obvious route with plastic or cheap ceramics. But PLANBUREAU had a better idea. Paper. Not flimsy craft paper, mind you, but printed metallic paper that looks like it costs way more than it actually does. It’s one of those “why didn’t anyone think of this before?” moments.

The design process itself is fascinating and honestly pretty modern. They started with ChatGPT, using AI to generate initial concepts. Their first prompt produced a pig that was fine but not quite right. So they asked the AI to make it “more boxy-looking and silver,” then added tweaks like a “cute nose” until they landed on something that felt both contemporary and charming. It’s the kind of iterative design process that shows how technology can actually enhance creativity rather than replace it.

What makes this piggy bank work is its simplicity. It arrives as a flat sheet that you cut and fold yourself. There’s something almost meditative about the assembly process, like adult origami but with a purpose. The metallic finish gives it a modern, almost futuristic vibe that doesn’t scream “kid’s toy.” You could honestly put this on a minimalist desk or shelf and it wouldn’t look out of place. The genius is in the material choice. Paper means easy printing and cutting, which keeps manufacturing costs low. It’s lightweight for shipping. It’s recyclable. And if you’re designing something meant to be eventually destroyed (because let’s face it, that’s how you get the money out), paper actually makes more sense than ceramic shards scattered across your kitchen floor.

There’s also something symbolic about using paper to save money. We’re living in an increasingly cashless society where financial transactions happen with a tap or a click. Physical money feels almost nostalgic. Creating a paper vessel to hold coins becomes this interesting commentary on the materiality of money itself. It’s meta in the best way. For kids especially, this design hits differently. Assembly becomes part of the experience, not just a barrier to use. The act of putting it together creates ownership and investment (pun intended). And when it’s time to donate, breaking open a paper bank feels less destructive than smashing ceramic. There’s no guilt, just satisfaction.

PLANBUREAU studio has carved out a niche making playful, geometric designs, and this piggy bank fits perfectly into their aesthetic. It’s functional but also kind of art. The kind of object that makes you reconsider what everyday items can be. It proves that good design doesn’t require expensive materials or complex manufacturing. Sometimes the best solutions are literally paper-thin. Since we’re constantly looking for ways to make sustainable choices without sacrificing style, this metallic paper piggy bank feels like a small but meaningful answer. It’s affordable, it’s clever, and it makes saving money feel fresh again. Plus, it teaches kids about generosity without being preachy about it. Not bad for something you can fold from a single sheet of paper.

The post This $10 Metallic Piggy Bank Is Actually Made of Paper first appeared on Yanko Design.

Peugeot’s Hypersquare Replaces Two Centuries of Circular Logic with a Rectangular Controller

The steer-by-wire interface abandons the steering wheel’s fundamental geometry, trading infinite rotation for limited-arc precision and mechanical feedback for algorithmic haptics.

The circular steering wheel represents one of automotive design’s most persistent forms. Its logic is elegant: infinite rotation maps directly to front axle movement, the column transmits road texture into the driver’s palms, and the geometry anchors muscle memory across every vehicle. Peugeot’s Hypersquare discards that entire vocabulary–and the visual disruption is deliberate.

Designer: Peugeot

The controller presents as a rectangular frame with rounded corners, closer in visual language to a gaming peripheral than automotive equipment. Where traditional wheels invite sweeping hand motions and continuous rotation, Hypersquare rewards precise, deliberate inputs within a constrained arc. The angular geometry introduces deliberate friction within cockpit environments refined over decades around curves and organic transitions. This visual foreignness signals technological departure before the driver touches anything.

Peugeot first introduced the concept inside the Inception show car in early 2023, then refined it further in the Polygon concept. Working prototypes now exist in E-2008 test vehicles, translating render into tangible interface. The geometry has remained consistent across iterations: thick rectangular profile, four corner cutouts, control pods nested where thumbs naturally rest.

Controller Form and Spatial Logic

The controller’s primary form factor establishes immediate distance from steering convention. Where wheels present an unbroken rim that hands traverse continuously, Hypersquare offers four distinct corner voids that interrupt the perimeter. These cutouts serve dual purposes: they reduce visual mass while creating natural grip zones that guide hand placement without explicit instruction.

The upper two cutouts house circular touch-and-push control pods, positioned precisely where thumbs settle during a relaxed hold. This placement transforms the steering interface into a multi-input device-drive modes, media controls, ADAS settings, and navigation all accessible without hands leaving the controller surface. The integration recalls smartphone interaction patterns more than traditional automotive switchgear.

Rotation limits to approximately 170 degrees in each direction, eliminating hand-over-hand movement entirely. Lock-to-lock travel spans less than a single full turn. This constraint fundamentally alters the kinetic vocabulary of steering: no more shuffling grip during tight maneuvers, no more crossing arms during parallel parking. The interface assumes position-holding rather than continuous motion.

The thickness of the frame itself carries design intent. Traditional wheels taper toward thin rims that fingers wrap around easily. Hypersquare maintains substantial depth throughout, creating a slab-like presence that emphasizes grip stability over rotational fluidity. The form suggests holding rather than spinning.

Interior Integration and Visual Hierarchy

Hypersquare arrives as the centerpiece of Peugeot’s next-generation i-Cockpit, and the interior architecture reorganizes around its unconventional form. The traditional instrument binnacle disappears entirely–that hooded cluster of gauges positioned behind the steering wheel no longer makes spatial sense when the wheel itself has transformed. This isn’t merely component swapping; the entire visual hierarchy of the driver’s forward view gets restructured.

A large micro-LED display mounts high in the driver’s sightline, projecting vehicle data, navigation, and media controls in a single integrated surface. The Hypersquare sits below this display rather than in front of it, creating an unobstructed visual channel between driver and information. This layout resolves a persistent complaint about current i-Cockpit designs: the small-diameter wheel often blocks gauge visibility depending on seat position and driver height. Removing the circular wheel eliminates the occlusion problem at its geometric root.

The spatial relationship establishes a clear information triangle: eyes forward to the micro-LED, hands down on the controller, peripheral awareness maintained through the uninterrupted windshield view. Traditional cockpits force constant focal shifts–gauges behind the wheel, center stack to the right, road ahead. Hypersquare’s architecture consolidates primary information into a single elevated zone while relegating physical control to a lower plane that hands find by muscle memory rather than visual search.

Haptic Design and Synthetic Feedback

Eliminating the steering column removes the tactile vocabulary that drivers have developed over lifetimes of motoring. Traditional steering transmits surface texture directly–gravel announces itself through vibration, understeer builds as resistance at the rim, grip changes register as subtle shifts in feedback weight. Hypersquare must reconstruct this language algorithmically, and the design challenge extends beyond engineering into semiotics.

Sensors embedded within the steering actuator monitor forces acting on the wheel carriers. Those measurements get processed and translated into haptic vibrations through the controller itself, generating synthetic sensations designed to communicate grip levels and surface conditions. The result is road feel as interpretation rather than transmission–filtered through software calibration tables that determine what information reaches the driver’s hands and how intensely.

Physical feedback carries meaning accumulated through decades of driving experience. Synthetic feedback must either replicate those meanings faithfully or establish new ones that drivers can learn to interpret reliably. The haptic motors in Hypersquare’s corner pods bear responsibility for an entirely new tactile language–one that cannot simply copy mechanical sensation but must create communicative patterns that drivers internalize as meaningful.

This algorithmic mediation opens design possibilities unavailable in mechanical systems. Feedback intensity could adapt to driving mode–sharper haptic response in sport settings, dampened sensation during highway cruising. Surface texture translation could emphasize safety-critical information while filtering irrelevant noise. The controller becomes a tunable communication channel rather than a fixed mechanical linkage.

Material Expression and Ergonomic Form

The controller’s rim material carries significant design weight for an object intended for continuous palm contact during driving. Early prototypes suggest soft-touch surfaces with subtle texturing–enough grip to prevent slip without aggressive bite that would fatigue hands over extended sessions. The thumb pods feature slightly different tactile characteristics, likely to help fingers locate controls through touch alone without requiring visual confirmation.

Color and finish details remain largely undisclosed, though concept versions have appeared in dark matte treatments that recede visually against interior surfaces. This restraint makes sense: the form itself already commands substantial attention. Adding high-contrast finishes or decorative elements would risk visual overload in an already unconventional interface. The material palette must also accommodate significant electronic payload–touch sensors, haptic actuators, processing electronics, and wireless connectivity integrated into the frame add mass and thermal load that surface materials must manage invisibly.

Weight distribution presents unique challenges that circular wheels avoid entirely. Traditional steering balances around a central hub; Hypersquare must achieve equilibrium despite rectangular geometry and corner-mounted pods containing varying electronic payloads. Getting this balance right represents invisible design work–the kind of engineering refinement that users never consciously notice but would immediately sense if absent. A controller that pulls slightly leftward or resists rotation unevenly would undermine the entire interface concept regardless of how striking the visual design appears.

Design Significance

Hypersquare represents the most aggressive formal departure from circular steering wheels in automotive history. The visual drama of rectangular geometry, the integration of touch controls into the primary steering interface, and the reconstruction of road feel through algorithmic haptics combine into a coherent design proposition that either anticipates the future of driving interfaces or stands as ambitious experiment.

The interface succeeds as object design independent of its functional performance. The proportions feel considered, the material choices communicate appropriate restraint, and the integration of control pods demonstrates thoughtful human factors work. Whether drivers ultimately embrace or reject the interaction model, the physical artifact itself reflects serious design attention applied to a problem space that has resisted formal innovation for over a century.

The post Peugeot’s Hypersquare Replaces Two Centuries of Circular Logic with a Rectangular Controller first appeared on Yanko Design.

This portable display for smartphones extends usability and convenience for hustlers

Average screen time in the modern era has increased significantly due to the diversity of content available. The number of gadgets that we own on average has also increased, as we all love consuming content on TVs, computer screens, and the more convenient smartphones and tablets. The latter segment puts a lot more strain on our eyes and ultimately, on the brain.

While you have the freedom of extending the display real estate on your desktop, the option to have a portable display for your gadgets always comes in handy. The ONZE portable display with built on transparent OLED technology, wants to elevate how one views the content, without any strings attached. You can carry the display in your backpack, and when desired, it can be used for extending the display or used as a second screen for multitasking.

Designer: Seojin Lee

The standalone device is built for convenience, whether you are working remotely during travel or consuming multimedia content. It comes with a base that integrates the 3D spatial speakers and the trackpad for controlling the playback in multimedia mode without touching the screen. This sturdy base has a dual free-stop hinge that can move seamlessly to fit the best viewing position. The 16:9 aspect ratio of the screen is ideal for viewing in portrait mode if you want to use it as a tablet instead of your smartphone.

ONZE portable display has a rotating sensor dial on the top front that comes with an integrated R sensor, a ToF sensor, and an ambient light sensor. This ensures you are getting the most optimized brightness level, and the display can be fully operated with gestures. The portable display comes with two different viewing modes: Object Mode, which orients the display in a more vertical position for it to be used as a secondary screen for displaying widgets, and the Viewing Mode, which is a more laid-back orientation for relaxed viewing of content. The AOD Dial can be manually adjusted as well to adjust the amount of information that’s on the screen.

The Object Mode, in particular, displays the ambient graphics that automatically adapt to the room’s settings and the interior space. It can be doubled as a picture frame or have a more translucent vibe that overlays the screen with the elements and colors in the backdrop. For instance, it can adapt the color tones of your couch for the background of the on-screen display, thereby seamlessly blending with the interiors.

ONZE portable display is proposed to come in three classy color variants: Purple, Beige, and Steel Grey. Definitely, the portable gadget is utilitarian for professionals as well as content consumers, given its thoughtful design and features.

The post This portable display for smartphones extends usability and convenience for hustlers first appeared on Yanko Design.

A Button, A Loop, And The Problem Of Where To Put Your Glasses

Look, I’ve lost my glasses in some pretty creative places. Between the couch cushions. On top of my head while frantically searching for them. In the fridge once (don’t ask). And I know I’m not alone in this very specific modern anxiety: that moment when you take your glasses off and suddenly have nowhere to put them that won’t end in disaster.

Cubitts, the London-based eyewear brand that’s been quietly revolutionizing how we think about spectacles, has come up with a solution so elegantly simple you’ll wonder why no one thought of it sooner. It’s called On The Wing, and it’s basically a small leather loop that attaches to any button on your shirt. That’s it. That’s the whole thing. And somehow, it’s brilliant.

Designer: Cubitts

Made from supple vegetable-tanned leather, On The Wing transforms whatever you’re wearing into a temporary perch for your frames. It’s designed for those in-between moments when you’re not wearing your glasses but don’t want to commit them to a case or risk the inevitable “left them at the restaurant” panic. You slip the loop onto a button, hang your glasses from it, and go about your business. No stretched-out necklines from hanging them on your collar. No bulging pockets. No setting them down on a table and walking away without them.

The design came out of a collaboration between Cubitts and industrial designer Daniel Weil, part of a broader collection of accessories that share the brand’s philosophy: functional, beautiful, and made to last. Weil has spent decades thinking about how objects interact with daily life, and you can feel that consideration in On The Wing’s simplicity. It’s barely visible when you’re wearing it, but always there when you need it.

What I love about this is how it acknowledges a real problem that glasses wearers deal with constantly. If you wear glasses full-time, you know the dance. You take them off to look at your phone up close, or to rub your eyes, or because you’re transitioning from reading to eating. And then what? Do you set them on the table where they’ll get scratched? Balance them precariously on your head? Shove them in a pocket where they’ll get smudged or bent?

The thing is, glasses have become such an integral part of personal style. People spend serious time choosing frames that reflect their aesthetic, whether that’s vintage-inspired, minimalist, or boldly contemporary. Cubitts understands this better than most brands. Their frames are designed to be enduring companions, repaired and serviced over many years rather than treated as disposable fashion. So it makes sense that they’d think about what happens to your glasses when they’re not on your face.

On The Wing costs about $14 and comes in a few colors to match different wardrobe aesthetics. It’s the kind of accessory that feels almost too simple to be worth it until you start using it and realize how much mental energy you were spending on the where-do-I-put-my-glasses question. There’s something charmingly analog about the solution too. In a world where every problem seems to require an app or a gadget with a battery, here’s a piece of leather and a button doing exactly what they need to do. No charging required. No setup. No learning curve.

Will a leather loop on your shirt button change your life? Probably not. But will it solve a small, persistent annoyance in a way that feels considered and well-designed? Absolutely. And sometimes that’s exactly what good design should do: notice the little frustrations we’ve all accepted as normal and offer something better. For anyone who’s ever patted down their pockets in a panic or retraced their steps through a entire building looking for their glasses, On The Wing makes a lot of sense. It’s the kind of simple solution that feels obvious in retrospect, which is usually the mark of genuinely smart design.

The post A Button, A Loop, And The Problem Of Where To Put Your Glasses first appeared on Yanko Design.