Tag Archives: Concept Designs

Nobody Designed a Drum Kit for Beginners. Until Boxboom.

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Picking up the drums has always come with a quiet, frustrating tax. Before you’ve played a single beat, you’re already being asked to make a significant financial commitment, figure out where to put a massive piece of equipment, and accept that your neighbors might hate you. For most people, that’s where the dream ends. Not with failure, but with logistics.

Xiaoyu Yu, a graduate from the Umeå Institute of Design’s class of 2026, noticed this gap and did something about it. Her project, Boxboom, is a rental-based, foldable electronic drum kit designed specifically for first-time players. On paper, it sounds straightforward enough. In practice, it reframes the entire conversation about what a beginner drum experience should actually look like.

Designer: Xiaoyu Yu

The existing drum market is oddly shaped. At the entry level, you get cheap kits that feel nothing like playing real drums. At the high end, you get electronic kits that come closest to replicating acoustic feel, but they’re expensive, require serious space, and carry the weight of a long-term commitment for someone who isn’t even sure they like drumming yet. As Yu observed, the market offers little for true beginners. Boxboom identifies that gap clearly: the problem isn’t that beginners can’t learn, it’s that the tools were never really designed around them to begin with.

The physical design is worth appreciating on its own terms. Boxboom unfolds from a compact box into a fully functional drum configuration. Modular joints allow for quick setup and flexible arrangement, which means you’re not stuck with one rigid layout that doesn’t suit your body or your room. Parts are designed to be replaced individually, a detail that matters a lot for longevity. When a product is rentable, it has to survive multiple users, multiple moves, and the general roughness of being a learning tool. The design accounts for all of that without looking like it’s trying too hard.

What makes Boxboom more than just a folding drum kit is the service thinking built around it. Yu designed a three-sided ecosystem connecting users, rental shops, and drum training institutions through an online booking and delivery system. You’re not just renting a piece of hardware. You’re entering a structure that connects you to learning, not just to ownership. That shift matters more than it might seem. Ownership, it turns out, is one of the biggest barriers to entry, not a lack of enthusiasm.

The research behind the project is just as considered. Yu conducted field research at Umeå Music School and Toontrack, a leading drum sound engine company, to understand how beginners experience rhythm and what it genuinely takes for a kit to support early learning. The design process ran from 1:10 scale models all the way to full 1:1 prototypes, testing folding logic and setup sequences until the physical experience matched the idea. A central Hub integrates a phone holder, power panel, and teaching stick storage dock into a single arm. The whole system is organized around one driving question: how can a drum kit itself teach you to play?

That question is what separates Boxboom from the many beginner-focused products that quietly shrink their ambitions and rebrand it as accessibility. Yu isn’t simply lowering the financial barrier. She’s rethinking the relationship between a learner and their instrument entirely. Most musical tools are designed with the assumption that you already know what you’re doing. Boxboom assumes you don’t, and it respects you for exactly that.

Graduation design projects like this tend to get filed away a little too fast. They show up at exhibitions, earn some well-deserved attention, and then disappear before anyone asks whether they could actually become something real. Boxboom feels like it deserves a longer conversation than that. The drumming market hasn’t seen this kind of structural rethinking in a long time, and the problem it’s addressing is genuinely underserved.

Whether Boxboom ends up in production or remains a concept, it already does something worth noting: it makes you wonder why nobody asked these questions sooner. Drums have always been for everyone. The design just hadn’t caught up yet.

The post Nobody Designed a Drum Kit for Beginners. Until Boxboom. first appeared on Yanko Design.

Smart Rings Finally Got a Reason to Exist Beyond Sleep Tracking

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The smart ring market has had a good run on heart rate and sleep tracking. Oura, Samsung Galaxy Ring, and their growing circle of competitors have made it genuinely useful to wear a small device on your finger all day. But if you’ve been waiting for wearable health tech to go deeper than pulse and REM cycles, engineers at UC San Diego may have just drawn the roadmap.

Their prototype, called CHARM (Continuous Health Analyzing Ring Module), doesn’t check your heart. It reads your sweat. Specifically, the microscopic amount of sweat that your fingers naturally produce throughout the day, no gym session required. Through a built-in osmotic hydrogel that draws moisture out passively, the ring collects and analyzes up to four chemical biomarkers at a time: glucose, ketones, vitamin C, uric acid, lactate, and alcohol. It then sends that data wirelessly to a smartphone.

Designer: UC San Diego engineers

That list of biomarkers is worth sitting with for a moment. Glucose and ketones tell you about your metabolic state and how your body is processing energy. Lactate relates to physical exertion and muscle activity. Uric acid is linked to inflammation and conditions like gout. Vitamin C reflects dietary intake. Alcohol levels speak for themselves. Getting any one of these readings from a non-invasive wearable is already impressive. Getting all of them simultaneously, continuously, and without drawing a single drop of blood, is something else entirely.

The research, published in Nature Communications and led by postdoctoral researcher Tamoghna Saha in the lab of Joseph Wang at UC San Diego, has already passed some important early tests. In trials with participants both with and without Type 1 diabetes, CHARM’s sweat-based glucose readings closely matched results from a standard continuous glucose monitor. Its ketone data similarly aligned with readings from a traditional blood meter. For a prototype, that’s a meaningful validation and a strong signal that the underlying science holds up outside of a lab setting.

What makes this feel like a genuine step forward, rather than just another research headline, is how clearly it names the gap in current wearable technology. As Saha put it, commercial rings only provide biophysical information but lack the molecular data that offers deeper insights into an individual’s health. That is a polite way of saying that knowing your resting heart rate is useful, but it doesn’t tell you whether you’re running low on vitamin C or how your body actually responded to what you ate for lunch.

The design challenge here is real, and I think it deserves more credit than the flashier headline about sweat gets it. Cramming accurate chemical sensors, a hydrogel layer, data processing, and wireless connectivity into a ring-shaped form factor is not a small engineering problem. The current prototype, which clamps around a finger, is still a long way from the slim, polished bands we’ve grown used to slipping on without thinking. Getting it there, while keeping the sensor accuracy intact and the battery life practical, will be the hard part. But that is exactly the kind of design and miniaturization problem that tends to get solved once the underlying science is proven. The history of consumer health tech is basically a series of “we figured out the science, now let’s make it wearable” moments.

The smart ring category has felt a little flat lately, if I’m being direct. The differences between most devices come down to software features and companion app design, not any fundamental leap in what they can actually detect. CHARM points toward a version of the smart ring that is genuinely measuring your body’s chemistry in real time, the kind of data that has historically required a clinic visit or a prescription-grade device. Putting that on a finger, passively, all day, changes what personal health monitoring can realistically mean.

It’s still early. CHARM is a prototype, the paper is fresh, and a consumer version is nowhere near announced. But the direction is right, and the science backs it up. If biochemical monitoring eventually becomes a standard feature of smart rings rather than a research novelty, this prototype will be one of the moments worth pointing back to.

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A Designer Just Answered Facial Recognition With a Medieval Visor

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Facial recognition has become one of the fastest-growing forms of infrastructure in public life. Cameras in airports, transit systems, retail spaces, and city streets capture biometric data routinely, often without the awareness of the people being scanned. The face has gradually become something closer to a credential, an identifier read by systems that process it instantly against databases that are constantly growing.

OBEX is a conceptual wearable that treats this shift as a design problem worth addressing through physical form. Rather than responding to surveillance with software or policy, it proposes a new category called “privacy armor,” a tangible boundary between the wearer and systems of biometric recognition. Its form language doesn’t come from consumer electronics but from something much older, the medieval visor.

Designer: Haechan Ryu

In medieval warfare, a knight’s visor concealed identity while creating distance between the person and the world beyond the armor. The logic behind OBEX borrows that idea and applies it to a different kind of threat, one that’s less physical and more informational. As surveillance systems continuously collect and analyze biometric data, the face becomes a vulnerable interface, and OBEX imagines what it would mean to shield it.

The visor itself is made from a micro-perforated optical film that allows the wearer to see out clearly while appearing opaque from the outside. It’s a deliberate asymmetry, the kind that surveillance systems rely on, reversed and put in the hands of the individual. The shielding motion references the sliding visors of historical armor, and the weight distribution is engineered to reduce strain across the head during long wear.

The temple module anchors the visor to the head and holds most of the active technology. Embedded PPG sensors monitor physiological data in real time, enabling continuous biometric monitoring through the wearer’s own biological signature. Dual directional speakers deliver audio feedback without cutting the wearer off from surrounding sounds, and a small bitmap display on the side communicates system status and shield activation modes at a glance.

The frame is precision-engineered titanium, chosen for its balance of strength and low weight. The outer surface carries a refined micro-texture that improves grip while minimizing visible wear over time. The ornamental detailing on the temple module draws from the craftsmanship traditions of medieval armor, with intricate surface patterns that make the component read more as a personal artifact than as a piece of hardware.

OBEX isn’t proposing that everyone should walk around in a visor. It’s asking what protection means when the thing being protected isn’t the body but the face’s function as an identity signal. The concept sits at the edge of speculative design and industrial practice, using grounded materials and structural logic to imagine an object that doesn’t quite exist yet, but one that feels increasingly necessary.

The post A Designer Just Answered Facial Recognition With a Medieval Visor first appeared on Yanko Design.

Forget Tracking Kids After School, This Cute Device Lets Them Check In

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Working parents of school-age children face a particular kind of worry during the hours between the end of the school day and the end of the workday. Phone calls get missed, text messages go unread, and the ones that do get through usually carry just enough information to confirm a child made it home. What they rarely carry is any sense of how the child is actually doing, and that gap tends to get filled with parental anxiety rather than reassurance.

Keylo is a conceptual companion device designed around that specific gap. Rather than giving children another screen to manage or another app to navigate, it offers a single, tactile interaction: a tap that lets them express how they’re feeling. No typing, no calling, no notification chain. The child touches the device, cycles through a color to represent their emotional state, and the parent’s app receives it.

Designer: Miaonan Li

The system consists of three physical parts. The main companion unit sits on a home dock, usually somewhere a child passes when they get home. A smaller key fob clips to a backpack and travels with the child throughout the day. Both are made from soft matte silicone and deliberately avoid any screen or complex interface, giving the object a quality that’s closer to a familiar household item than a piece of consumer electronics.

The four emotional states Keylo recognizes are kept intentionally broad. A soft orange glow indicates the child feels relaxed; bright yellow signals something more playful or energetic; a neutral white tone signals a preference for quiet or personal space; and a calm blue light carries a specific message from child to parent: I’m thinking of you. Each one is simple enough for a young child to understand and expressive enough to actually mean something when it arrives on a parent’s phone.

That arrival is handled by the companion app, which mirrors the same color language as the physical device. The distinction the project draws between this and conventional parental monitoring is deliberate. Rather than showing parents a location, a screen time report, or a camera feed, the app delivers a single emotional moment. A notification that says a child is feeling calm and playful carries a different quality of information than a location ping, and it asks for a different kind of response.

The device is designed to work without any input from the child beyond that single tap. There are no prompts to answer, no questions to read, and no follow-up required. For a child who has just walked in the door after school, the low threshold is significant; the gesture stays small enough that it doesn’t feel like a chore, which is probably the main reason most family communication apps get abandoned within a few weeks of being set up.

What Keylo explores through its design is how much emotional information can be conveyed through the simplest possible interaction. A color chosen by a child carries less data than a voice call but far more than no contact at all, and it arrives without interrupting anyone’s afternoon in the way a ringing phone does. The project makes a case for the idea that the volume of communication matters less than whether it happens at all, and on terms that feel natural to the person sending it.

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Bang & Olufsen’s New Speaker Concept Is a Ritual, Not a Device

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Most speakers are designed to disappear. They sit on a shelf, blend into a bookcase, or hide in a cabinet, quietly doing their job until you need them and then fading back into the background. Mårten Malmnäs, a graduate from the Umeå Institute of Design, designed something that pushes back against all of that.

The Beosound Tableau is a wall-mounted audio object developed in collaboration with Bang & Olufsen. Malmnäs calls it “a fireplace for music,” an instrument not just for listening, but for living. The moment I read that, I had to stop. Because I’ve never heard a speaker described that way before, and suddenly, I couldn’t think of a more fitting comparison.

Designer: Mårten Malmnäs

Think about what a fireplace actually does. Yes, it produces heat, but that’s almost beside the point. A fireplace creates presence. It becomes the thing a room organizes itself around. People pull their chairs toward it, conversations happen because of it, and its absence is genuinely felt. That’s a completely different design brief than “fits on your desk” or “connects to your phone.”

Malmnäs started the project with a design probe, a research method that explores the relationships people have with their homes, and from that came a set of experiments around values and behaviors. Eight experimental directions emerged from the ideation phase, spanning different input and output formats. Three of those directions clearly answered the design responsibilities he’d set for the project, and their shared qualities pointed toward one resolved object.

Here’s where it gets interesting. The original concept for the Tableau was screen-based, but a method called Wizard of Oz testing, where a human simulates the system to observe how people actually interact with it, pushed the design somewhere more honest. The interaction model shifted from screens to navigation by sound. And the principle that came out of it became the foundation of the whole concept: the most honest interface for a music object is music itself.

That’s a provocative idea. We’ve spent years layering more and more visual UI on top of audio experiences. Every streaming service competes on the complexity of its recommendation algorithm, the visual polish of its playlist covers, the grid of album art. Malmnäs argued the opposite, that sound should speak for sound. The result is the Sonic Token, a physical object that mediates between the listener and the Tableau. Tactile, intentional, and completely different from scrolling a touchscreen.

The Tableau is positioned as a focal thing for the home. An object to gather around and tend to. That language is deliberate, and it’s also a little radical. “Tending” to an audio object implies care and attention, a relationship rather than a transaction. You don’t tend to a Bluetooth speaker. You don’t gather around an app.

Bang & Olufsen has always occupied a rare space in the audio world, where design and sound hold equal weight, and where a product can belong in a design museum and still deliver extraordinary sound. But even by B&O’s standards, the Tableau concept asks a genuinely new question: what if the speaker were the focal point of the room, rather than just a feature of it?

There are fair questions about how a concept like this survives beyond a graduate show. The hands-on, material-driven process Malmnäs used, with 1:1 mock-ups and rigorous testing of the Sonic Token’s form and function, suggests this isn’t a vague idea dressed up in renders. It was built and tested as a real object. Whether it eventually reaches production or stays as a collaborative concept between a student designer and one of the world’s most revered audio brands is another matter.

But the value of the Beosound Tableau isn’t only in whether it ships. It’s in the question it refuses to let go of: why have we settled for speakers that ask nothing of us? The alternative, a speaker that earns its place on the wall, makes music feel like a gathering, and treats sound like something worth being present for, sounds like exactly what the living room has been missing.

The post Bang & Olufsen’s New Speaker Concept Is a Ritual, Not a Device first appeared on Yanko Design.

Replace 100 Tutorial Videos With This One Smart Keyboard

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If you’ve ever tried to learn Photoshop, Illustrator, or pretty much any serious creative software on your own, you know the ritual. Open the app, watch a tutorial, pause the tutorial, switch back to the app, forget what you just watched, rewind, watch it again, lose your place in the project, repeat. It is a loop that is less about learning and more about surviving, and it is the reason so many people quietly give up on tools they actually want to use.

Designer Ming Sheng Shih clearly knows this frustration, because KeyFlowAI is built around that exact problem. The constant back-and-forth between tutorial and practice does not just slow you down; it breaks the thread of whatever you were trying to create. And once that thread snaps, getting back into it takes more energy than most beginners have left after the third rewind.

Designer: Ming Sheng Shih

The concept is straightforward but genuinely clever. KeyFlowAI combines an AI-powered guidance system with an adaptive keyboard to bring step-by-step assistance directly into your workflow. Instead of alt-tabbing your way through browser tabs or scrubbing back through YouTube, the keyboard itself becomes the guide. The keys adapt contextually, surfacing relevant shortcuts and workflow cues for whatever task you are working on, right where your hands already are. It is a fundamentally different approach to the onboarding problem that creative software has had for decades.

What strikes me about this design is how it reframes the learning challenge at the hardware level rather than the software level. Most ed-tech solutions pile another app on top of the chaos, another overlay, another subscription layer you have to manage alongside the thing you are actually trying to learn. KeyFlowAI goes the other direction. It meets you at the physical interface, which is where attention already lives during any hands-on creative session. The keyboard stops being just an input device and starts acting as a co-pilot.

Visually, the design is clean and restrained in the best way. The rounded, slightly pill-shaped body comes in navy blue, light gray, and a soft sage green. None of the colors are aggressive or trendy in an obvious way. The keys have that satisfying, slightly domed profile that looks genuinely tactile even in product renders. Running along the top edge is a narrow display strip that presumably serves as the main guidance interface, showing instructions or prompts without pulling your eyes fully away from the screen. It is a small detail that shows real consideration for how people actually look at their desks when they are working.

The back of the device features two raised rails that function as a stand, letting you tilt the keyboard to a more comfortable working angle. A coiled cable option is also part of the design language, and while coiled cables are very much having a moment in the mechanical keyboard world right now, it does not feel forced here. It fits the overall aesthetic without trying too hard.

To be fair, KeyFlowAI is still a concept from Shih, which means there are open questions that a working prototype would need to answer. How accurately does the AI read your current task within the software? How quickly do the adaptive key labels update? Does the system scale to more advanced workflows, or is its sweet spot firmly in the beginner range? These are the kinds of details that make or break a tool like this, and they cannot be answered on paper.

But the underlying premise is sound, and more than that, it is overdue. The gap between watching a tutorial and actually building something has always been wider than the creative software industry acknowledges. Beginners do not need more content; they need less friction in the moment of doing. KeyFlowAI is betting that the solution lives right there on the desk, sitting under your hands. Whether or not it makes it to production, it is making the right argument.

The post Replace 100 Tutorial Videos With This One Smart Keyboard first appeared on Yanko Design.

This Tea Takeaway Cup Fixes The Bitter Oversteeped Tea Problem Beautifully

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Most people who drink tea on the go will admit, at some point, that they’ve committed the great tea crime: leaving the bag in too long. You meant to pull it out at three minutes. You got distracted by a notification, a phone call, someone asking you a question mid-sip. By the time you remember, the damage is done.

The cup is now a bitter, tannic situation you’re going to drink anyway because you paid for it and you’re already running late. Designer Elwin Kang clearly understood this particular brand of morning failure, because his concept packaging, Dot to Dot, is essentially a solution built around the most human of habits: forgetting.

Designer: Elwin KANG

The concept is for a takeaway tea cup that integrates the tea bag, lid, string, and label into a single, choreographed interaction. Before the lid goes on, the barista or café staff writes the recommended finishing time directly onto it by hand. That’s the first clever move. It’s not an app notification or a timer you have to remember to set yourself. It’s just a time, handwritten and staring back at you from the top of the cup, the way a sticky note from a friend might. Hard to ignore. Easy to act on.

When that time arrives, you pull the circular label downward. The label is red, small, and stamped with a gentle instruction. Pulling it lifts the tea bag out of the water and suspends it just beneath the lid, stopping the infusion without you needing to fish the bag out with your fingers, find a bin, or carry it loose in your hand while you navigate a crosswalk. The used bag stays sealed inside the cup for the entire journey. Contained. Out of the way. Done.

What makes the interaction satisfying, beyond the practical side of things, is the visual logic underneath it. The label is a circle with a hole in the center, like a ring or a small donut. The attachment point on the side of the cup is a solid filled circle. When you press the label onto the attachment point, ring over dot, the two shapes complete each other. A circle becomes whole. Dot to Dot. The name isn’t just clever wordplay; it’s the actual gesture, expressed in form.

That kind of layered meaning is rare in packaging design, which tends to treat function and aesthetics as separate departments. Kang made them the same conversation, and that’s worth pausing on. Most packaging either looks good or works well. This concept does both, without the two qualities cancelling each other out.

I’ll be honest: Dot to Dot hits that particular nerve that good design tends to hit, the sense that the solution was obvious in retrospect but nobody had quite articulated it yet. Over-steeped takeaway tea is such a common, low-stakes frustration that most of us have simply accepted it as an unavoidable condition of the modern commute. Kang treats it as a problem worth solving, which is a design choice in itself. Not every brief begins with a grand crisis. Sometimes it starts with a too-bitter cup of Earl Grey on the way to the office.

There’s also a quieter argument embedded in the concept about slowing down within an otherwise rushed context. You’re still getting your tea to go. You’re still multitasking. But the design builds in a small moment of attention, one pull, one click, one completed circle, that gently asks you to be briefly present with what you’re drinking. That’s a surprisingly generous thing for a disposable cup to offer.

Whether Dot to Dot ever moves from concept to commercial production is another matter entirely, and the distance between a beautiful prototype and an actual supply chain is rarely short. But as a piece of design thinking, it earns its place. It’s specific, it’s human, and it leaves you wondering why every takeaway tea cup hasn’t worked this way all along.

The post This Tea Takeaway Cup Fixes The Bitter Oversteeped Tea Problem Beautifully first appeared on Yanko Design.

Funnels That Harvest Rain and Solar Power While Shading a Public Plaza

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Water scarcity and urban heat are two separate crises that public infrastructure rarely addresses together. Most public spaces are designed primarily for social use, with sustainability features treated as additions bolted on during planning approvals. The result is civic furniture that looks environmentally conscious on paper but often functions in ways that keep each system largely isolated from the others.

The Solar Rain Funnels propose a different model. Each funnel-shaped structure is a prefabricated, modular unit made from galvanized steel that collects rainwater, generates solar electricity, and provides shaded public seating, all from the same form. Rather than treating harvesting and gathering as separate programs, the design bundles them into a single object that does each job without architectural compromise.

Designer: Michael Jantzen

The form does most of the work. Each funnel is wide at the top and narrows toward the base, which means its surface naturally directs rainfall inward and downward into collection channels. Solar cells line the top edge, capturing sunlight from the same surface that intercepts rain. A bench is mounted around the perimeter at the base, completing the third function without requiring a separate structure.

What’s collected below the surface matters as much as what happens above it. Rainwater storage containers, or diversion channels connecting to off-site containment, are installed under the plaza to hold water for later community use. The solar electricity powers the pump that moves water from storage and lights the funnels after dark. Excess power feeds into the local grid, and on-site batteries let visitors charge devices.

The prefabricated and modular nature of the design means installation doesn’t require building a new structure from scratch each time. Each funnel arrives at the site in pre-made sections that bolt together, and any number of units can be arranged into any configuration the site allows. In the reference proposal, seven funnels are arranged in a grid over a plaza, with drought-tolerant garden plantings filling the spaces between them.

That plaza arrangement gives visitors something more useful than just shade. The overhead canopy formed by the funnel array blocks enough direct sunlight to make the space comfortable in hot, arid conditions, which is significant given that the concept is intended for communities experiencing water stress. Gardens planted with low-water-consuming species fill the gaps between funnels, making the plaza functional as a green space even in dry climates.

Size is treated as a variable rather than a fixed specification, because the concept anticipates installation across different kinds of sites. A smaller cluster of funnels might serve a neighborhood corner or transit stop, while a larger array could anchor a civic plaza or regional park. The galvanized steel construction and bolted assembly make each installation relatively straightforward to adapt, scale, and transport to wherever it’s needed most.

The concept is currently unbuilt, but what distinguishes it from other multi-function proposals is that each function follows directly from the form rather than being added to it. The wide, concave top collects rain. The exposed edge holds solar cells. The shaded base provides seating. Nothing requires the structure to be shaped any differently to perform those jobs, which is the kind of efficiency that makes a proposal feel plausible.

The post Funnels That Harvest Rain and Solar Power While Shading a Public Plaza first appeared on Yanko Design.

This Vine-Shaped Winery Concept Can Grow Just Like a Real Vine

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Winery architecture has long struggled to find the right balance between the rustic identity of viticulture and the ambitions of contemporary design. Most wineries reach for one extreme or the other, either leaning on stone barns and old-world aesthetics or commissioning cold modernist boxes that feel disconnected from the land around them. Few have tried to use the vineyard itself, quite literally, as the architectural concept.

The Great Vine Winery is an unbuilt conceptual proposal that takes that idea seriously. It envisions a two-story winery whose entire form reads as a giant grape vine that has grown organically from the ground. It’s a structure that doesn’t just sit in a vineyard but tries to feel like a living, functional part of it, with every curve evoking something the landscape itself might have produced.

Designer: Michael Jantzen

Inside, the building accommodates tasting rooms, retail, and offices across its two levels. Outside, the structure extends into a series of shaded exterior areas, formed by large curved green panels, that are meant for tasting, picnics, and special events. The boundary between indoor and outdoor experience is deliberately blurred, with the architecture guiding visitors through the building the way a path through an actual vineyard might.

The enclosed spaces within the structure are cylindrical, calling to mind the cross-section of a real vine. Skylights set into their roofs are shaded by more of the curved panels, delivering natural light without solar glare. Underfloor vents channel cool air into each space from below, while perimeter windows and doors contribute additional ventilation and open views of the vineyard to anyone sitting inside.

Sustainability runs quietly through the whole concept. A large dark curved solar array, mounted on the central arched section of the structure, generates enough electricity to power the entire facility. Rainwater collected from the curved panels is channeled into underground reservoirs, where it’s held for use in daily winery operations and the upkeep of the surrounding grounds.

What makes the design particularly interesting is its built-in logic for growth. If the winery ever needs more space, the vine metaphor simply continues, with new sections of structure branching outward in any direction to suit whatever the program demands at a given time. This adaptability isn’t just a technical feature; it’s an extension of the central concept, where the building grows the same way an actual vine would.

Everything is intended to be fabricated from lightweight, colored concrete composite, an eco-friendly material that suits the complexity of the organic forms and keeps construction practical at a scale this ambitious. The muted green finish running consistently through every surface, inside and out, reinforces the vine reference without needing any additional ornamentation or applied symbolism to make the concept legible.

Winery visits have grown more intentional over the past few decades, with visitors expecting a sense of place as much as a good pour. The Great Vine Winery concept answers that expectation in a way most tasting room designs don’t, offering a building that’s as immersive to move through as the vineyard around it. As unbuilt concepts go, it’s a rare one where the metaphor genuinely earns its keep.

The post This Vine-Shaped Winery Concept Can Grow Just Like a Real Vine first appeared on Yanko Design.

A Duck, Some Bent Tubes, and the Most Charming Lamp of 2026

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The first thing you notice is the yellow. Not a soft, hedging yellow, but a full-commitment, matte, warm yellow that coats every millimeter of the piece without apology. Then you notice the shape. A long, arching neck. Two sturdy legs. A horizontal head that doubles as the light source. Duke, the table lamp designed by Liam de la Bedoyere of Bored Eye Design, is a duck. More precisely, it’s a duck drawn by someone who decided that one continuous tube was all they needed.

That’s the central idea, and it’s worth sitting with. De la Bedoyere’s design vocabulary here is essentially a single rule: take a tube, bend it, and let the animal emerge from the bends. No additional elements, no decorative flourishes, no mixed materials. Just the tube, its curves, and the form they describe. The result is a piece that communicates immediately. You read it as an animal before you register that it’s a lamp, which is the correct order of things.

Designer: Liam de la Bedoyere

Up close, the construction rewards attention. The tubular sections connect in visible segments, and those joints give the piece a modular, almost architectural quality that tempers the playfulness with something more considered. The bends themselves are generous and smooth, with a radiused curve that keeps everything feeling soft rather than rigid. The head is a cylinder open at the end, functioning as the spotlight, and that detail is quietly clever. The light doesn’t interrupt the form. It completes it, pointing forward from the duck’s snout like the whole thing was always meant to do exactly this.

The base is a flat circular disc, minimal and low to the surface. Two legs rise from it and immediately branch into the body, giving the lamp a planted, grounded stance that stops it from reading as fragile. And then there’s the cord, a braided yellow cable that matches the body exactly, looping out near the base. Most designers treat the cord as a problem to solve or something to hide. Here it’s an afterthought that became a feature, trailing away from the lamp like a tail. It’s one of those small decisions that reveals how thoroughly this design was thought through.

The monochromatic yellow does something important for how the silhouette reads. By removing any tonal contrast within the piece itself, the animal form becomes purer and more immediate. Your eye traces the outline rather than getting pulled into detail, which is exactly what you want from a lamp that’s also functioning as sculpture. The color also travels. Looking at Duke placed against warm wood, concrete, white walls, and natural linen, it doesn’t clash with any of them. Yellow at this saturation and matte finish is warmer than it is aggressive, and it reads more like a material choice than a color choice.

The design is also genuinely versatile, which isn’t something you can say about most statement objects. Duke works in a child’s bedroom because it looks like a toy. It works on a bookshelf or a credenza in an adult living space because the construction is clean and the form is abstract enough to read as sculptural. Place it next to a magazine on a coffee table and it looks like something you’d find in a design gallery. That range of contexts isn’t accidental. It comes from the clarity of the underlying concept. When a design is resolved at the idea level, it adapts.

What makes Duke feel significant beyond its charm is that de la Bedoyere is clearly developing a language, not just making individual pieces. The Flamingo Lamp came first, and the same logic runs through both, which means the interest is in the system as much as the object. A lamp collection built entirely on the premise of one continuous tube tracing an animal is a genuinely interesting editorial position for a designer to take. It’s a constraint that produces rather than limits, and that’s the kind of thinking that tends to produce lasting work.

Duke doesn’t try to do many things. It tries to do one thing very well, and in design, that’s harder than it sounds.

The post A Duck, Some Bent Tubes, and the Most Charming Lamp of 2026 first appeared on Yanko Design.