“Foglie” is the Italian word for leaves, and Tobias Sartori makes no effort to obscure the reference. His Foglie Wall Clock is built from dozens of hand-carved pine leaves, each shaped with a carved central ridge that mimics a real leaf’s midrib, arranged into a pointed, flame-like cluster that functions as the clock face. Branch-carved hands in a contrasting darker finish sweep the hours from a movement housed at the center. The result sits between decorative object and wall art, and it does so with enough material confidence to hold that ground convincingly.

Sartori first worked with leaf forms in a jewelry project, carving wooden pendants for necklaces, and the motif followed him home. A beech hedge outside and a botanical wallpaper inside reinforced the idea, together suggesting that an entire clock could operate in the same visual vocabulary. Several layout sketches followed before two strong candidates emerged. The chosen design is the one where every individual carved leaf echoes the overall silhouette of the piece, creating a quality that feels grown from the inside out.

Designer: Tobias Sartori

The final piece has a remarkable sense of depth and texture, a direct result of its meticulous construction. Because each pine leaf is an individual component, hand-carved and set at a slightly different angle and height, the clock creates a dynamic topography of light and shadow that shifts throughout the day. This layered arrangement gives the object a living quality, changing its character as the sun moves across the room.

The choice of pine, with its warm and expressive grain, gives the clock an approachable, organic feel that invites a closer look. The darker, more delicate hands provide just enough contrast to ensure legibility without overpowering the woodwork. It is a quiet object that reveals its handmade complexity gradually, rewarding careful observation with subtle details that a mass-produced item could never replicate.

Sartori’s process sketches reveal another, more traditional round variant that he ultimately set aside, a decision that proved critical to the design’s integrity. The circular concept, while pleasant, felt more like leaves applied to a conventional clock shape. The final, elongated form, however, feels like a clock that grew directly from the leaves themselves. This distinction is the core of its success. By housing a simple, reliable clock movement within a form that feels completely natural, Sartori allows the artistry of the woodwork to remain the main story. The Foglie clock successfully integrates function into a form that feels elemental and intentional, as if a gust of wind had gathered the leaves on the wall in a moment of perfect, fleeting composition.

The post Wall-Clock inspired by a Pile Of Leaves tells time but also a Nature-inspired Visual Story first appeared on Yanko Design.

Settled quietly within Naselje Murgle, one of Ljubljana’s most thoughtfully conceived residential neighborhoods, the House Under the Poplars is a 122-square-meter reconstruction and extension that speaks softly and means it. Completed in 2025 by OFIS Arhitekti, the project reads less as a statement of ambition and more as an act of architectural respect, a house that earns its place not by standing out but by understanding exactly where it stands.

Murgle was never meant to be remarkable in a conventional sense. Designed by Slovenian architects France and Marta Ivanšek and built through self-construction phases between 1965 and 1982, the settlement became a quietly radical model of ecological, human-scaled living long before sustainability entered the architectural vocabulary. Its distinctly Scandinavian character, shaped in part by the Ivanšeks’ time in Sweden, gave the neighborhood a collective identity rooted not in signature gestures but in shared, low-tech intelligence.

Designer: OFIS Arhitekti

Led by Rok Oman and Špela Videčnik, OFIS Arhitekti approached the project with the kind of cultural sensitivity that most renovations only gesture toward. The intent was never to impose a new architectural language onto an existing one but to refine and carefully elevate what was already there. The studio leaned into Murgle’s founding principles, treating them not as limitations but as the clearest possible brief for what this house needed to become.

The new glazed façade opens generously toward the garden, framing a mature birch tree with an ease that feels entirely uncontrived. Vertical timber slats line the side glazing, offering privacy to the main living space without cutting it off from the broader landscape. The covered atrium connects the primary bedroom and its ensuite bathroom to the rest of the house, creating a sequence of spaces that feel considered without ever feeling overcalculated.

Inside, timber cladding runs across the walls and ceiling in a move that unifies the interior and gives the whole house its warmth. A wine cellar sits beneath a glass floor panel in the living room, one of the project’s more unexpected gestures, and all the better for it. The rest of the program stays deliberately modest: a single additional bedroom suite and a small study, a reminder that restraint, when properly applied, is its own kind of luxury.

The House Under the Poplars does not try to reinvent Murgle. It tries to honor it, and in doing so, quietly sets a standard for what thoughtful, sensitive reconstruction can look like in a neighborhood that has always asked its residents to think beyond themselves. As a project, it resists easy categorization. It is not a restoration, not a reimagining, but something far more useful: a considered continuation of an idea that was already worth keeping.

The post OFIS Rebuilt This 122sq.m. Post-War Home Without Losing Its Soul first appeared on Yanko Design.

Road construction has a complexity problem. Getting a stretch of road built in a remote region, a disaster zone, or difficult terrain typically means coordinating multiple heavy machines, multiple skilled operators, and a logistical chain that can collapse at any point. Yan Zhang and Jialu Hou, two designers from Shandong University of Art and Design, spent several months in 2024 working on a concept that treats all of that complexity as a design challenge worth solving from scratch.

The result is PaveLink, an autonomous modular road-building system that arrives as a single articulated electric train and deploys into a coordinated fleet of AI-guided construction robots on site. One system. One delivery. A drone overhead, autonomous modules on the ground, and an intelligent command hub managing all of it in real time.

Designers: Yan Zhang and Jialu Hou

The truck head is a blocky, panoramic-windshield command center with a drone launch platform built right into the roof. When PaveLink reaches its target location, that drone lifts off first, ascending to map the terrain using aerial sensors and streaming data back to the cab in real time. The drone itself is worth a second look: shaped like a swept-back arrowhead with a multi-rotor configuration, it looks aggressive and purposeful in the air, matching the amber and gunmetal black palette of the ground units working below it.

Four distinct unit types detach from that spine: a front-loader with a wide scoop bucket, an excavator arm for breaking ground, a grader for leveling, and a heavy steel drum compactor for finishing the surface. On their own, each unit looks almost insectoid, riding on two or three fat rugged wheels with articulated limbs that flex and angle across uneven ground. Together, working in coordinated parallel, they turn what would normally require a crew of operators and days of staging into something that functions more like a synchronized performance.

All the modules stay tethered to the system via cables, which serve double duty as power lines and data channels. PaveLink runs fully electric, so there’s no diesel cloud hanging over the operation, and the continuous cable connection means the modules never need to stop and recharge independently. The drone keeps feeding updated terrain data overhead, flagging hazards and fine-tuning the AI’s workflow decisions as ground conditions change.

PaveLink is aimed squarely at the places traditional road construction struggles most: disaster-hit zones, remote regions with no skilled operators, and rugged terrain that conventional machinery can’t navigate efficiently. The modular autonomous approach answers all three problems at once. Fewer humans in harm’s way, fewer separate machines to transport in, and an AI coordination layer that adapts to whatever chaotic ground conditions it finds on arrival.

The post Transformers-inspired Shapeshifting Machine Splits Into An Entire Road-Construction Robot Fleet first appeared on Yanko Design.

What if we designed homes the way cats would design them? Not human homes with a token scratching post in the corner but true spatial systems built around curiosity, vertical exploration, territorial comfort, and play. The N Plus Magic House begins precisely at that question, reframing pet furniture not as an accessory but as architecture scaled for feline psychology. Instead of treating a cat house as a static object, this project treats it as a living spatial framework, one that evolves alongside its inhabitant.

Today’s pet owners increasingly see their cats as emotional companions rather than animals that merely coexist in domestic space. That shift has quietly created a design problem. Traditional cat houses, even elaborate ones, tend to be fixed structures. They may be visually impressive, but they impose constraints on placement, adaptability, and long-term usability. The N Plus Magic House flips that paradigm by introducing modularity as its core philosophy. Rather than selling a finished form, it offers a system of standardized units that can be assembled, rearranged, expanded, or reduced as needed. The result is less like furniture and more like a customizable habitat kit.

Designer: Taizhou Hake Technology Co., Ltd

The genius of the design lies in its simplicity. Each module functions independently yet connects securely through precision-engineered connectors. Owners assemble structures by inserting panels into slots and stacking them like building blocks. No technical expertise, tools, or installation manuals are required. This intuitive construction method does something subtle but powerful. It turns pet care into participation. Instead of buying a finished object, users become co-designers of their cat’s environment. That interaction strengthens the emotional bond among the owner, the pet, and the space.

Material choices reinforce the system’s practicality. The structure combines impact-resistant PP resin, transparent PET panels for visibility, and carbon steel mesh for structural integrity. These materials balance durability with safety while allowing owners to monitor their pets without disturbing them. The manufacturing processes, such as injection molding and automatic wire welding, ensure consistency, precision, and reliability across units. Every element reflects careful alignment with feline behavior and safety requirements.

Behind the scenes, the development team approached the project with a research-driven mindset. They studied cats’ behavioral patterns, analyzed existing products on the market, and mapped owner expectations. One of the biggest technical challenges was maintaining structural stability while preserving modular flexibility. The solution was a custom connector engineered to withstand pressure and weight while preventing slippage. Its textured surface increases friction, ensuring modules remain firmly locked during use. This small component is arguably the system’s unsung hero. It transforms a playful concept into a reliable architectural structure.

Developed in Taizhou, Zhejiang Province, between July 2023 and November 2024 and later exhibited internationally, the N Plus Magic House represents a broader shift in product design thinking. It signals a move away from static ownership toward adaptive systems, objects that respond to changing needs over time. In a world where personalization defines modern consumer expectations, this approach feels less like a novelty and more like a glimpse into the future of domestic product design.

The post The Modular Cat Habitat That Turns Playful Curiosity Into Living Architecture first appeared on Yanko Design.

Mercedes-Benz and Volkswagen have produced some of the best camper vans on the market, and they’ve long shared a common collaborator. Now, with Mercedes-Benz taking the complete production of its Marco Polo under its wings, Volkswagen and other competitors can expect some serious competition. The newly updated 2026 Marco Polo is the first new addition to Mercedes in-house van life portfolio and flaunts an interesting pop-up roof, which is its main talking point.

According to Mercedes-Benz press information, the body of the V-Class Marco Polo is built at the company’s Vans plant in Vitoria, Spain. The vehicle is then converted into a pop-up camper van at the Ludwigsfelde plant in Germany. The overall in-house production of the Marco Polo means it’s of the “highest quality standard” and that the company has complete control over every detail and pace at which it is produced.

Designer: Mercedes-Benz

Substantiating the fact, Sagree Sardien, head of sales & marketing Mercedes-Benz Vans said, it is a “Mercedes-Benz through and through,” which is designed to offer buyers a more sophisticated home on wheels. “A home that effortlessly combines travel and everyday life – while making a stylish statement,” he said.

To that accord, the Mercedes-Benz 2026 Marco Polo is a compact, luxury camper van featuring a pop-up roof, convertible downstairs seating, kitchen, and ambient lighting to uplift the mood when you’re inside the van. The major update from the 2024 model of the van is focused around the improvement to the lifting roof space. The double-skinned aluminum pop-top makes for an additional 4 inches of headroom and is provided with an ambient LED system that allows the space to feel lively and inviting.

Downstairs, the Marco Polo doesn’t make many changes. It comes equipped with a kitchen featuring double burner gas stove, a sink, mini fridge, and a swiveling bench that can easily facilitate dining and sleeping. During mealtime, you have a folding table that reaches out of the kitchen block, and during the night it folds up to make room for the convertible sofa to create a double bed.

MBAC infotainment suite is another interesting facet of the new Mercedes camper van. Sitting in the cockpit, the smart touchscreen can control the interior components like the vehicle’s upgraded eight-speaker audio system and pop-up roof lighting. The infotainment system also has instant control to pop-up roof. You can deploy or retract the lifting roof remotely, while also maintaining the temperature of the van home.

The new Marco Polo will be available to order soon, Mercedes notes. It also mentions in the press release that the launch of Marco Polo Horizon is also on the cards. This model shares similar features except for the built-in kitchen unit, making it suitable for weekend outings or short holidays only.

The post 2026 Mercedes-Benz Marco Polo camper van arrives with smarter pop-up roof and luxury upgrades first appeared on Yanko Design.

Google would like you to meet the Pixel 10A. It has a new name, new colors, and a press release that runs to several pages. It costs $499, which is exactly what the Pixel 9A cost. It weighs the same. It measures the same. It has the same cameras, the same battery, the same chip, and the same 6.3 inch display. There is a episode of The Office where Pam preoccupies Michael by presenting two identical photo printouts as a spot-the-difference puzzle. Google has essentially done that, except the printout costs five hundred dollars.

To be precise about what actually changed: the display is about 10% brighter, the glass protecting it moved from Gorilla Glass 3 to Gorilla Glass 7i, wired charging climbed from 23 watts to 30, and wireless charging went from 7.5 watts to 10. The camera bump, already barely perceptible on the 9A, is now completely flush. In some regions, satellite SOS is supported. That is the complete list. Google did not forget to send the rest of it.

Designer: Google

The Pixel 10 and Pixel 10 Pro both run on the Tensor G5. The Pixel 10A runs on the Tensor G4, the same chip from last year’s A-series, and the year before that in the Pixel 9 Pro. For years, buying the A-series meant getting the current flagship chip in a cheaper body. That was a genuinely good deal. Google has decided, apparently, that it was too good.

Best Take, Camera Coach, Call Screening, Clear Calling, Now Playing, Gemini as a built-in assistant, and seven years of updates add up to an experience that Android competitors at this price genuinely struggle to match. The Pixel ecosystem has real pull, and Google knows it. The 10A is banking on that pull being strong enough to carry a spec sheet that would embarrass a 2024 phone.

Google looked at the Pixel 9A, decided it had not been wrong about any of it, and shipped it again with brighter glass and a new colorway called Fog. In an industry that routinely invents problems to solve, there is something almost philosophical about a company that simply refuses to fix what it considers unbroken. The Pixel 10A does not have an identity crisis. It has its predecessor’s identity, and it is completely comfortable with that.

It will sell because the cameras are good, the battery lasts, the software support is unmatched at the price, and most people upgrading to it will be coming from something two or three generations older where the difference feels significant regardless of which Tensor chip is inside. Google understands its buyer perhaps better than its buyer understands the spec sheet. The Pixel 10A is a perfectly competent phone that knows exactly what it is. But also… this smartphone announcement could have been an email.

The post Google Released a New Pixel 10a and It’s Basically the Same Phone From Last Year first appeared on Yanko Design.

Screens are on all day, and hands tend to find something to do when focus slips. Pen clicking, phone picking, knuckle cracking, the nervous tics of modern desk work. Most “mindfulness” solutions are still apps, which is a bit ironic when the problem is too much screen time. There’s something to be said for a small mechanical object that gives your brain a reset without asking for any attention in return.

Amsterdam Dynamics’ ST-01 is a modular spinning top and tactile focus object built for desks, hands, and minds that rarely get a break. It’s intentionally simple but not single-purpose, offering multiple mechanical interactions with no correct sequence. You use one when you need it or work through all of them. No app, no setup, no instructions, just the object and whatever your hands feel like doing with it.

Designer: Antonio Lo Presti (Amsterdam Dynamics)

A gentle twist sets ST-01 rotating smoothly, and it’s engineered to keep going for over two minutes. That’s long enough to watch while thinking through a problem, waiting for a file to render, or cooling down after a difficult meeting. It functions as a visual anchor, something calm and physical in a field of notifications and browser tabs that all want something from you.

Pressing the top triggers a satisfying mechanical click with clear tactile feedback, the kind of repeatable, purposeful sensation that replaces the nervous habit of clicking pens or tapping a keyboard. Amsterdam Dynamics calls it “reset focus,” which is accurate if not exactly humble. The middle disc can also be flipped like a coin, adding a small decision-making tool and another texture to the interaction when you need a nudge in either direction.

Of course, there’s a modular construction underneath all of that. ST-01 is built from three parts that can be taken apart and snapped back together, held in alignment by two precisely positioned magnets. That magnetic core keeps the structure stable during spinning while making it easy to disassemble by hand. There’s also a built-in magnet that lets it stick to metal surfaces, which is either a neat trick or a genuinely useful parking spot depending on your desk.

CNC-machined, anodized aerospace-grade aluminum means it’s solid in the hand, balanced, and finished in a way you notice the first time you pick it up. Cheap fidget toys flex, squeak, and wear out quickly. ST-01 is designed to stay on the desk for a long time, with Amsterdam Dynamics framing it as “a beautiful object, made to last a lifetime” and something that can eventually be passed on.

That’s an unusual positioning for what is essentially a desk toy, but it fits the overall idea. ST-01 doesn’t ask for a lifestyle change, a daily streak, or a subscription. It just gives your hands a few repeatable interactions and a place to return when the work gets loud, which turns out to be the kind of quiet, mechanical company a desk actually needs.

The post Forget Mindfulness Apps, This Desk Top Spins for 2 Minutes Instead first appeared on Yanko Design.

Air purifiers tend to look like medical equipment and come with apps you didn’t ask for. They arrive with dashboards, push notifications, and Wi-Fi setup rituals that turn “cleaner air” into another thing to manage on a phone. Most of them sit in corners behind plants because they look clinical, and no one wants to acknowledge the white plastic box while having guests over for dinner.

The Beolab Air 1 is a concept air purifier designed to sit in a room without announcing itself. It was developed as a student project and draws inspiration from the calm, material-driven design language of Bang & Olufsen’s Beolab line, though it’s not affiliated with the company in any way. The goal was to see what happens when you apply that kind of sculptural thinking to clean air, instead of just adding another screen to the wellness toolkit.

Designers: Ahaan Varma, Malhar Gadnis, Michelle Sequeira, Sharanya Karkera

The most refreshing part of the concept is the interaction model. A single button press is all it takes to start, with no app pairing, no IoT setup, and no onboarding routine. The project frames this as “digital detox,” which is a reasonable description when most purifiers try to sell you sensor graphs and weekly air quality reports. You turn it on the way you’d turn on a lamp or a speaker, then leave it to work.

The materials do a lot of the talking. Angled teak wooden ridges wrap the body and function as vents for filtered air, so the aesthetic choice also serves a purpose. Textured aluminum handles the rest of the exterior. The project’s own critique of the category is blunt: plastic yellows and looks cheap over time, while wood and metal age better. A purifier built to look like a piece of considered furniture has a better chance of earning a spot on a sideboard than one that resembles a hospital accessory.

Under the surface, there’s a plausible engineering stack. A high-efficiency BLDC fan delivers strong airflow while staying quiet, a HEPA filter handles particulate capture, and an MQ135 gas sensor pairs with PM2.5 sensing to monitor air quality without forcing anyone into an app. The concept keeps the monitoring internal and the feedback subtle, a soft ambient light band that changes gently rather than a display demanding attention.

Of course, that ambient feedback is the whole point. Clean air is invisible and usually silent, and a purifier that communicates the same way feels more appropriate than one with a scrolling PM2.5 count on a bright panel. You can check in when you feel like it, and the rest of the time it just works.

The concept calls out a genuine gap in the category: people want wellness that integrates quietly into a room, not hospital aesthetics, and yet another app. Whether or not Beolab Air 1 ever gets built, asking what a purifier looks like when treated with the same care as a premium speaker is a question the category probably needed someone to ask.

The post This Air Purifier Concept Looks Like Scandinavian Audio Gear first appeared on Yanko Design.

If you appreciate retro computing and DIY electronics, a new project from This Does Not Compute (YouTube channel) will be the best thing you will see today. The build emulates the 1984 Apple Macintosh, but in a miniaturized version. Not the smallest, but decently small to sit in the corner of your desk and do more than its intended function of a clock.

If that sounds puzzling, here’s a clearer explanation. The modder has actually taken a Maclock, which is a clock that looks identical to the original Mac, but of course considerably smaller, and ripped it open. He replaced the original alarm clock mechanics with a Raspberry Pi, turning it into a homage to the classic Apple computer.

Designer: This Does Not Compute

The project, as the modder himself states, “is just for fun” and doesn’t really reach out to prove anything other than love to toil with anything Mac. With the innards of the clock replaced by Raspberry Pi Zero 2 W, the original display of the clock is also swapped with a 640×480 2.8-in color screen from Wave Share, and the project is interestingly called Wondermac. The name is in reference to Wonder Boy, the Chinese company that makes Maclock.

The modder, as you can see in detail in the video above, starts by cracking open the Maclock case, which has screws, but they are only used to mimic the Macintosh and have no significant usage. Opening the case was “probably the hardest part of the whole project,” he says. The case is clipped together pretty tightly, but he was able to separate the front bezel from the back using a wide metal pry tool. Once the front panel was free, he unplugged the wiring harness and pulled out the main circuit board and the screen to clear up the space inside the Maclock body, which will now have new guts and a new purpose.

“Compact, low power, and relatively inexpensive,” Raspberry Pi Zero 2 W was a clear choice for the Mac’s innards, the modder affirms. It comes with a pin header presoldered and includes a heatsink, which would be a nifty addition to keep this tiny computer cool when it does some computing. The Pi is now connected to the externally purchased screen, and the modder gets down to launching the Raspberry Pi imager app and installing Minivvac on an SD card for the software side of the project.

For powering the Wondermac, the modder doesn’t rely on the Maclock’s built-in battery; instead, they take advantage of the USB-C port on the back housing for power. After some tweaking to power output, some wire soldering, and sticking, he was able to get the power going as required to run the screen. Finally, he designed a 3D printed bracket with black filament to fit the screen in place, and then everything was assembled back into shape. Content with the outcome, he leaves the little Mac on the desk with the Afterdark screen saver.

The post This Does Not Compute Turns Tiny Mac Clock Into Working Raspberry Pi Macintosh first appeared on Yanko Design.

There’s something quietly radical about a material that refuses to hide what it’s made from. OBRO, a new composite from Japanese manufacturer Sanyo Co., Ltd., takes recycled leather powder and suspends it in transparent black PVC, creating a surface that looks like stars scattered across a midnight sky. Instead of disguising its origins, the material puts waste on full display, transforming discarded scraps into something you actually want to touch.

The name itself gives you a sense of the effect. OBRO comes from the Japanese word “oboro,” which translates to “hazy” or “softly blurred.” It’s that in-between quality where things aren’t quite solid, not quite translucent. Hold the material up to light and the leather fragments shimmer beneath the surface, shifting between metallic glints and organic warmth depending on the angle. It’s the kind of visual texture that photographs beautifully but probably demands to be seen in person to fully appreciate.

Designer: Satoru Shimizu / Sanyo Co., Ltd.

Sanyo Co., Ltd. has been around since 1947, so they’ve had plenty of time to understand leather as both craft and industry. What makes OBRO interesting is that it doesn’t try to replicate traditional leather. There’s no embossing to fake a hide pattern, no attempt to make you forget you’re looking at something engineered. The leather powder is ground fine enough to become part of a new material language entirely, one that feels more industrial poetry than nostalgic pastiche.

The debut collection keeps things refreshingly straightforward. There’s a tote bag, a sacoche (the compact crossbody style that’s become ubiquitous in streetwear), and a key case. All three are designed with a minimalist, gender-neutral aesthetic that lets the material do the talking. Genuine leather accents frame the OBRO panels, creating a contrast between the hazy composite and the solid, familiar texture of traditional hide. It’s a smart move that highlights what makes OBRO different without abandoning the tactile warmth people expect from leather goods.

From a practical standpoint, OBRO brings some unexpected benefits. It’s lightweight in a way full-grain leather rarely is, and the PVC component makes it water-resistant without needing chemical treatments. For anyone who’s watched a leather bag slowly absorb a rainstorm and then spent days trying to condition it back to life, that’s not nothing. The material holds its shape well, which matters when you’re talking about bags that need structural integrity but don’t want the stiffness of heavily lined leather.

What’s compelling here is the philosophy embedded in the material itself. Most sustainable design efforts focus on using less, sourcing better, or finding biodegradable alternatives. OBRO takes a different approach by celebrating the waste stream as a visible design element. Those leather fragments aren’t hidden away or ground so fine they disappear. They’re the whole point, catching light and creating depth in a way that pure PVC never could. It’s sustainability that doesn’t ask you to compromise on aesthetics or accept something less refined in the name of environmental responsibility.

Designer Satoru Shimizu and the team at Sanyo have essentially created a new category. OBRO isn’t vegan leather trying to pass for the real thing, and it isn’t traditional leather pretending it has no environmental cost. It’s a third option that acknowledges material waste as an inevitable part of production and then asks what happens if we make that visible, beautiful, and functional all at once.

The market for this feels broad. Design enthusiasts will appreciate the material innovation and Japanese attention to detail. Tech-minded people will respect the engineering that makes disparate elements work together cohesively. Fashion and streetwear audiences already gravitate toward pieces that tell a material story, especially when that story involves reimagining waste. And anyone tired of greenwashing will probably appreciate a product that shows its sustainable credentials literally on its surface.

The post OBRO Just Turned Leather Waste Into Luxury Material first appeared on Yanko Design.