Tag Archives: Architecture

Why London’s 2025 Campus Design Was Built for Hedgehogs

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Most of us move through cities without thinking too hard about who else lives there. We navigate subway systems, dodge scooters, queue for coffee, and rarely stop to consider that the concrete corridors we’ve built are, for many species, an impassable wall. Designer and landscape architect Fengyi Wu is thinking about that wall, and her project, Urban Living Library: Reclaiming the Hedgehog Habitat, is one of the more quietly radical ideas to come out of landscape architecture in a while.

The project started as a design research thesis at The Bartlett School of Architecture, University College London, and was developed for the UCL Bloomsbury Campus in London. It went on to win First Prize at the IFLA Europe 2025 Student and Young Professionals Awards, which is notable, but the idea itself is what deserves the spotlight.

Designer: Fengyi Wu

Wu chose the hedgehog as a “flagship species” to guide the entire design strategy. That choice is deliberate and clever. Hedgehogs are not particularly glamorous animals, but they are a useful ecological indicator. They need connected green corridors to move, forage, and survive in cities. When the hedgehog population thrives, it generally means the broader urban ecosystem is in better shape. So instead of designing for the most charismatic species or the most aesthetically pleasing outcome, Wu anchored her vision in something humble, specific, and measurable.

The result is a masterplan that reimagines a university campus as a living ecological library, an environment where biodiversity is not tucked away in a corner garden but woven into the actual spatial experience of the place. Dense planting, wildlife shelters, rainwater landscapes, and sheltered community gathering spaces are arranged into a sequence that creates ecological corridors across the campus. The idea is that people and wildlife move through the same landscape in overlapping but coexisting rhythms.

What strikes me about this is that it reframes what a university campus is for. Classrooms generate knowledge, but they keep it contained. This project argues that the landscape itself can be a form of pedagogy, one you absorb just by sitting outside, watching water collect in a moss garden, or noticing which insects show up after a redesigned planting scheme. Outdoor learning, community observation, and direct encounters with nature become part of campus life without requiring any formal instruction. The library metaphor works because the information is there, available to everyone. You just have to look.

Urban biodiversity is often framed as a luxury problem, something cities will address once they’ve sorted housing, transport, and economic inequality. I understand that framing, but I think it undersells the point. Green corridors and habitat connectivity are infrastructure. They manage rainwater, regulate temperature, support pollinators that urban food systems quietly depend on, and improve the mental health of the people who live near them. Building them now, thoughtfully, is cheaper and more effective than retrofitting a city that has been built in complete indifference to them. Wu’s project is a proof of concept for that kind of thinking at a campus scale.

It’s also worth noting that the hedgehog is in actual trouble. British hedgehog populations have declined sharply over the past few decades, and fragmented urban habitats are a significant part of the problem. Roads, walls, and manicured lawns create dead ends for animals that need to travel several kilometers each night to feed. The Urban Living Library doesn’t treat the hedgehog as a mascot. It treats it as a co-resident of the city whose needs are legitimate, even when they conflict with our instinct to pave, mow, and tidy.

The most meaningful design ideas tend to be the ones that shift how you see something you thought you already understood. After spending time with Wu’s project, I haven’t been able to look at an empty patch of campus lawn the same way. Every manicured strip between buildings starts to read as a missed opportunity, a corridor that could be doing something, supporting something, connecting something. That’s the kind of design thinking that deserves to travel beyond architecture school walls.

The post Why London’s 2025 Campus Design Was Built for Hedgehogs first appeared on Yanko Design.

Sweden Built a Pink Crystal Sauna on a Toxic Wasteland

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A pink, faceted sculpture sits on the edge of a former industrial wasteland in northern Sweden, catching the river and forest across its mirrored steel skin. It looks like something that fell from a fever dream. Or like a prop someone left behind after filming a sci-fi movie. Look closer and you’ll realize it’s a sauna. A fully functioning, publicly accessible sauna shaped like a giant lithium crystal. And it’s one of the most quietly radical things built in 2026.

The Lithium Crystal Sauna is the work of Stockholm-based artist duo Bigert & Bergström, installed at WasteLand, a newly inaugurated climate action park in Skellefteå, Sweden. The park sits on land that was, not long ago, a polluted industrial site, a place shaped by a century of extraction, production, and environmental consequence. That context is not incidental to the work. It’s the entire point.

Designer: Bigert & Bergström

From the outside, the sauna is clad in pink titanium-coated mirror steel, its asymmetrical facets borrowing their geometry from the structure of an actual lithium crystal. It doesn’t blend into the landscape. It confronts it. The mirrored panels throw back whatever surrounds it: the recovering forest, the river, the sky, and presumably your own reflection looking slightly baffled and very impressed. As a sculptural object, it earns its place on a shortlist of the most visually arresting public art installations of recent memory.

But walking through the door changes everything. Inside, the industrial exterior gives way completely to a warm wooden grotto lined with alder and heartwood pine. Flint and olivine stones sit around the heater. Copper, glass, and LEDs complete the interior. The hexagonal seating echoes the crystal geometry of the outer shell, a small detail that rewards anyone paying attention. The whole space is built to create what the designers describe as a contrasting sensory experience, and the contrast delivers. Going from a mirrored shell to a wood cave is as disorienting as it is beautiful, and I mean that as a compliment.

The material choice of lithium is pointed. Lithium is the mineral at the center of the global battery economy, the thing inside electric vehicles and renewable energy storage systems, and also the driver of a new wave of mining pressure on landscapes not unlike the one WasteLand now occupies. By building a sauna in the shape of a lithium crystal and powering it with a battery, Bigert & Bergström make an argument without saying a word. The Lithium Crystal Sauna is the world’s first battery-powered sauna, running on electricity from standalone batteries and electric vehicles. Through the “Vehicle-to-Sauna” project, Swedish energy company Skellefteå Kraft is developing technology that allows an electric vehicle battery to power both the sauna and the surrounding park. It is, depending on your disposition, either delightfully clever or almost too on-the-nose. Possibly both.

For those familiar with Bigert & Bergström’s earlier work, the Solar Egg, a golden egg-shaped sauna installed in Kiruna where mining had literally forced the city to relocate, this feels like a continuation of a practice that consistently uses warmth, community, and the ritual of the sauna to process what we do to the land we live on. Both works are beautiful. Both carry weight. The difference is that Lithium Crystal Sauna arrives at a moment when the conversation around the green transition has grown more complicated, when the environmental cost of the technologies we’re counting on to save us is harder to look away from.

That’s the tension the piece holds without resolving. It doesn’t tell you how to feel about lithium mining or energy transition or the long afterlife of industrial landscapes. It puts you inside all of that, quite literally, makes it warm, and lets you sweat. Good art makes you sit with the uncomfortable question. Great art makes that sitting feel almost pleasant. This one heats you up and lets you figure out the rest.

The post Sweden Built a Pink Crystal Sauna on a Toxic Wasteland first appeared on Yanko Design.

A Cultural Facility Turns Gwangyang’s Steel Heritage Into a Sunlit Cultural Landscape

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Park1538 Gwangyang turns the industrial identity of Gwangyang into a public cultural experience. Located within the former greenhouse site of POSCO’s Gwangyang Steelworks, the project sits in a powerful contrast, surrounded by heavy industry while still connected to the Seomjin River and Baegunsan Mountain. Instead of separating itself from this context, the architecture embraces it. The memory of steel production is reshaped into a place where visitors can gather, learn, move through layered spaces, and experience the material history of the city.

The design takes inspiration from the name of the city, Gwangyang, which means sunlight. This idea becomes visible through sweeping, curved steel surfaces that reflect and refract light throughout the day. As daylight moves across the building, the structure appears to shift in mood and presence. It does not feel fixed or static; it feels responsive to its surroundings. The curves soften the usual image of steel as rigid and heavy, revealing the material’s ability to become expressive, flexible, and almost fluid.

Designer: Unsangdong Architects and Posco A&C

This connection to steel is central to the project because Gwangyang is a city shaped by steel production. Park1538 transforms that industrial background into cultural value by making steel the language of the architecture itself. Through the exhibition hall, education center, plaza, and circulation spaces, visitors encounter steel as history, structure, surface, and experience. The project challenges the common idea that steel is only cold, strong, and industrial. Here, it becomes spatial, sculptural, and human.

A major part of this expression comes through the vertically oriented steel ribs. These ribs are more than facade elements. They carry structural loads, shape the exterior, guide movement, and define interior space. In many ways, they behave like the bones of the building. Each rib has a specific curvature and inclination, creating a continuous rhythm across the architecture. This rib system supports long spans and flexible layouts, allowing the exhibition spaces to remain open, adaptable, and immersive.

Because the ribs perform so many roles at once, the design required a highly coordinated process. A minor change in the position or size of an interior room could affect the reference module, the linear finishing of the ribs, and the steel truss structure. This is where parametric design became essential. Through precise 3D modeling and verification simulations, the design team could coordinate the curvature, spacing, inclination, and structural performance of each rib. Parametric coordination allowed the project to maintain its dramatic sculptural form while still achieving rational construction, facade logic, and structural stability.

The same structural logic shapes how visitors move through the building. Circulation unfolds through ramps, vertical transitions, and a grand stair that becomes part of the spatial experience rather than a separate functional element. As people move through the project, framed views of the city, industrial landscape, river, and mountains are gradually revealed. The journey feels layered, encouraging visitors to understand the site through movement, light, and changing perspective.

The cantilevered exhibition hall extends this experience outward by creating a sheltered plaza beneath it. This open space turns the building into a civic platform, giving the public a place to pause, gather, and enter the cultural program. The cantilever also demonstrates the strength and possibility of steel, using structure to create generosity at the ground level. What could have been a closed industrial site becomes open, accessible, and connected to community life.

The landscape continues this transformation. The flat industrial ground is reshaped into planted mounds, while former machinery is embedded as sculptural artifacts. These remnants of production are not treated as leftover objects, but as part of the site’s memory. They allow visitors to recognize the industrial past while experiencing the space as active, green, and public.

Park1538 includes an exhibition hall with one basement level and four above-ground floors, along with an education center with one basement level and three above-ground floors. Its structure combines steel frame and reinforced concrete construction, balancing expressive architectural form with practical performance. Across its structure, circulation, facade, and landscape, the project creates a clear relationship between material, place, and public experience. Through sunlight, curved steel, parametric precision, and layered movement, Park1538 gives Gwangyang’s industrial heritage a more open, human, and cultural meaning.

The post A Cultural Facility Turns Gwangyang’s Steel Heritage Into a Sunlit Cultural Landscape first appeared on Yanko Design.

16 Modules, 1 Plaza, and a Student Project That Earned Its Spot

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It doesn’t happen often that a temporary structure actually stops you mid-step. Paso Nara, a curved plywood pavilion now sitting at the intersection of Avenida Independencia and Calle Victoria in Chihuahua’s Plaza de Armas, manages to do exactly that. Not because it shouts. Because it doesn’t. It earns your attention through restraint, which is one of the harder things for a piece of architecture to pull off, especially one built by students.

That’s the first thing worth saying about this project: it came out of a classroom. Specifically, the 2026 Taller del Desierto, an intensive design-build workshop run through the Instituto Superior de Arquitectura y Diseño, better known as ISAD. The program is built around a simple but demanding premise: students design and construct full-scale work, in real public spaces, with real constraints. No mock-ups. No scaled models that never leave the studio. Under advisors Daniel Romero Valencia, Mauricio Rey Villarreal, and Juan Castillo Cruz, the team worked through 16 repeated modules arranged in a radial structure and then actually built the thing. That distinction matters more than people give it credit for.

Designer: Instituto Superior de Arquitectura y Diseño

The material choice is one of the most honest decisions in the project. The pavilion is constructed entirely from curved plywood panels, and rather than masking what plywood does naturally, the design leans into it. The panels bend into a continuous lightweight shell that reads as both structural and sculptural. As the day moves, the geometry shifts how light falls across the surfaces, making the pavilion look like a slightly different object depending on when you catch it. That kind of temporal quality is hard to design deliberately and even harder to achieve with a material as humble as plywood.

Location adds another layer. Plaza de Armas is the heart of Chihuahua’s historic center, flanked by masonry buildings that have been standing for centuries. Setting a curved timber shell against that kind of backdrop is not a neutral act. The pavilion holds its own without trying to overwhelm its context. It offers contrast without conflict, which is a calibration a lot of more experienced architects miss. The pavilion becomes a shaded pause within one of the city’s busiest pedestrian corridors, and the fact that people actually stop to use it, sit under it, watch the plaza from inside it, tells you everything about whether the design is working.

Public pavilions fail in predictable ways. They get photographed for design publications and then stand empty because they were built to be looked at, not occupied. Paso Nara skips that mistake entirely. The interior is generous, the furniture is there, and the shade is real. In Chihuahua’s climate, that last part is not a small consideration at all. Shade isn’t decorative. It’s a basic service to the people using the space, and the pavilion takes that seriously.

The project is also heading somewhere. Paso Nara is set to be presented at MEXTRÓPOLI, the most important architecture and city festival in Latin America. For a project that started as a student workshop, that’s a significant trajectory. The structure was designed to be dismantled, transported, and reassembled without losing its integrity, which speaks to a design thinking that treats temporality as a feature rather than a limitation. Temporary doesn’t have to mean throwaway.

Student work tends to get handled with a kind of patron condescension, celebrated for its potential rather than its actual output. Paso Nara doesn’t need that kind of grace. The craft holds up. The concept is clear and well-executed. The public is using it. If the constraints of a student workshop produced something this considered, one has to wonder what those same designers are going to do once they have more to work with.

Good design shows up in places you don’t always expect. A curved plywood pavilion in a Mexican plaza, built entirely by students, heading to Latin America’s biggest architecture festival, is one of those pleasant reminders that the best work doesn’t always come from the most obvious sources. That’s a story worth following closely.

The post 16 Modules, 1 Plaza, and a Student Project That Earned Its Spot first appeared on Yanko Design.

What a Fold-Out Cabin Actually Costs to Tow, Set Up, and Live In

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Fold-out cabins photograph incredibly well, which is most of the reason you know they exist. Panels swing open, a roof lifts, and roughly ninety seconds of timelapse turns a wooden crate into a house in a meadow. It’s genuinely great footage. It also skips every part of the process that costs you money, permits, or a Saturday.

What the timelapse leaves out: whether your vehicle can legally pull it, how many people it takes to unfold, what the battery bank runs down to on day three of clouds, and whether your county thinks the finished thing is a house, an RV, or a permit violation with nice cladding. None of these are exotic questions. They’re the first four things a buyer asks, and the current crop of manufacturer pages answers approximately zero of them. So let’s go through the numbers, starting with the one that stops most people cold.

Two Categories, One Name: Understanding What “Fold-Out” Means

“Fold-out cabin” gets used for two completely different things, and nobody in the space bothers to separate them. One category actually hitches to a vehicle you might already own. The other arrives folded onto a flatbed and gets set down by a crane, because it weighs about as much as a fully loaded delivery truck. Boxabl’s Casita folds down to a tidy 19 by 8.5 feet, which looks towable if you squint. It weighs around 13,000 pounds. Erommy’s 40-foot folding house comes in even heavier at 14,771 pounds, and the listing says plainly that a crane is required to unload it.

Both of those get filed under “mobile” right next to genuinely lightweight, hitch-ready units, and the branding does nothing to warn you which one you’re buying. Brette Haus splits the difference a bit, shipping its cabins folded onto a flatbed too, but with a lighter CLT shell and a patented hinge rated for a hundred fold cycles, which at least suggests it’s built to be moved more than once. The lesson either way is that “foldable” describes the mechanism, not the moving method, and you should ask which one you’re getting before you fall for the render.

Tow Rate vs. Tongue Weight: Understanding the Crucial Difference

Boxabl’s smaller Baby Box is the honest towable option here, and its own numbers make the point better than any warning label could. It weighs 2,900 pounds with a listed hitch weight of 1,000 pounds, and Boxabl describes it as easily towed by most SUVs and trucks. Compare that against a Tesla Model Y with the factory tow package, which is rated for 3,500 pounds of trailer weight. On paper you clear that with room to spare, so you’re already picturing the road trip.

Here’s the part that ruins the picture. Tow rating and tongue weight are two different specs measuring two different forces, and the Model Y’s max tongue weight is 350 pounds. The Baby Box’s hitch weight is nearly triple that, which means the vehicle that technically “can tow it” will fail the actual hitch math before it leaves the driveway. The number that gets marketed is the one you pass. The number that actually stops you is the one nobody prints in bold, and it’s worth asking for by name before any deposit changes hands.

“Three hours” Doesn’t Factor Location or Delivery

Brette Haus says its cabins go from folded cube to livable in about three hours, hookups included. Boxabl claims roughly an hour for the Casita, and Erommy’s own copy mentions a hand-crank deploy under 45 minutes for its dual-wing design. All of these are probably true in isolation, and all of them are also only describing the unfold itself, timed from the moment the truck is already parked and level.

Nobody’s stopwatch includes the part where a 13,000-pound module needs a flatbed truck and a rigging crew to actually reach the site, or where a rural driveway needs clearance most of them don’t have. Add in permitting delays, a pad or footing that has to be prepped ahead of delivery, and the logistics of getting a crane to a property that may not have one within two counties, and the real number stretches from an afternoon into a project. The fold is the fast part. Getting a five-ton origami house to the meadow is the part that eats your week.

Your Solar Kit Isn’t Sized for a Cloudy Week

A typical fold-out cabin pulls somewhere between three and five kilowatt-hours a day, covering lights, a small fridge, and basic electronics. Give yourself two days of cloudy-weather backup and a lithium battery bank with reasonable depth of discharge, and you land around 8 kilowatt-hours of storage, roughly three good LiFePO4 units wired together. That’s a real, buildable number, and it’s the one every off-grid buyer actually needs before signing anything.

Brette Haus offers a solar kit as an optional add-on, Boxabl bundles a modest battery setup into some configurations, and almost nobody states the daily load their kit is actually sized around. “Off-grid ready” and “off-grid for a week of November clouds” are two very different promises wearing the same sticker. Ask the manufacturer for the daily kWh figure and the depth of discharge their battery uses, and if they can’t answer either one, assume the solar kit is decorative.

Wheels Can Make Or Break Your Cabin’s Legal Status

Wheels attached and never removed usually means your cabin gets classified as an RV, which keeps it out of most residential zoning entirely and pushes it toward RV parks or short-term siting. Remove the wheels, drop it onto a foundation, and it might qualify as an accessory dwelling unit instead, assuming your county has bothered to write rules for something this specific. Boxabl actually sells two versions of the same Casita for exactly this reason, one built to residential building code and one built to RV code with a permanent chassis, and the buyer picks based on how their local zoning treats each classification.

That split alone tells you how unsettled this category still is. Before you fall for a floor plan, call your local planning office and describe the thing you’re about to buy in plain terms, folded weight, wheels or no wheels, foundation or pad. The answer determines your insurance, your resale value, and whether the cabin you just paid for is legally a house or a very nice trespass. It’s the least fun call you’ll make in this whole process, and it’s also the one that saves you from all the others.

The post What a Fold-Out Cabin Actually Costs to Tow, Set Up, and Live In first appeared on Yanko Design.

What a Fold-Out Cabin Actually Costs to Tow, Set Up, and Live In

Posted on by

Fold-out cabins photograph incredibly well, which is most of the reason you know they exist. Panels swing open, a roof lifts, and roughly ninety seconds of timelapse turns a wooden crate into a house in a meadow. It’s genuinely great footage. It also skips every part of the process that costs you money, permits, or a Saturday.

What the timelapse leaves out: whether your vehicle can legally pull it, how many people it takes to unfold, what the battery bank runs down to on day three of clouds, and whether your county thinks the finished thing is a house, an RV, or a permit violation with nice cladding. None of these are exotic questions. They’re the first four things a buyer asks, and the current crop of manufacturer pages answers approximately zero of them. So let’s go through the numbers, starting with the one that stops most people cold.

Two Categories, One Name: Understanding What “Fold-Out” Means

“Fold-out cabin” gets used for two completely different things, and nobody in the space bothers to separate them. One category actually hitches to a vehicle you might already own. The other arrives folded onto a flatbed and gets set down by a crane, because it weighs about as much as a fully loaded delivery truck. Boxabl’s Casita folds down to a tidy 19 by 8.5 feet, which looks towable if you squint. It weighs around 13,000 pounds. Erommy’s 40-foot folding house comes in even heavier at 14,771 pounds, and the listing says plainly that a crane is required to unload it.

Both of those get filed under “mobile” right next to genuinely lightweight, hitch-ready units, and the branding does nothing to warn you which one you’re buying. Brette Haus splits the difference a bit, shipping its cabins folded onto a flatbed too, but with a lighter CLT shell and a patented hinge rated for a hundred fold cycles, which at least suggests it’s built to be moved more than once. The lesson either way is that “foldable” describes the mechanism, not the moving method, and you should ask which one you’re getting before you fall for the render.

Tow Rate vs. Tongue Weight: Understanding the Crucial Difference

Boxabl’s smaller Baby Box is the honest towable option here, and its own numbers make the point better than any warning label could. It weighs 2,900 pounds with a listed hitch weight of 1,000 pounds, and Boxabl describes it as easily towed by most SUVs and trucks. Compare that against a Tesla Model Y with the factory tow package, which is rated for 3,500 pounds of trailer weight. On paper you clear that with room to spare, so you’re already picturing the road trip.

Here’s the part that ruins the picture. Tow rating and tongue weight are two different specs measuring two different forces, and the Model Y’s max tongue weight is 350 pounds. The Baby Box’s hitch weight is nearly triple that, which means the vehicle that technically “can tow it” will fail the actual hitch math before it leaves the driveway. The number that gets marketed is the one you pass. The number that actually stops you is the one nobody prints in bold, and it’s worth asking for by name before any deposit changes hands.

“Three hours” Doesn’t Factor Location or Delivery

Brette Haus says its cabins go from folded cube to livable in about three hours, hookups included. Boxabl claims roughly an hour for the Casita, and Erommy’s own copy mentions a hand-crank deploy under 45 minutes for its dual-wing design. All of these are probably true in isolation, and all of them are also only describing the unfold itself, timed from the moment the truck is already parked and level.

Nobody’s stopwatch includes the part where a 13,000-pound module needs a flatbed truck and a rigging crew to actually reach the site, or where a rural driveway needs clearance most of them don’t have. Add in permitting delays, a pad or footing that has to be prepped ahead of delivery, and the logistics of getting a crane to a property that may not have one within two counties, and the real number stretches from an afternoon into a project. The fold is the fast part. Getting a five-ton origami house to the meadow is the part that eats your week.

Your Solar Kit Isn’t Sized for a Cloudy Week

A typical fold-out cabin pulls somewhere between three and five kilowatt-hours a day, covering lights, a small fridge, and basic electronics. Give yourself two days of cloudy-weather backup and a lithium battery bank with reasonable depth of discharge, and you land around 8 kilowatt-hours of storage, roughly three good LiFePO4 units wired together. That’s a real, buildable number, and it’s the one every off-grid buyer actually needs before signing anything.

Brette Haus offers a solar kit as an optional add-on, Boxabl bundles a modest battery setup into some configurations, and almost nobody states the daily load their kit is actually sized around. “Off-grid ready” and “off-grid for a week of November clouds” are two very different promises wearing the same sticker. Ask the manufacturer for the daily kWh figure and the depth of discharge their battery uses, and if they can’t answer either one, assume the solar kit is decorative.

Wheels Can Make Or Break Your Cabin’s Legal Status

Wheels attached and never removed usually means your cabin gets classified as an RV, which keeps it out of most residential zoning entirely and pushes it toward RV parks or short-term siting. Remove the wheels, drop it onto a foundation, and it might qualify as an accessory dwelling unit instead, assuming your county has bothered to write rules for something this specific. Boxabl actually sells two versions of the same Casita for exactly this reason, one built to residential building code and one built to RV code with a permanent chassis, and the buyer picks based on how their local zoning treats each classification.

That split alone tells you how unsettled this category still is. Before you fall for a floor plan, call your local planning office and describe the thing you’re about to buy in plain terms, folded weight, wheels or no wheels, foundation or pad. The answer determines your insurance, your resale value, and whether the cabin you just paid for is legally a house or a very nice trespass. It’s the least fun call you’ll make in this whole process, and it’s also the one that saves you from all the others.

The post What a Fold-Out Cabin Actually Costs to Tow, Set Up, and Live In first appeared on Yanko Design.

The Steel-Scaled Pavilion Pointing at China’s Future

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The first thing you notice is the skin. Tessellated stainless-steel panels wrap the Chengdu Pavilion like the hide of something alive, catching light in fractured planes, opening and closing through small apertures that pull the outside in without fully committing to it. San Francisco-based IwamotoScott Architecture completed the building in 2025, and calling it an “exhibition pavilion” feels almost too modest for what it actually is.

The pavilion sits on the outskirts of Chengdu, the capital of China’s Sichuan Province, in the early stages of what will become the Chengdu Future Science and Technology City, a 1,200-acre master-planned district designed by OMA and Gerkan, Marg and Partners. It was commissioned in 2020 to serve as an information and learning center for that district, which means it was asked to represent a future that didn’t exist yet when it was being built. That’s a strange brief to be handed, and IwamotoScott responded to it the only way that makes sense: by designing a building that seems to already be in dialogue with what’s coming.

Designer: IwamotoScott Architecture

The structure is composed of three intersecting triangular volumes, each one pointing outward in a different direction. That’s not arbitrary. Each wing orients toward one of three nearby infrastructure projects: the Tianfu International Airport to the east, the developing Future City to the south, and the new Jiangxi River Park to the west. It’s a building that physically maps its own context, literally pointing at the forces shaping the land around it. I appreciate that kind of architectural candor. Most buildings just exist in a place; this one acknowledges the place.

Inside, the three wings radiate from a shared crystalline atrium where the geometry of all three volumes collides and resolves into one shared space. Apertures cut into the lofted roof surfaces let in soft, directional bands of natural light without flooding the interior. It’s controlled, atmospheric, and intentional in a way that feels rare in a building designed primarily to function as an information center. At its base, a breezeway cuts beneath the pavilion entirely, creating a through-passage at plaza level that keeps the building from becoming a wall between the public and the landscape. That detail matters more than it sounds. It keeps the pavilion civic.

The reptilian stainless-steel exterior is the element that makes people stop scrolling. The tessellated panels open selectively in localized clusters, each small aperture mediating between interior and exterior in a way that reads almost like the building is breathing. IwamotoScott traces this approach back to their 2006 speculative project, the Jellyfish House, where they imagined an adaptive, organism-like facade capable of achieving a symbiotic relationship with its environment. Two decades later, that idea has finally landed in built form, in a real city, for a real public. That kind of consistency, following a speculative idea through to actual built form, is rare and it shows.

The pavilion is also accompanied by a lookout tower clad in the same metallic language, one that torques as it rises, which, admittedly, could read as slightly too much. But I think it earns it. The tower reads as an extension of the pavilion’s logic rather than a separate gesture, and in the context of a district still mid-construction, having a vertical landmark that draws the eye upward instead of outward makes spatial sense.

The broader question the Chengdu Pavilion raises is one architecture rarely has the courage to ask so directly: what does it mean to build a gateway to something that doesn’t exist yet? City-scale development projects often drop buildings into neighborhoods that haven’t formed, and the result is usually a structure that looks provisional, a placeholder waiting for its context. This building does the opposite. It arrives as if it already knows what it’s part of. Whether the Future Science and Technology City lives up to the ambition the pavilion projects onto it is a separate conversation, but as a piece of design, the building does exactly what ambitious architecture should do. It makes the future feel specific.

The post The Steel-Scaled Pavilion Pointing at China’s Future first appeared on Yanko Design.

Escape Tucked Two Bedrooms Into the Ceiling to Let 26 Feet Live Like a Full House

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There are plenty of towable tiny houses that look good in a photoshoot. Far fewer are ones you could actually live in. The eONE Limited – Special Edition by Escape is quietly one of the exceptions, and it makes its case not with gimmicks, but with restraint and good decision-making at every turn.

Built on a double-axle trailer and clad in custom-engineered wood siding with a metal roof, the home measures 26 feet long and 8.6 feet wide — compact enough to tow without a special permit, but not so small that you’re constantly rearranging your life to fit inside it. The interior carries Escape’s signature design language: birch-lined walls, an abundance of glazing, and a floor plan that feels genuinely bright rather than aggressively efficient. The floor-to-ceiling glass on the second floor is the standout move — it floods the upper level with light and keeps the whole structure from reading as a box.

Designer: Escape

What makes this the Limited edition are the upgrades Escape doesn’t typically bundle into the base eONE. The kitchen arrives fully loaded: induction cooktop, combination microwave and convection oven, a tall fridge and freezer, a large deep sink, a dishwasher, and a stacked washer and dryer — all behind a quartz countertop with generous cabinetry. In most tiny houses, you’re choosing between a dishwasher and usable counter space. Here, you don’t have to choose. A storm and screen door, modern cable rail detailing, and window coverings round out the details that separate the Limited from a standard build.

The living area sits beside the kitchen, big enough for a proper sofa and a wall-mounted television — the kind of arrangement that lets you sit down and decompress rather than perch on the edge of your bed. The bathroom holds a walk-in shower, toilet, sink, and a bit of storage. Nothing is squeezed.

The bedroom layout is where the design earns its keep. A staircase built around integrated storage leads up to the main bedroom, sized for a double bed. From there, a catwalk connects to a secondary loft — a smart move that keeps a second sleeping or storage space accessible without eating up floor area downstairs with its own ladder.

High R-value spray foam insulation and a high-efficiency heat pump handle the climate side of full-time living, and the home runs entirely on electricity. The eONE Limited is currently listed at $105,389. For a home this considered, that number is harder to argue with than you’d expect.

The post Escape Tucked Two Bedrooms Into the Ceiling to Let 26 Feet Live Like a Full House first appeared on Yanko Design.

MVRDV Built a Mountain in the Middle of Rotterdam

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What does a building look like when it’s designed for birds, insects, and plants just as much as people? According to MVRDV, it looks like a mountain that grew out of the Maas riverbank — rough, porous, and unapologetically massive.

Rotterdam ROCKS! is MVRDV’s winning entry in Shift’s international design competition, which called for proposals for a “new world wonder” capable of motivating people to act on the climate and biodiversity crises. The €240 million project beat out a formidable shortlist that included Heatherwick Studio, Mecanoo, Office for Political Innovation, and Ecosistema Urbano. The jury — which included Zaha Hadid Foundation director Aric Chen and UNS founder Ben van Berkel — called the proposal “remarkably bold.”

Designer: MVRDV

That’s an understatement. The design takes the form of seven giant stacked rocks arranged into two towers on the south bank of the Maas, in Rotterdam’s emerging Waterkant district. The district itself is slated to deliver over 3,500 homes alongside schools, offices, and a new train station — Rotterdam ROCKS! is meant to be its cultural heartbeat.

At 30,000 square metres, the building is organized around two internal circulation routes and a series of cave-like exhibition spaces carved into the rock forms. A third route wraps the exterior of the structure, leading visitors through an immersive area called The Elysium before arriving at a viewing terrace overlooking the city. Below that, the program includes a 200-room hotel, a conference centre, a food court, and event spaces — essentially a vertical neighborhood compressed into a geological fiction.

The facade is designed to be genuinely alive. Pockets built into the exterior hold soil, water, plants, and nesting habitats for birds and urban wildlife. MVRDV has said the building will “showcase the latest innovations in low-carbon construction,” though specific materials have yet to be disclosed. Founding partner Winy Maas described the design logic directly: “We need to reduce carbon dioxide emissions and to create inclusive spaces for people, trees, plants, for water, air, and for animal habitats, balancing the need for new built space with new landscapes to compensate our ecological impact.”

The project is the first-ever Shift Embassy — a new typology conceived by the social enterprise as a permanent physical institution for ecological and societal change. Shift is targeting a 2032 launch, which gives the design time to move through further development and public consultation. Rotterdam already has the Markthal, De Rotterdam, and the Cube Houses. It’s building a reputation for architecture that refuses to be quiet. Rotterdam ROCKS! might be its loudest statement yet.

The post MVRDV Built a Mountain in the Middle of Rotterdam first appeared on Yanko Design.

MVRDV Built a Mountain in the Middle of Rotterdam

Posted on by

What does a building look like when it’s designed for birds, insects, and plants just as much as people? According to MVRDV, it looks like a mountain that grew out of the Maas riverbank — rough, porous, and unapologetically massive.

Rotterdam ROCKS! is MVRDV’s winning entry in Shift’s international design competition, which called for proposals for a “new world wonder” capable of motivating people to act on the climate and biodiversity crises. The €240 million project beat out a formidable shortlist that included Heatherwick Studio, Mecanoo, Office for Political Innovation, and Ecosistema Urbano. The jury — which included Zaha Hadid Foundation director Aric Chen and UNS founder Ben van Berkel — called the proposal “remarkably bold.”

Designer: MVRDV

That’s an understatement. The design takes the form of seven giant stacked rocks arranged into two towers on the south bank of the Maas, in Rotterdam’s emerging Waterkant district. The district itself is slated to deliver over 3,500 homes alongside schools, offices, and a new train station — Rotterdam ROCKS! is meant to be its cultural heartbeat.

At 30,000 square metres, the building is organized around two internal circulation routes and a series of cave-like exhibition spaces carved into the rock forms. A third route wraps the exterior of the structure, leading visitors through an immersive area called The Elysium before arriving at a viewing terrace overlooking the city. Below that, the program includes a 200-room hotel, a conference centre, a food court, and event spaces — essentially a vertical neighborhood compressed into a geological fiction.

The facade is designed to be genuinely alive. Pockets built into the exterior hold soil, water, plants, and nesting habitats for birds and urban wildlife. MVRDV has said the building will “showcase the latest innovations in low-carbon construction,” though specific materials have yet to be disclosed. Founding partner Winy Maas described the design logic directly: “We need to reduce carbon dioxide emissions and to create inclusive spaces for people, trees, plants, for water, air, and for animal habitats, balancing the need for new built space with new landscapes to compensate our ecological impact.”

The project is the first-ever Shift Embassy — a new typology conceived by the social enterprise as a permanent physical institution for ecological and societal change. Shift is targeting a 2032 launch, which gives the design time to move through further development and public consultation. Rotterdam already has the Markthal, De Rotterdam, and the Cube Houses. It’s building a reputation for architecture that refuses to be quiet. Rotterdam ROCKS! might be its loudest statement yet.

The post MVRDV Built a Mountain in the Middle of Rotterdam first appeared on Yanko Design.