The Koala Bear Is the Tiny Home Built for People Who’d Rather Move Than Settle

There’s a certain kind of freedom that only comes when you stop trying to fit your life into more square footage than you actually need. Rolling Bear Tiny Homes understood that when they built the Koala Bear, a compact, mobile dwelling designed specifically for solo adventurers and couples who’d rather wake up to a new view than a fixed address.

Rolling Bear Tiny Homes is a custom builder based in Richmond, British Columbia, operating under the umbrella of Rolling Bear Construction Inc. The brand has built a reputation across BC for crafting tiny homes that don’t compromise on quality, and the Koala Bear might be the clearest expression of that philosophy yet. At 26 by 8.5 feet, it packs up to 250 square feet of thoughtfully designed living space into a form that’s road-ready and genuinely livable.

Designer: Rolling Bear Tiny Homes

The interior doesn’t feel like a compromise. Custom joinery, premium finishes, and artisanal detailing run throughout, giving the Koala Bear an aesthetic that reads more like a well-edited apartment than a mobile shelter. The layout includes a comfortable bedroom, a fully equipped kitchenette, and a living area designed around how people actually move through a small space, not just how it photographs. Every inch is accounted for without ever feeling claustrophobic.

On the technical side, the Koala Bear is built to exceed both CAD Z240 RV and Canadian Building Code guidelines, and it’s constructed to meet NOAH certification standards. That matters more than most buyers initially realize. It’s the difference between a home that holds up through BC winters and one that doesn’t. A state-of-the-art HVAC system and a sustainable water-heating solution handle year-round climate control, while a full suite of energy-efficient appliances keeps utility costs low.

For solo travelers and couples, the appeal goes beyond the specs. The Koala Bear is built around the idea of flexibility, the ability to be parked along a coastline one season and nestled near a mountain trail the next. Rolling Bear offers delivery and setup services, which removes a significant logistical barrier for first-time tiny home buyers.

Priced at approximately at US$87,000 with financing available, the Koala Bear sits at an accessible entry point for the Rolling Bear lineup. For what it offers, craftsmanship, mobility, and a design sensibility that doesn’t ask you to sacrifice style for size, it makes a compelling case that the best homes aren’t always the biggest ones. Sometimes, they’re exactly the right size.

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The Koala Bear Is the Tiny Home Built for People Who’d Rather Move Than Settle

There’s a certain kind of freedom that only comes when you stop trying to fit your life into more square footage than you actually need. Rolling Bear Tiny Homes understood that when they built the Koala Bear, a compact, mobile dwelling designed specifically for solo adventurers and couples who’d rather wake up to a new view than a fixed address.

Rolling Bear Tiny Homes is a custom builder based in Richmond, British Columbia, operating under the umbrella of Rolling Bear Construction Inc. The brand has built a reputation across BC for crafting tiny homes that don’t compromise on quality, and the Koala Bear might be the clearest expression of that philosophy yet. At 26 by 8.5 feet, it packs up to 250 square feet of thoughtfully designed living space into a form that’s road-ready and genuinely livable.

Designer: Rolling Bear Tiny Homes

The interior doesn’t feel like a compromise. Custom joinery, premium finishes, and artisanal detailing run throughout, giving the Koala Bear an aesthetic that reads more like a well-edited apartment than a mobile shelter. The layout includes a comfortable bedroom, a fully equipped kitchenette, and a living area designed around how people actually move through a small space, not just how it photographs. Every inch is accounted for without ever feeling claustrophobic.

On the technical side, the Koala Bear is built to exceed both CAD Z240 RV and Canadian Building Code guidelines, and it’s constructed to meet NOAH certification standards. That matters more than most buyers initially realize. It’s the difference between a home that holds up through BC winters and one that doesn’t. A state-of-the-art HVAC system and a sustainable water-heating solution handle year-round climate control, while a full suite of energy-efficient appliances keeps utility costs low.

For solo travelers and couples, the appeal goes beyond the specs. The Koala Bear is built around the idea of flexibility, the ability to be parked along a coastline one season and nestled near a mountain trail the next. Rolling Bear offers delivery and setup services, which removes a significant logistical barrier for first-time tiny home buyers.

Priced at approximately at US$87,000 with financing available, the Koala Bear sits at an accessible entry point for the Rolling Bear lineup. For what it offers, craftsmanship, mobility, and a design sensibility that doesn’t ask you to sacrifice style for size, it makes a compelling case that the best homes aren’t always the biggest ones. Sometimes, they’re exactly the right size.

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SoBA Stacks Color-Coded Blocks Into a Castle-Like Kindergarten That Defies Its Urban Surroundings

SoBA — the architecture and landscape practice led by Wang Ruo and Tang Haiyin — has completed Block Kindergarten in Kunshan, Jiangsu Province, a 21-class campus that stacks modular, color-coded volumes into something between a fortress and a LEGO set. Sitting east of Hongqi Road and north of Zhenchuan Road, the 9,012-square-meter campus doesn’t try to disappear into its surroundings. It holds its ground — and for good reason.

The site itself presents a genuinely difficult brief. High-rise residential towers crowd the north, more housing is planned to the east, and the south is lined with a 110kV substation, a waste transfer station, and an emergency medical center — the kind of infrastructure that leaves little room for poetry. SoBA’s response was to stop trying to negotiate with the context and instead build against it. The result is an inward-facing campus that prioritizes a protected inner world for children, using layered transitions between architecture and landscape to slowly introduce them to the city beyond.

Designer: SoBA

The organizational logic is direct: modular classroom volumes are stacked and arranged around a central courtyard that serves as the campus core. That courtyard integrates play, planting, and gathering in one continuous space — less a leftover void and more the beating heart of the whole scheme. Green landscape buffers line the perimeter, softening the transition from the campus edge to the surrounding infrastructure.

Color isn’t decorative here — it functions as spatial language. Children between three and six years old learn primarily through sensory perception, and SoBA leans into that, using variations in brightness and saturation to create gentle but legible spatial layers throughout. The reference point, according to the architects, is Luis Barragán’s concept of emotional architecture — the idea that a building can orchestrate light, color, and scale to evoke memory and feeling. Applied to a kindergarten, that philosophy translates into spaces that feel warm without being saccharine.

Transparency punctuates the massing at key moments. Glazed volumes interrupt the solid facade, letting children glimpse the sky, trees, and the city through carefully framed openings. Ecological thinking extends to the landscape: a planting garden in the southeast corner tracks seasonal growth cycles, while a rain garden in the northeast turns stormwater collection into a daily lesson. Block Kindergarten is a project that takes children seriously — architecturally, sensory-wise, and spatially — and it shows.

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Africa’s Tallest Tower Was Worth the 40-Year Wait

Forty years is a long time to wait for a building. But when you see what’s rising in Abidjan, the delay starts to feel almost intentional — like the city was simply holding its breath for the right moment. Tour F, the supertall skyscraper currently piercing the skyline of Ivory Coast’s economic capital, was first imagined in the 1970s as part of a sweeping urban development plan for Abidjan’s Plateau district. The idea was straightforward: complement the existing administrative towers — A through E — with a sixth.

What wasn’t straightforward was actually building it. The project stalled for decades, a vision suspended in bureaucratic and economic uncertainty. Construction finally broke ground in 2021, with BESIX Group drilling 70 foundation bars and 62-meter-deep diaphragm wall panels to anchor the structure.

Designer: Pierre Fakhoury

Designed by Lebanese-Ivorian architect Pierre Fakhoury — the same mind behind the breathtaking Notre-Dame de la Paix Basilica in Yamoussoukro — Tower F is not trying to be a generic glass box. It has something to say. The form is sculptural: a slender volume whose facade is carved into trapezoidal inclined glass planes, each facet tilting inward toward the earth or reaching toward the sky. The top is cleanly truncated, then crowned with a dramatic extension of the glass facade that dissolves into open air. It’s restrained and bold at the same time — a difficult balance that Fakhoury pulls off with architectural confidence.

What makes the design genuinely compelling is its embedded cultural logic. When viewed from a certain angle, the play of facets reads as a stylized African mask — a nod to West African artistic tradition embedded quietly into a 21st-century supertall. The building is symmetrical along its east-west axis, grounding the sculptural gesture in structural clarity. At street level, a simple rectangular podium houses the main entrance hall and support services, keeping the base honest and approachable despite the tower’s imposing scale.

At 421 meters, Tower F is set to claim the title of Africa’s tallest building, surpassing The Leonardo in Johannesburg. The gross floor area reaches approximately 140,000 square meters, consolidating government ministries and administrative units currently scattered across the city — a practical ambition wrapped in an extraordinary shell.

Construction costs are estimated at approximately €450 million, developed through a collaboration between the Ivorian Ministry of Construction and local firm PFO Africa. Completion is expected in 2026. For a continent whose architectural ambitions are accelerating fast, Tower F is exactly the kind of project that reframes the conversation — not just about African skylines, but about what it means to design a building that carries cultural memory into the future.

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This Extra Wide Tiny Home Ditches the Loft and It’s Better for It

The loft bedroom is tiny home design’s most accepted cliché. Most designs in this space stack a sleeping loft above the living area and call it efficient. The Rose, a custom build by Vancouver Island-based Rewild Homes, takes a different position entirely, one that’s turning heads for all the right reasons.

Named after the client’s beloved donkey, the Rose measures 30 feet long by 10’6″ wide, making it extra wide by tiny home standards. That additional footprint isn’t just a spec sheet flex. It’s what makes the entire layout feel less like a compromise and more like a considered place to actually live. The interior opens up in a way that standard narrow builds simply can’t achieve, bright, breathable, and genuinely functional across a single floor.

Designer: Rewild Homes

The standout move here is the ground-floor bedroom. Rather than tucking a sleeping area into a loft accessed by ladder, Rewild Homes kept everything at eye level, sliding behind a private door with its own separate exterior entrance. Beneath the bed, storage is built in. Closet space is tucked neatly alongside. It’s the kind of thinking that makes a small home feel resolved rather than resigned. The small loft above the bathroom, meanwhile, has been repurposed entirely as a storage zone, a practical pivot that frees the rest of the home from clutter. High ceilings throughout give taller inhabitants room to breathe, a detail that rarely gets enough credit in this category.

The kitchen and open living room flow naturally into each other, with the bathroom and bedroom each accessed via sliding doors that keep traffic patterns clean without sacrificing privacy. Utility requirements are simplified through propane-powered water heating and cooking, allowing the home to run on a 50-amp electrical connection, lean by design, not by accident.

Outside, the Rose wears its West Coast origins confidently. A combination of metal and cedar siding gives the exterior a durable, low-maintenance finish that still has warmth and character. A metal roof rounds out the build, built to handle whatever the Pacific climate throws at it.

Rewild Homes operates out of Cobble Hill, British Columbia, building fully custom tiny homes with a focus on high-quality local materials. The Rose is a strong example of what that philosophy looks like in practice, a home that doesn’t ask you to sacrifice comfort for square footage, but rather rethinks what square footage can do.

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What If City Monuments Generated Power Instead of Just Looking Good?

Public art has long served as a cultural mirror, reflecting what a society chooses to honor. As climate change intensifies and cities face mounting pressure to decarbonize, questions about what our monuments should stand for are getting harder to ignore. Most renewable energy infrastructure stays invisible, buried in utility corridors or mounted on rooftops, rarely acknowledged as something worth celebrating in public spaces.

Santa Fe-based artist Michael Jantzen has spent years addressing exactly that through his Public Eco-Art Proposals. The series imagines a different kind of monument, one that doesn’t merely symbolize sustainability but actively practices it. Each proposal takes the form of a sculpture or pavilion that generates electricity from the sun or wind, collects rainwater, stores energy in batteries, and sometimes sends power into the local grid.

Designer: Michael Jantzen

Jantzen gives his work an aesthetic freedom that most utility-driven designs don’t have. Rather than concealing the mechanics, he treats solar panels, wind turbines, and structural frameworks as sculptural elements in their own right. The visual language is deliberately technological and mechanical, blurring the line between a functional energy structure and art worth stopping for.

Walk through one of these proposed spaces, and you might find yourself beneath a pavilion whose curved solar canopy quietly feeds electricity back to the neighborhood. Or stop to look at a series of angular sculptures lined up across a park, their solar-panel tops tracking the light. What looks like a meditation on shape and form turns out to be a modest power station doing actual work.

The proposals span a wide range of environments. Some are designed for open fields or public parks, while others imagine coastal settings with floating platforms supporting wind and water energy structures. A chevron-shaped sculpture with a solar panel at its angular peak stands in what appears to be a university courtyard. Another piece holds solar panels above cylindrical battery storage pods, blending the practical business of energy collection with an unexpectedly considered form.

This approach also reframes the relationship between art and urban infrastructure. Municipalities already commission sculptures for parks and plazas; so why shouldn’t those commissions do more? A solar-powered gathering space generates electricity, makes clean technology approachable, and sparks conversations among the millions of people who walk through it, most of whom would otherwise never engage with energy infrastructure at all.

Jantzen’s vision extends beyond any single installation. He imagines these structures placed in cities and parks worldwide, shifting how communities relate to the energy they consume by making that relationship visible and beautiful. For him, celebrating sustainability means building things worth caring about, giving clean energy a presence that people can gather around, the way they’ve always done with the landmarks that define a place.

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TRÆ Is the Timber Tower That Turns Waste Into Architecture

There’s a word in Danish, ‘træ’, that means three things at once: tree, timber, and three. It’s a fitting name for a building that refuses to be just one thing. Designed by Lendager and completed in Aarhus’ former industrial South Harbour, TRÆ stands 78 meters tall across three interconnected volumes, earning its place as Denmark’s tallest timber tower and the world’s first upcycle timber tower.

The ambition behind it is disarmingly simple: prove that a tower can be built from waste and wood without sacrificing safety, economy, or quality. What makes TRÆ remarkable isn’t just the height, it’s the conviction. The building operates within two material ecosystems simultaneously: the biogenic and the circular. Mass timber columns, cross bracing, and CLT floor slabs form the primary structure, with low-carbon concrete used only in the cores for fire safety and stability. Everything else is drawn from what already exists.

Designer: Lendager

The façades are the project’s most striking argument. Salvaged aluminium sheets, arranged to evoke the texture of birch bark, mottled, imperfect, alive, clad the exterior in industrial leftovers that feel entirely intentional. Retired wind turbine blades, repurposed as solar shading, line the building’s south-facing elevations. A comparative analysis showed their estimated carbon footprint to be 27 times lower than conventional aluminium solar screens. The math is compelling. The aesthetic is better.

Measured against a conventional concrete benchmark, TRÆ achieved a 26 percent reduction in CO₂ emissions, 21 percent from the timber-led design and 5 percent from integrated reused materials. It’s a number that reshapes the conversation around tower construction, a typology long associated with emissions-heavy concrete and steel. The project doesn’t chase certification checklists. Instead, it follows a value-driven framework that prioritises measurable outcomes from the ground up.

The social dimension is just as deliberate. TRÆ houses a volunteer initiative providing daily meals to families in need, and involves homeless people in the building’s upkeep, folding existing social realities directly into the life of the building. An undulating pedestrian bridge, starting at street level, snakes upward to connect TRÆ to Aarhus’ new highline, threading the tower into the city rather than above it.

The Aarhus Architecture Awards jury awarded TRÆ Best Building in 2025, noting that it “does not necessarily adhere to a classic architectural or beauty ideal” but stands as “an energetic reckoning with well-tested solutions and zero-error culture.” That’s exactly the point. TRÆ isn’t trying to be perfect. It’s trying to be right.

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Slide, Spiral, Learn: Bernard Tschumi Completes a Science Centre Built on Motion

A science centre that asks students to slide between floors is either a gimmick or a statement. At Institut Le Rosey, it’s unmistakably the latter. Philo, the newly completed science and innovation centre by Bernard Tschumi Architects in Rolle, near Geneva, brings that idea to life with an architectural precision that feels entirely intentional.

The building, which took shape between 2019 and 2025, sits on the campus of one of Switzerland’s most prestigious international boarding schools, right alongside Carnal Hall, the metal-domed music venue Tschumi completed for the same institution back in 2014. Where Carnal Hall curves inward with acoustic purpose, Philo opens up — a ring-shaped structure five storeys tall, wrapping itself around a grand central atrium that functions less like a corridor and more like a covered public square.

Designer: Bernard Tschumi Architects

That atrium is the building’s beating heart. Three concentric walkways surround it, and vertical and horizontal circulation paths cut through the space, generating constant movement. Helical slides thread through the interior alongside the sculptural spiral staircase, turning the everyday act of moving between floors into something worth doing. It sounds playful — and it is —, but it’s also deeply considered. Tschumi has spent decades arguing that architecture only comes alive through movement and event, and Philo reads like a direct translation of that thinking into built form.

The programme inside is built around student innovation. Philo houses a Fabrication Lab, a Start-up Incubator Space, and a Pitch Room — a flexible rectangular space that can be reconfigured for presentations or performances. Classrooms and laboratories fill the remaining floors, all oriented around the central void. The result is a building that doesn’t separate learning from making, or thinking from doing. Every space feels connected, both literally and conceptually.

Externally, the ring form gives Philo a strong presence on campus without overpowering it. The circular geometry creates a clear dialogue with Carnal Hall’s dome, establishing a coherent architectural language across two very different building types. Aerial photography by Iwan Baan captures just how deliberately the two structures have been positioned — companions on a campus that now has a genuine architectural identity.

Philo isn’t trying to reinvent education. What it does, with impressive restraint, is create the conditions for a different kind of learning — one built on movement, collision, and chance encounter. For a studio whose founder once wrote that there is no architecture without events, it’s a building that lives up to the theory.

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This House in Rural India Is Actually a Bridge — and It’s Covered in Scales

Most architects would see a seven-metre-deep gorge cutting through a site and call it a problem. Vinu Daniel and his studio, Wallmakers, looked at it and saw the house. The Bridge House in Karjat, Maharashtra, is exactly what its name promises — a weekend home that spans a 30-metre-wide spillway, with enough clearance below for diggers to pass through. Completed in 2025, the 4,500-square-foot structure sits across two parcels of land separated by two streams, and it does so with a quiet, almost organic confidence.

The structural logic is deceptively simple. Four hyperbolic parabolas form the spine of the suspension bridge, held together by minimal steel pipe and tendons working in tension. Over that skeleton, a grid of steel cables was laid out in a twisting hyperbolic paraboloid surface, then coated in a layer of mud — the same material Wallmakers has long treated as a primary architectural medium. The mud isn’t decorative. It provides the compressive strength that stabilises the entire bridge and acts as a barrier against the pests that typically undermine thatched construction.

Designer: Wallmakers

And then there’s the skin. The outer layer is local grass thatch, applied in overlapping scales that give the structure a texture closer to a living creature than a building. The resemblance to a pangolin is intentional. “Thatched roof construction, even though sustainable and thermally efficient, has been on the decline due to problems like pest invasion, lack of skilled labour, deforestation, and the hassle of constant reapplication,” Daniel noted. The mud-thatch composite here attempts to address exactly those failures — rethinking the material from the inside out rather than simply reviving a tradition.

Getting materials to the site was its own challenge. The remote location in Karjat pushed the team toward using what was available locally, which ultimately shaped the entire material palette. The result is a building that feels pulled from the landscape rather than dropped into it. Translucent screens and raw mud surfaces define the interiors, keeping the atmosphere spare and tactile. The design team — Preksha Shah and Ramika Gupta — worked within tight constraints that only tightened the design thinking.

Bridge House is the kind of project that makes the site’s difficulties readable in the finished form. The gorge isn’t hidden; it’s the reason the house exists at all. That honesty — structural, material, spatial — is what makes Wallmakers’ work consistently worth paying attention to.

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San Diego Is Getting One of the Most Ambitious Military Museums in America

Contemporary angular building with a glass façade, as people walk and gather in a sunny plaza in front of it.

San Diego has always had a deep, unspoken bond with the U.S. Navy. The city is home to one of the largest military concentrations in the country, and just across the bay in Coronado, every Navy SEAL is forged. So when the Navy SEAL Museum San Diego opened its doors on October 4, 2025, at 1001 Kettner Blvd, steps from the Embarcadero, it felt less like a ribbon cutting and more like a homecoming. But that was just the beginning.

In April 2026, the Port of San Diego Board of Commissioners voted unanimously to advance an environmental review for a far more ambitious vision: a striking, $256 million, four-story, 85,000-square-foot flagship museum at 1220 Pacific Highway, positioned at the northern edge of Lane Field Park along Harbor Drive. The vote was unanimous, and the enthusiasm in the room was hard to miss. “I predict that this is going to be the No. 1 museum in San Diego,” said Commissioner Frank Urtasun. “That design that you came up with is unbelievable. I love it.”

Designer: ZGF Architects

Modern waterfront complex with an angular dark-blue building, glass office tower with a yellow column, palm trees, and ships in the harbor.

The design, by US-based ZGF Architects, is nothing short of striking. The structure draws direct inspiration from stealth watercraft used by maritime special forces, with angular massing and faceted metal surfaces that give it the appearance of a futuristic ship cutting through open water. Perforated metallic panels will filter natural light into the interior, where immersive, technology-forward exhibits designed by Gallagher & Associates will bring the history of the SEALs to life across seven distinct galleries.

The proposed museum would also include a 2,500-square-foot theater, virtual reality environments, a youth education space, a café, retail, an event terrace overlooking San Diego Bay, and a new 150-foot public park that would complete Lane Field Park along Harbor Drive. The project is being developed in partnership with Hensel Phelps, which will oversee design, entitlement, construction, and completion.

The museum is part of the nonprofit UDT-SEAL Museum Association, the same organization behind the original Navy SEAL Museum in Fort Pierce, Florida, which has been operating since 1985. San Diego’s location was chosen deliberately, sitting just across the bay from Naval Special Warfare Command in Coronado, where all Navy SEALs train. The city draws more than 30 million visitors annually, placing it alongside cultural neighbors like the USS Midway Museum and the Maritime Museum of San Diego.

The California Environmental Quality Act review is expected to take roughly a year and a half before construction timelines are confirmed. But the direction is clear. San Diego is building something that honors the past and commands the waterfront for generations to come.

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