These solar-powered cabins are made of natural materials and shungite plaster

June 29, 2020 by  
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The Karg Cabin provides owners with a cozy opportunity for off-grid living with 100% solar-power capabilities (and that’s not even its most sustainable feature). These honeycombed-shaped micro-homes are also made completely out of natural materials . The solar-powered Karg Cabins come in three different designs: a standard cabin, a micro-home (measuring about 129 to 215 square feet) and a sauna. Karg Cabins can be used year-round and are easily transported via flatbed to a variety of rural or urban locations without a need for environmentally damaging foundations. Solar energy is used to provide 100% of the power needed for everything from lighting to ventilation to electrical sockets. Related: Check out these amazing sustainable cabins by ZeroCabin The compact design, ease of transportation and variety of different model types makes the Karg perfect for a traveling office, guest house, micro-home or just a spot to detox and disconnect from normal, everyday life. When it comes to building materials, the company chooses only those that can be found in nature. The majority of the structure consists of straw panels, cellulose wool for insulation , wood and shungite, a type of carbon-rich mineral found in Russia that is known for its healing properties. The straw panels help ensure proper insulation due to its ability to store heat and provide long-term, stable temperatures indoors. Cellulose wool collects moisture and is breathable enough to maintain a comfortable interior climate yet strong enough to eliminate condensation and keep the construction damage-free during the wet season. Shungite plaster is believed to block electromagnetic waves (EMF), improving the sleep quality of those living inside the home and keeping the interior very quiet. Triple-glazed, reflective windows help bring in natural light and connect the occupant with the outside environment. The Estonian company offers an online feature where those interested can build their own Karg on the website to find out exactly how much their personalized, off-grid cabin or sauna will cost. + Karg Images via Karg

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These solar-powered cabins are made of natural materials and shungite plaster

Tiny bivouac shelters mountaineers in Bosnia and Herzegovina

May 14, 2020 by  
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There are few things more satisfying than exploring the far-flung corners of the earth. However, both day hikers and long-term explorers know how important it can be to find decent shelter from bad weather or unfortunate circumstances. Thankfully, some architects love the outdoors just as much as they love design. Bosnia and Herzegovina-based firm,  Filter Architecture has just unveiled a stunning and practical  shelter . The Bivouac Zoran Šimi? Cabin is a tiny 150-square-foot refuge located in the middle of one of the country’s most remote mountain ranges. The Bivouac Zoran Šimi? Cabin is located on Viso?ica, a majestic mountain range found in central Bosnia and Herzegovina. The pristine region is a favorite of many hikers and mountaineers who try to make it to its highest point, some 1,967 meters above sea level, to take in the amazing views. However, until now, the trek had no  resilient structure  for refuge in case of inclement weather, illness, etc. Related: A bivouac is lightly perched on a rocky peak of the Italian Alps As hikers themselves, the team from Filter was inspired to create a bivouac that would accommodate hikers in need, or anyone wanting to take a rest after a long trek. The resulting design, which was a collaboration between mountaineering association Željezni?ar and the Federal Ministry of Tourism, is a tiny structure that accommodates between 9 to 12 people. Located at the edge of a deep canyon, the  tiny shelter  is found between two trekking paths that lead from Viso?ica mountain to the adjacent Bjelašnica range. The location is so remote that construction of the structure on site was incredibly difficult. In fact, the materials had to be transported to the site via military helicopter. Once all of the materials were in place, the architects worked with several volunteers to assemble the structure. The angular exterior features a small base that spans outward as it rises on either side, a strategic feature that allows the volume to leave a  minimal footprint  on the terrain while adding interior space. The structure’s dark grey siding was chosen for its durability and resilience against harsh weather, and also helps reduce solar gain in an area where there is limited shade. The interior layout is simple and functional, with a massive horizontal window that looks out over the spectacular view and lets in natural light . Inside, the space is comprised of three platforms that serve as flexible spaces. The platforms offer seating space for up to nine people or sleeping areas for up to 12. + Filter Architecture Via ArchDaily Photography by Emir Handzic, Dženad Džino and Zlatan Kurto via Filter Architecture

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Tiny bivouac shelters mountaineers in Bosnia and Herzegovina

The low-impact Bridge House hovers over a stream in Los Angeles

January 15, 2020 by  
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Architecture is often heavily influenced by the existing landscape surrounding a structure, but architect Dan Brunn didn’t let the weaving waterways on his Los Angeles property limit the options for his home. Dubbed the Bridge House, this 4,500-square-foot home straddles 65 feet of natural stream without harming the landscape. The long, narrow home nestles into the forested background with limited street exposure. The focus on nature is evident with natural light streaming in from expansive windows throughout, a living wall in the living room and an outdoor terrace. In fact, the 210-foot-long home provides a wide expanse of northern exposure for more natural light and less energy consumption. Related: The Garden House features greenery and bee-friendly landscapes While the overall theme is sleek and minimalist, the pool area — complete with a full pool house, an outdoor shower, space for grilling and a Yamaha music room — aims to create an oasis for entertaining. But don’t let the luxuries and size fool you. In addition to the layout and physical situation of the home, each space was designed with low impact in mind. Starting with the foundation, the bridge design suspends a large portion of the structure, minimizing the impact on the landscape. For the structure itself, a BONE steel modular system was incorporated to ease on-site construction with sustainable materials. Plus, the system’s precision leaves little to no cutoff waste, and the steel itself comes from up to 89% recycled material . Although there was waste from the removal of the previous home, all usable parts were donated to the local Habitat for Humanity for reuse. The air quality inside the home is enhanced by the living wall of plants and superior insulation. A water filtration system eliminates the desire for bottled water, and solar power provides for much of the home’s energy needs. + Dan Brunn Architecture Via Dezeen Photography by Brandon Shigeta via Dann Brunn Architecture

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The low-impact Bridge House hovers over a stream in Los Angeles

ZHA gets the green light for worlds first all-timber soccer stadium in England

January 10, 2020 by  
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After years of delays, Zaha Hadid Architects has finally gained planning approval for Eco Park Stadium, the world’s first all-timber soccer stadium in Gloucestershire, England that will serve as the new home of the Forest Green Rovers football club. As a beacon of sustainability, the structure will aim to be carbon neutral or carbon negative and will include renewable energy systems as well as low-carbon construction methods and operational processes. Set in a meadow, the Eco Park Stadium minimizes its visual impact on the surrounding landscape with a natural material palette and a soft, undulating profile topped with a transparent membrane roof to reduce the building’s volumetric impact and encourage turf growth. The building will be constructed almost entirely of sustainably sourced timber , from its structure and roof cantilevers to the seating terraces and floor slab — elements that are typically built from concrete and steel in most stadiums. The stadium design can also accommodate future growth; the structure will initially serve 5,000 spectators, while phased development can increase capacity to 10,000 seats without the costs of major construction works. “The really standout thing about this stadium is that it’s going to be almost entirely made of wood — the first time that will have been done anywhere in the world,” said Dale Vince, Ecotricity founder and Forest Green Rovers chairman. “When you bear in mind that around three quarters of the lifetime carbon impact of any stadium comes from its building materials, you can see why that’s so important — and it’s why our new stadium will have the lowest embodied carbon of any stadium in the world.” Related: Zaha Hadid’s 2022 World Cup stadium in Qatar adapts for future use The Eco Park Stadium will be the centerpiece of the £100 million Eco Park development, Ecotricity’s 100-acre sports and green technology park proposal. Half of Eco Park will include state-of-the-art sporting facilities, including the new stadium, while the other half will be dedicated to a green technology business park with sustainably built commercial offices and light industrial units. The proposal will also include a nature reserve on the site and a possible public transport hub. + Zaha Hadid Architects Images by MIR and negativ.com via Zaha Hadid Architects

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ZHA gets the green light for worlds first all-timber soccer stadium in England

Remote tiny house in the Netherlands has a design inspired by foliage

December 18, 2019 by  
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When a client tasked the team behind Liberté Tiny Houses to create a mobile, minimalist home where she could reconnect with nature, they responded by building the Makatita — a 182-square-foot tiny home with a shape that was inspired by the organic form of a leaf. Located in a remote area of the Netherlands, the Makatita was specifically designed to let the owner enjoy her favorite passions of walking, camping and bushcraft. Accordingly, the architects behind Liberté began their design process by looking directly to Mother Nature for inspiration . Related: This gorgeous tiny home features a greenhouse and wooden pergola The tiny home was built with various organic shapes and materials found in nature, such as foliage, in mind. In fact, according to the designers, Gijsbert Schutten and Gijs Coumou, the home’s angular volume was inspired by the shape of a leaf. “The shape of the house was inspired by the lines that appear when you carefully fold a leaf,” Schutten explained. “The window shutters give the effect of the way light scatters through the forest.” Not just a nod to nature, the tiny home’s severely angled roofline enabled the structure to have ample space for a massive glass facade. Further embedding the home into its environment, the floor-to-ceiling glass panels nearly erase all boundaries between the indoors and outdoors. Inside and out, the structure is clad in pine , creating a warm, cabin setting. Although compact and minimalist, the living space feels open and welcoming. Throughout the interior, the unfinished wood walls, gray vinyl flooring and angular ceiling lend to the industrial design aesthetic. At the request of the homeowner, who prefers to sit on the open-air deck, there are minimal furnishings inside the house. The living space is comprised of a custom bench, which also holds the fireplace with firewood storage underneath, and a single stool made out of a salvaged tree stump. Next to the kitchen, a bespoke table folds out of the wall and can be used for dining or working. A simple wall ladder leads to a sleeping loft with a twin mattress. + Liberté Tiny Houses Via Dwell Images via Liberté Tiny Houses

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Remote tiny house in the Netherlands has a design inspired by foliage

Turtle-inspired bamboo shelter contracts to half its size in case of extreme weather

November 21, 2019 by  
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With extreme weather wreaking havoc around the world, there is a need for resilient shelters more than ever before. EEMY Architecture and Design has created a sustainable and resilient structure that can withstand nearly all severe conditions. Delta is a bamboo shelter that retracts into itself when challenged by stormy weather and expands during non-severe weather. Delta was created in collaboration with the World Bank, Build Academy, Airbnb and GFDRR. Using the Philippines as an example of areas that are prone to natural disasters , the team’s design strategy was to create something that could withstand even the most extreme weather emergencies, from floods and superstorms to typhoons and earthquakes. The structure was inspired by the traditional Filipino Bahay-kubo houses. The main frame is comprised of 12-centimeter-wide bamboo poles with trusses built in between for added stability. The bamboo poles are treated with a boron solution that makes them repellent to insects, a common issue in tropical climates. Related: Ingenious cardboard and bamboo emergency shelters by Shigeru Ban pop up in Sydney Created in a wide, pyramidal shape, the structure is elevated off the ground to withstand high waters. When bad weather hits, the shelter can contract to half its size, much like a turtle does at the first sign of danger. This feature is made possible by a series of folding bamboo tents that contract to half the structure’s size (430 square feet) and expand to its full size (861 square feet) after a storm. Additionally, the structure’s many windows and “wings” can be used for a variety of purposes, such as a shade from the harsh sun, drying racks or even market stalls. In addition to its flexible, sustainable and resilient design features, the Delta shelter comes with an incredibly reasonable price tag and construction time. Each bamboo shelter starts at $8,500 and can be constructed within 28 days. + EEMY Architecture and Design Images via EEMY Architecture and Design

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Turtle-inspired bamboo shelter contracts to half its size in case of extreme weather

Rael San Fratello prints amazing 3D mud structures as prototypes for affordable housing of the future

October 24, 2019 by  
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Led by architects Ronald Rael and Virginia San Fratello, design studio Rael San Fratello has become well-known for creating innovative and sustainable designs, but now the studio is truly breaking ground when it comes to 3D printing . As part of its Emerging Objects series, the design team has created four solid mud structures. Built by a low-cost, portable 3D robot, the four buildings were all printed using soil and wood sourced on site in Colorado’s expansive Valle de San Luis. The team chose Colorado’s San Luis Valley as the site for their series due to its rich history of Ancestral Pueblo and the Indo-Hispano cultures. Referring to the traditional building practices of these cultures, which predominately included using earthen materials to create sturdy housing, Rael San Fratello has managed to create four 3D-printed prototypes: Hearth, Beacon, Lookout and Kiln, that explore the various techniques of mud construction . Related: BigDelta machine 3D-prints durable, affordable houses from dirt The project, called Mud Frontiers, began by researching the typical earthen items that have been made from the clay harvested from the area. They then collaborated with 3D ceramic print company 3D Potter to create a small, portable robot called Potterbot XLS-1, which was built to print the mud creations on site. The first design, Hearth was built using a thin wall of mud reinforced with rot-resistant juniper wood. This structure has a tiny fireplace on the interior that burns the wood as well. The second design, Beacon was designed to research just how thin the mud walls could be by stacking various coils of mudwork. In this structure, light illuminates through the indentations along the walls, serving as a “beacon” of light. The third design, Lookout, was comprised of a network of undulating mud coils that are layers to form a staircase, creating a structure that is strong enough to withstand substantial weight. Additionally, this structure was built with cross sections of mud piping that can be used to create a system of natural air circulation through various openings. The final prototype, Kiln, included a culmination of the anterior designs, but adds a kiln that uses locally-sourced clay fired with juniper wood to create earthen ware items. Using the various traditional techniques helped designers determine that mud could indeed be a viable solution for providing more affordable construction options in the future. Especially as urban and rural area designers and architects look for sustainable materials to build resilient structures. “What we learned was really how accessible, robust and powerful it was to print large scale structures so quickly using the soil just beneath our feet,” Rael told Dezeen. “We discovered work flows for printing, material mixture processes, structural applications and theories about new and old ways of living and designing for the future using humankind’s most humble material.” + Rael San Fratello + Emerging Objects Via Dezeen Photography by Rael San Fratello

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Rael San Fratello prints amazing 3D mud structures as prototypes for affordable housing of the future

A Brazilian ‘bear cave’ brewery boasts several passive techniques to stay chill

July 22, 2019 by  
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Summer visitors to searing São Paulo now have a new “bear cave” to cool off in with a cold, frothy craft brewski in hand. Designed by local firm SuperLimão Studio for Brazilian Colorado Brewery, the Toca do Urso Brewery, which is almost entirely embedded underground, uses several passive and vernacular techniques to create a pleasant microclimate achieved through natural ventilation and light, water collection and reuse, permeable floors and plenty of native vegetation. Located in the São Paulo neighborhood of Ribeirão Preto, the Toca do Urso Brewery offers beer-lovers a serene yet vibrant place to test out a wide selection of craft beers. From the start of the project, the architectural team from SuperLimão Studio knew that to create a comfortable spot that was energy-efficient , it would have to battle the extreme heat and humidity common to the region. Related: Eco-minded Melbourne brewery breaks the mold for sustainable beer production The first step in the design process was to create a space that would be partially embedded into the landscape, adding a natural insulating envelope that would cool down the interior throughout the year. Additionally, in going with a circular shape, the team would be able to create a continual system of natural ventilation. The exterior is made out of gabion walls comprised of rocks found on-site that add to the thermal comfort of the structure. In addition, these rock walls reduce sound levels so that when the hall is crowded, noise is directed to the outdoor area. Additionally, it blocks the traffic noise from the adjacent highway. A large, circular hall was buried almost 5 feet underground to create an ultra-tight earthen envelope. The land that was removed in the process was relocated to the front part of the structure and used to create a sloped entryway. Cold air is swept downward into the building to create a cool microclimate , which is enhanced further by the native vegetation that was planted in abundance to provide shade from the searing heat. Visitors enter the building through the sloped walkway, which leads into a covered patio with plenty of seating. Inside the hall, a massive skylight optimizes natural circulation and bathes the interior in sunlight . In the center of the brewery, there is a mirror of water and a set of canals. These canals lead air and water through grates in the floor so that the interior air is humidified by the water and in constant circulation, cooling down the interior significantly in comparison to the outdoor temps. In fact, the building’s various passive measures enable an internal temperature that is approximately 15? Celsius lower than the outside temps. + SuperLimão Studio Via ArchDaily Photography by Maíra Acayaba via SuperLimão Studio

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A Brazilian ‘bear cave’ brewery boasts several passive techniques to stay chill

Reclaimed NYC water towers are upcycled into a NEST playscape in Brooklyn

June 28, 2019 by  
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A giant NEST has landed on the roof of the Brooklyn Children’s Museum (BCM) — and it’s not for the birds. Brooklyn-based design and fabrication practice TRI-LOX created NEST, the museum’s new interactive playscape built out of reclaimed timber from the city’s rooftop water towers. Designed with parametric tools, the sustainable installation takes inspiration from the unique nests of the baya weaver birds — their nests are featured in the museum’s educational collection — and comprises an organic woven landscape with 1,800 square feet of space for open and creative play. Opened just in time for summer, the NEST playscape at the Brooklyn Children’s Museum (BCM) in Crown Heights caters to children ages 2 to 8. The woven wooden landscape is set on artificial turf and includes a climbable exterior and a series of ribbed tunnels and rooms that make up a permeable interior with entrances marked by bright blue paint. The reclaimed cedar slats not only make the structure easy to climb, but also partially obscure views for added playfulness. The top of the structure is crowned with a circular hammock area that directs views up toward the sky. “In exploring the museum’s educational collection, we came upon a series of incredible bird nests and let them inspire our design,” said ?Alexander Bender?, co-founder and managing partner of TRI-LOX, which was commissioned by BCM through a request for proposals in mid-2017. “One nest in particular, made by the baya weaver bird, offers an intricately woven form with rooms, tunnels and multiple entries. This concept was then transformed into a climbable playscape that retains the natural materiality of the nest and tells a story of an iconic design within our vertical urban habitat — the NYC rooftop wood water tower. We quite literally brought the water tower back to the rooftop with this project … it just had to be turned into a giant nest first.” Related: The Brooklyn Children’s Museum’s new green roof lets kids explore the wilderness in the middle of the city NEST playscape is the newest focal point for the BCM, which consists of a series of architecturally significant designs befitting its title as the world’s first children’s museum. Rafael Viñoly designed the museum’s eye-catching yellow building in 2008. Seven years later, Toshiko Mori added a pavilion on the 20,000-square-foot rooftop that was complemented with lush planting plan and a boardwalk by Future Green Studio in 2017. + TRI-LOX Photography by Arion Doerr via TRI-LOX

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Reclaimed NYC water towers are upcycled into a NEST playscape in Brooklyn

Contemporary A-frame home soaks up lakeside views in Mexico

April 8, 2019 by  
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On the edge of Lake Avándaro in the Mexican town of Valle de Bravo is House A, a beautiful, contemporary home that’s designed by Mexico City-based architectural firm Metodo in collaboration with Ingeniería Orca to embrace views of the lake. Named after its sharply pitched A-frame construction, the three-story home is built with walls of glass and folding glazed doors to create a seamless connection with the outdoors. A palette of natural materials complement steel and glass elements to create a modern and warm ambiance. Spread out over three floors with an area of 3,523 square feet, House A was created with large gatherings and entertaining in mind. The ground level, which opens up through folding glazed doors to an outdoor patio and lawn, comprises an open-plan living area, dining room and kitchen; a TV room; service rooms; and a guest suite. The main entrance and parking pad are located on the second floor, where the first master suite and children’s room can be found. The small third floor features a second master suite, a yoga terrace and a secondary children’s room. “The intention of House A is precisely to be able to appropriate its surroundings and give its inhabitants a way to ‘live’ the lake,” the architects said in a project statement.” The ‘ A-frame ’ shape is used to its fullest potential to make this possible. Therefore, it was very important that the structure was present in every space of the house. Additionally, we wanted the structure to be a coherent element with the house’s functionality.” Related: Ruins of Sweden’s oldest church sheltered by a new A-frame building The architects built the dwelling with a contemporary steel structure along with local construction techniques and materials . The house is oriented toward the north for views of the lake while lateral balconies, inspired by boat decks, let in solar radiation in mornings and evenings. + Metodo + Ingeniería Orca Photography by Tatiana Mestre via Metodo

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