Ample Creates Prefab Shelters and Saunas Inspired by Australian Sheds

The article presents an interview with Saxon Hall, founder of Saxon Hall Architecture, focusing on his firm's first prefabricated project, the Standup Cabin. Hall, based in Tasmania, Australia, developed an interest in prefabricated buildings after observing a need for transportable, low-maintenance homes capable of withstanding the region's extreme temperatures. The Standup Cabin, a two-module, 968-square-foot structure, serves as shared dining, bathing, and cooking facilities for a coastal campsite on the Tasman Peninsula. The primary goal of the project was to design a sustainable, transportable dwelling that minimizes site disturbance and allows for easy relocation, while also offering a functional living space connected to the surrounding landscape. The owners appreciate the cabin's design elements, particularly the picture frame windows offering ocean views and the light touch of the structure on the ground, which avoids the extensive disruption of conventional construction. They also value the asset's relocatability and reusability. A key distinguishing feature of the Standup Cabin is its use of the Mega Anchor footing system. This contemporary foundation technology minimizes site disturbance, reduces construction time, and can be removed and reused. It eliminates the need for significant excavation and drainage, particularly on sloped terrains, preventing erosion and allowing the structure to conform to natural contours. The Mega Anchor is quick to install, immediately load-bearing, and does not require inspection or drying time. External cladding for the cabin is Western Red Cedar, chosen for its durability and stability. This material is resistant to warping, shrinking, and cupping, and its natural chemicals provide inherent protection against moisture damage, making it suitable for a weather-prone region. The cabin was constructed offsite in Victoria, Australia, and then transported and assembled on the Tasmanian site within two days, a process made feasible by the lead contractor Space Cube's previously tested transportable design system. This system involved transporting a prototype 400 miles across the Bass Strait, demonstrating its viability. The design of the Standup Cabin is robust enough to handle a wide range of temperatures, from 32° to 95° Fahrenheit, making it adaptable to various global environments. Saxon Hall is currently collaborating with Davies Construction on a new brand called Fortifab, which focuses on modular buildings and panelized building envelopes, incorporating passive house standards for longevity, health, and comfort. While none of his designs are currently pre-permitted in U.S. municipalities, the typical project timeline from deposit to handover for a Fortifab project is 150 days, excluding approval delays, emphasizing speed and reduced unforeseen costs through offsite construction. Saxon Hall Architecture manages the design, consultant coordination, statutory approvals, and building contract preparation. Clients can customize external claddings, roofing finishes, window and door placements (depending on views, heating loads, and privacy), and internal cabinetry, door hardware, and appliances. Optional add-ons include solar panels, battery storage, rainwater harvesting, and Starlink services. The Standup Cabin stands out from typical Australian campsite buildings by combining functionality with thoughtful design, exemplified by its floor-to-ceiling windows and durable materials. #PrefabricatedArchitecture #ModularConstruction #OffGridLiving #SustainableDesign #TasmanianArchitecture #StandupCabin #MegaAnchorSystem #WesternRedCedar #TransportableHomes #CampsiteDesign

The Sydney-based art and architecture collective Studio Rain created an off-grid sauna installation called "Atmosphere: A Revival" for Melbourne Design Week 2020. This installation, situated along the Yarra River at The Old Alphington Swimming Pool, aimed to revive bathing culture in an area historically known for its swimming spots between the 1920s and 1960s. The sauna draws inspiration from Scandinavian and Japanese bathing rituals, promoting well-being and fostering connections between city dwellers and nature. It is designed to accommodate six people within its 62-square-foot footprint. The sauna's construction features a reclaimed cypress pine wood frame, western red cedar seating, and lightweight polycarbonate walls and roof. This combination of traditional and experimental materials allows natural light to enter the space while maintaining an intimate atmosphere. A low-swivel door, designed to prevent heat loss, adds a playful element to the experience. The space is heated to between 60 to 80 degrees Celsius (140 to 176 degrees Fahrenheit) by a traditional wood-fire stove from Sauna & Steam Australia. Fiber cement is used for fire-proofing near the stove and for the flooring throughout the structure. To enhance the bathing experience and address the need for cooling off, the sauna's slanted roof collects rainwater runoff into a barrel. This collected water is then pumped to a bucket shower, which is strategically located on a refurbished diving board along the riverbank. The entire sauna unit is designed as a flat-pack system, allowing for easy disassembly, packing, and transportation. This modular design initially intended for the sauna to travel across Australia for various design weeks and ocean tide pools during winter. However, due to the recent pandemic, the focus has shifted from public installations to private, standalone saunas for gardens or cabin properties. The positive reception to the prototype has led Studio Rain to collaborate with design-build firm Fresh Prince to offer a limited edition of made-to-order saunas. These include the original six-person model and smaller two-to-four-person versions. Studio Rain also provides custom, one-of-a-kind sauna designs for those seeking something unique. Looking ahead, Studio Rain plans to revisit the concept of different residencies for their saunas to activate various swimming areas once the current crisis subsides. There is also an interest in collaborating with local councils to design permanent public saunas that would integrate with existing swimming facilities, especially given the lack of outdoor public saunas in scenic Australian landscapes compared to Scandinavian countries. This initiative also aims to encourage 'winter bathing' and activate Australia's waterways during colder months when water temperatures drop. #PrefabSauna #OffGrid #StudioRain #MelbourneDesignWeek #BathingCulture #SustainableDesign #ModularArchitecture #RainwaterHarvesting #AustralianDesign

Blend Projects, a British Columbia-based company, offers prefab homes, including tiny cabins and larger residences, focusing on healthy, toxin-free materials. Founded by high school friends Simon Fyall and Richard Egli after realizing a need for architecture that harmonized with the natural surroundings of British Columbia, the company utilizes crisp gabled homes constructed from eight-foot-long cedar-sided glulam sections. Their approach aims to blend custom home benefits with the efficiency of prefab construction, minimizing waste and resources. The company manages the entire process from design and permitting to site works, building, and final occupancy, and has plans for national and international expansion. Blend Projects' base model starts at approximately $290 USD per square foot, a price that encompasses everything above the concrete slab, including design, finishes, fixtures, appliances, doors, windows, electrical, HVAC, lighting, and plumbing, excluding only site works and foundation. The homes feature standing seam metal roofs made from steel and natural cedar cladding, which is darkened with a low-VOC, formaldehyde-free stain. Interiors showcase kitchens equipped with Fisher & Paykel appliances and matte black cabinetry finishes, alongside lighting from brands like Graypants, Muuto, A-N-D Light, Barter, and Wesco. Wall panels are fabricated from MDF and finish-grade plywood in Blend Projects' Nanaimo workshop, and aluminum-framed windows from Pella are strategically placed to promote cross ventilation, complemented by skylights and clerestory glazing. Clients can customize various design elements, including the entire floor plan, window specifications, and door locations, with options for multiple stories and interconnected structures. While the underlying glulam beam structure is fixed, the building system allows for expansion and contraction in eight-foot sections. The company also offers numerous upgrades for fixtures, finishes, and appliances, ensuring flexibility to meet client visions. For their two-story models, upstairs floors are paneled with engineered hardwood, and bathrooms feature matte porcelain tiles from Canadian supplier Ames Tile. Additionally, Blend Projects offers the installation of solar arrays and water catchment systems. The process from contract to completion is targeted for one year, with actual construction taking around eight months once permitting is secured. The company has successfully completed various projects, with the Flanagan Residence on Salt Spring Island highlighted as a significant early success. This project, built for a growing family on a challenging lot, not only satisfied the clients but also led to one of them becoming the head of sales for Blend Projects, showcasing the company's commitment to client satisfaction and building community. Currently, most projects are within British Columbia, with one in Toronto Island, and expansion plans include other parts of Canada and the Pacific Northwest. Blend Projects emphasizes its full-service approach and its team's deep connection to nature, which influences every aspect of their work. The company positions itself as a champion of the prefab movement, providing homes that combine bespoke design with the inherent advantages of prefabricated construction. #PrefabHomes #HealthyMaterials #SustainableDesign #ModularConstruction #CustomizableHomes #CanadianDesign #EcoFriendlyBuilding #BritishColumbiaHomes

The Sydney-based art and architecture collective Studio Rain has unveiled an off-grid sauna installation in Melbourne, Australia, designed to revitalize the city's bathing culture and promote health and wellbeing among its inhabitants. Titled 'Atmosphere: A Revival,' the project is a temporary re-activation of a historical swimming destination on the Yarra River, popular from the 1920s to the 1960s. The initiative seeks to inspire new ways for the Yarra River to be experienced, moving beyond its current non-swimmable state. The sauna's design draws inspiration from Scandinavian and Japanese bathing rituals, emphasizing the importance of public bathhouses as communal spaces for physical and mental focus. In an era marked by increasing urban density and rising levels of anxiety and loneliness, Studio Rain's work aims to counteract these issues by engaging visitors in an intimate public ritual. This experience encourages a heightened sensory awareness, fostering deeper connections with oneself, others, and the natural environment. A core tenet of the design philosophy is the deliberate blurring of boundaries between personal and public spaces. The structure is meticulously crafted to guide visitors through the subtle transition between intimate social interaction and moments of inner contemplation. This is achieved through the innovative use of materials, combining traditional elements with more experimental ones. These choices manipulate transparency and obscurity, allowing the natural surroundings to permeate the space while simultaneously preserving an intimate and sacred ambiance. Sustainability and environmental consciousness are central to the sauna's construction. It is a lightweight, prefabricated, and entirely off-grid structure, ensuring a minimal ecological footprint. Reclaimed timber forms the primary building material, with offcuts from the construction process ingeniously repurposed to fuel the sauna's heating system. The flat-packed design allows for easy dismantling of the sauna panels, facilitating future reuse and promoting a circular economy approach. Addressing the Yarra River's current unswimmable condition, the artists incorporated a 'bucket shower' feature. This shower is built on a refurbished diving board located on the river bank, offering guests a theatrical method to cool off by dousing themselves with cold water. The structure's unique slanted and extended roof is designed to capture fresh rainwater into a barrel, which is then pumped to supply the bucket shower system, highlighting the project's self-sufficient and resourceful nature. 'Atmosphere: A Revival' was originally created for Melbourne Design Week 2020 and received support from the National Gallery of Victoria. Studio Rain envisions this sauna as a traveling installation, with plans to exhibit it at various swimming locations across Australia. This nomadic approach aims to disseminate the project's message of revived bathing culture, community engagement, and sustainable design to a wider audience, continuing its mission to encourage mindful interaction with both natural and social environments. #ArchitectureInAustralia #OffGridSauna #BathingCulture #SustainableDesign #TemporaryInstallation #MelbourneDesignWeek #PublicArt #PrefabricatedStructure #YarraRiver

The MIMA Light is a modular, prefabricated house concept that offers a quick and adaptable housing solution. Designed by MIMA architects, the units can be delivered, produced, and installed within 22 weeks from a personalized design. The fundamental design remains consistent, allowing for adaptation to diverse local conditions, including various foundation solutions such as concrete floor slabs, bearing plates, or specialized wooden underpinnings. The rapid construction process is attributed to its reliance on wooden prefabricated modules, which are transported to the building site and assembled efficiently. The aesthetic of the MIMA Light is influenced by various artists, resulting in a sculptural, cuboidal structure that appears to hover above the ground. This illusion is achieved through a mirrored plinth, which also adds a sophisticated touch. Clients can personalize the exterior with a choice of high-end metal coatings or simple color finishes. The house is constructed from individual modules, each up to 1.2 meters in length and with a fixed height and width of 3 meters. These modules can be combined to create structures ranging from 7 to 11 meters in total length, offering floor spaces between 21 and nearly 33 square meters. The modules are distinctly visible on the exterior, resembling chain links, and the house features a flat roof with interior drainage gutters, contributing to its pure geometric form. Inside, the design maintains a restrained aesthetic, with walls and floors made from multiplex plywood boards, providing a grounded and innovative feel. Large glazed panes on the end walls allow ample natural light, creating a friendly ambiance, and some side modules are also available with glass. For locations with extreme weather conditions, the glazing can be specified with increased thickness and enhanced UV protection. The design prioritizes energy efficiency, with solar panels providing electricity for the electric boiler, ensuring a sustainable hot water supply. The interior layout is flexible, centered around a compact kitchen and bathroom unit that can be positioned either centrally or at one end of the structure. This placement influences the configuration of the living and sleeping areas, maximizing utility within the small footprint. The MIMA Light concept introduces new possibilities in both the tourism sector and the holiday home market due to its affordability, with prices ranging from 20,000 to 40,000 euros, making it accessible to a broader range of buyers. #FlexibleLiving #PrefabricatedHomes #ModularArchitecture #SustainableDesign #SmallHomes #ArchitecturalDesign #HolidayHomes

Dr. Charles Anderson, with a background in fine arts, landscape architecture, and a PhD in ephemeral architecture, along with his wife Tiziana Launech, embarked on designing and building their own vacation home. Instead of purchasing an existing property, they acquired a derelict chicory kiln on Australia’s Phillip Island, a structure that was a remnant of the island's historical chicory farming industry. After initial preparations and design drafting, they enlisted their long-time friend Andrew Simpson, principal at Andrew Simpson Architects, to help transform the heritage-listed building into a sustainable and welcoming home on a budget of under $280 per square foot. The project's material selection was heavily influenced by the harsh coastal weather conditions, necessitating durable external finishes. Simpson incorporated raw materials such as recycled timber, shotcrete, stainless steel benchtops, galvanized steel sheet canopies, and steel and stainless steel stair balustrades. These choices not only ensured resilience against the elements but also celebrated the local industrial and rural heritage of the building. The vacation home, named 'House for Hermes,' draws inspiration from one of Anderson’s earlier artworks, 'A House for Hermes #1: The House of My Father,' a 1,076-square-foot installation exploring themes of dwelling and transition through etched plywood panels. These recycled plywood panels from the artwork were creatively reused to line the ceiling, positioned above the exposed trusses, preserving a connection to the building's industrial past and Anderson’s artistic journey. Central to the home's design is the concept of flexibility and transformation. This is manifested through mobile kitchen cabinetry, equipped with casters, allowing for various configurations, and a section of the stairs also mounted on casters for adaptable circulation. The architect explains that this flexibility aims to facilitate and celebrate movement and change, providing an 'open-endedness' for new ways of inhabitation. The renovation and new construction resulted in a 1,065-square-foot minimalist home, mirroring the size of Anderson’s previous art installation. The construction predominantly utilizes salvaged and recycled timber, both inside and out, significantly contributing to reduced construction costs and a lower carbon footprint. Timber is a prominent material throughout the project, chosen for its warm aesthetic, functionality, and sustainability. Hoop pine plywood forms the floors, walls, stairs, and cabinetry, complementing the pine and KD hardwood ceilings. The design explicitly avoided steel in the structural frame, opting for timber to further reduce the carbon footprint, improve thermal efficiency, and create an inviting interior. The home also integrates passive design strategies, capitalizing on natural ventilation and cross breezes for cooling, thereby eliminating the need for air conditioning during summer. The kiln’s inherent high thermal mass, combined with lightweight high-density foam insulation on the first floor, enhances its thermal performance. An operable skylight in the bedroom within the kiln acts as a thermal chimney for passive cooling. The design prioritizes the interior as an extension of the exterior landscape, achieved through interlocking volumes and horizontal planes, including the kitchen joinery units that seamlessly integrate with the exterior decking and surrounding environment. #SustainableDesign #ChicoryKilnConversion #VacationHome #RecycledMaterials #FlexibleLivingSpaces #CoastalArchitecture #PassiveDesign #AdaptiveReuse #AustralianArchitecture

Konga, founded by Paulius Zemaitis and Goda Zemaite, in collaboration with Danish architect Mette Fredskild, developed a concept for minimalist hotel spaces that immerse occupants in natural landscapes, offering varying views of the outside from within. This approach aims to subtly alter daily routines, making them feel different. The initial cabin design was highly successful, leading to over a thousand orders across Europe and the U.S. Konga emphasizes sustainability by utilizing slim cross-laminated timber (CLT) and wood offcuts in their construction. The company plans to expand its presence across North America and has introduced a new model, the Konga M. The most recent project involved building a new Konga M cabin for a couple, Mark and Saly, who operate a rental property in North Norfolk, U.K. This 195-square-foot cabin serves as a serene retreat, providing a unique experience of silence. It incorporates sustainable materials such as slim CLT for ceilings, walls, and furniture, all finished with Osmo wax. Konga’s distinctive shelving system, made from solid wood offcuts, functions as a divider between the bed and the rest of the cabin. Strategically placed windows create sight lines that connect the interior with the outdoors, making the structure partially see-through. Despite its small size, the cabin can comfortably accommodate two to three people, featuring a twin bed with a pull-out mattress, a kitchen with a refrigerator and stove, a small dining area with seating and built-in storage, additional cabinets, and a fully equipped bathroom. The wood floors are crafted from offcuts supplied by Boen, a Norwegian flooring manufacturer, and upcycled materials are also used for the bedroom-lounge separating bookcase, dining bench upholstery, and bathroom stonework. The base price for a fully furnished Konga M cabin is $53,000, and the Konga L costs $63,700, with these prices applicable only in Europe. Key features that differentiate Konga prefabs include their Scandinavian-inspired design and efficient layout, which create a sense of spaciousness. The cabins blend comfort with sustainability, featuring thoughtfully placed windows that seamlessly connect the interior with the surroundings. The exterior is clad in burned wood, a treatment that ensures durability for up to 100 years and provides a unique aesthetic. The company extensively uses offcuts and leftovers for various components, including flooring, fabrics, and furniture, enhancing the cabin’s sustainability. All furniture, floors, ceilings, walls, and doors are constructed from mass timber or three-layer spruce (slim CLT), avoiding chipboard. Surfaces are treated with Osmo oil or wax, foregoing lacquering. Ceilings and walls are offered in slim CLT, dark waxed, or oak veneer panels, with no painted plaster. For bathrooms, backsplashes, tabletops, and certain interior walls, Konga uses Contec, a Danish micro cement, which offers a durable, seamless, rustic finish, avoiding tiles or painted surfaces. Doors and windows are wooden with tempered glass, minimizing plastic usage. Konga cabins are currently available across Europe, with plans for U.S. delivery in the near future. The designs meet the requirements of the park model RV category, allowing them to be built in most U.S. states. A demo project in the U.S. is scheduled for spring 2024, and if successful, full-scale delivery to the U.S. and Canada will commence. The typical lead time from contract signing to a fully installed cabin is three months. Konga manages the unloading, placement on the client's foundation, terrace assembly, and minor finishing works. Clients are responsible for permitting, site preparation, and utility hookups, though Konga provides necessary plans and information. Customization options are limited to maintain design integrity and sustainability standards but include choices for interior panel finishes (dark waxed slim CLT or light oak veneer), expanded appliance suites, upgraded insulation, temperature control systems, and functional adjustments to furniture, such as bed storage options. The cabins reflect Konga’s philosophy that quality should be paramount, even in minimalist living, evident in features like the kitchen’s two-burner stove, refrigerator, and undermount sink. An L model is also available, offering an additional sleeping area. #PrefabCabins #SustainableDesign #TinyHomes #CrossLaminatedTimber #EcoFriendlyLiving #ScandinavianDesign #ModularConstruction #RecycledMaterials #OffGridLiving

Elmntl, a Colorado-based design and fabrication team, specializes in providing customizable modular cabins, saunas, and wellness products aimed at enhancing boutique hospitality experiences. The company, founded by Vlad Dubovskiy, integrates architectural design with user experience to offer a wide array of over 1000 configurable options, allowing clients to create unique and tailored structures. These modular builds are designed to adapt to specific needs, offering flexibility in the placement of windows, doors, and skylights. Clients can also choose from various exterior siding materials and interior color themes, and integrate additional elements such as roof decks, gear capsules, and fireplaces. A key aspect of Elmntl's design philosophy is to ensure that these structures harmonize seamlessly with their surrounding natural environments. Elmntl provides comprehensive turnkey services, covering every stage from initial master planning to the final construction and installation. This end-to-end approach aims to make high-quality, elevated architecture accessible for hospitality ventures, simplifying the development process for their clients. The company’s designs draw inspiration from the rugged and beautiful landscapes of Colorado, translating this aesthetic into their structures. A strong emphasis is placed on sustainability, with Elmntl utilizing biodegradable and repurposable materials in their construction processes. This commitment ensures that their buildings are not only durable and aesthetically pleasing but also eco-friendly, minimizing their environmental impact and enhancing the natural settings in which they are placed. The configurable nature of Elmntl's products extends to their diverse range of offerings, which includes not only cabins and saunas but also cold plunges and hot tubs, catering to a broad spectrum of wellness and accommodation needs. The company's integrated approach, combining both design and manufacturing in-house, is a significant factor in their ability to offer such a high degree of configurability. This allows for precise control over the production process and ensures that each element is carefully selected and crafted according to the customer's specific requirements. For clients seeking quick and cost-effective solutions, Elmntl also offers preset floor plans, streamlining the design and construction phases. Elmntl's primary goal is to support hospitality ventures by offering flexible, high-quality, and environmentally conscious architectural solutions. Their modular system is designed to overcome traditional construction challenges, making elevated design achievable and scalable. By allowing extensive user customization and offering comprehensive support services, Elmntl aims to deliver structures that are both functional and deeply integrated with the natural beauty of their locations, providing unique and memorable experiences for guests. #ModularDesign #PrefabricatedCabins #CustomizableArchitecture #BoutiqueHospitality #SustainableMaterials #WellnessStructures #ColoradoDesign #TurnkeyConstruction #EcoFriendlyBuildings

Model House, located in Williamstown, a south-west bayside suburb of Melbourne, is the renovated home and studio of theatrical set designer Richard Roberts and his wife Joan Morgan, a teacher. Designed by Breathe Architecture, the project reflects the clients' personal vision, with Richard even creating a miniature model of the house himself. The couple, having sold their family home, sought a residence tailored to their current and future needs, emphasizing a dedicated studio space for Richard's set models and a strong commitment to sustainability. Breathe Architecture, known for its sustainability-focused approach, integrated passive systems into Model House's design. This involved maximizing natural light through north-facing openings, utilizing double-glazed windows for thermal regulation, and strategically placed shading to manage solar gain throughout the seasons. These features significantly reduce reliance on mechanical heating and cooling, a crucial consideration for energy efficiency in Australia. The practice also prioritized the use of salvaged, recycled, or sustainably sourced materials, minimizing embodied energy and the overall carbon footprint of the building. This pragmatic approach to sustainability, while highly functional, is balanced by a design philosophy that aims to create meaningful human connections and a sense of warmth. The interior of Model House showcases lightly finished recycled timber, which adds a natural radiance and unique character to the surfaces. The imperfections and patina of the recycled timber tell stories of its previous life, contributing a distinct personality that new materials often lack. Joan highlighted that this level of imperfection allows them to live comfortably without concern over minor spills. The material palette extends beyond timber to include robust elements like steel, copper, and pressed fibre cement sheeting, used for bespoke features such as the kitchen bench. Despite appearing spare, these materials are employed with careful consideration and sensitivity in the detailing and planning. A notable design element is the floor-to-ceiling red velvet curtain in the ground-level living areas. This dramatic feature not only provides a vibrant contrast to the interior's dominant material palette but also offers flexibility in how the living spaces can be utilized. It helps to dampen acoustics and can be drawn to seal off the central staircase, preventing heat loss. This theatrical touch also serves as a playful nod to Richard's profession as a set designer, weaving his identity into the very fabric of the home. The exterior of Model House also features a theatrical allusion. The street elevation is designed to resemble a Victorian workers' cottage, or a 1:1 scale model of one. This was a council requirement to align with the historical character of the street, despite the previous building being a 1980s brick-veneer structure. The street-facing facade is entirely white, mimicking the appearance of white card, a reference to Richard's creative medium. The architects' original vision was a more contemporary design with steel sheets, but the council's demand resulted in this convincing portrayal. The success of this facade is evident in visitors often asking if the house has been renovated, suggesting its seamless integration into the streetscape. Ultimately, the house is praised for its performance as a living space, creating a calm and inviting environment that is appreciated by its occupants and visitors alike. #ModelHouse #BreatheArchitecture #SustainableDesign #RecycledMaterials #PassiveSystems #MelbourneArchitecture #ResidentialDesign #TheatricalAllusions #ClientCentricDesign

Sun Ranch is a 55-acre coastal estate located in the Byron Bay hinterland, designed by Balanced Earth Architects to offer guests privacy, on-site experiences, and luxury hotel living. The project, completed in 2023, spans an area of 1000 square meters. The architectural team for Sun Ranch included Michael Leung and Leo Dewitte, with Carlotta Phelan serving as the interior designer. Engineering was provided by Lucena Engineering and Dougal May, while Laughlan Rabbidge and LAND were responsible for the landscape design. The construction was handled by Balanced Earth Building, with Ture Schmitd and Luke Wrencher overseeing the process. The design of Sun Ranch emphasizes a departure from conventional hospitality experiences, focusing on creating a unique and exceptional environment for guests. The choice of materials and construction methods reflects a commitment to integrating the structures within their natural surroundings while providing high-quality accommodations. Wood is a prominent material used throughout the project, contributing to its aesthetic and potentially its sustainability credentials. Key manufacturers involved in the project include Archdomus, Eco Outdoor, and Microcement, indicating a blend of high-end and natural materials. The estate features a variety of spaces, including bedrooms, dining areas, kitchens, bathrooms, and living rooms, all meticulously designed to enhance the guest experience. The interior photography highlights elements such as exposed beams, strategic lighting, and large windows that connect the indoor spaces with the scenic outdoors. Exterior photography showcases the integration of the architecture with its natural landscape, featuring gardens, decks, patios, and courtyards, suggesting an emphasis on outdoor living and interaction with the coastal hinterland environment. The project falls under the categories of Hospitality Architecture and Cabins & Lodges, signifying its purpose as a destination for leisure and accommodation. The location in Byron Bay, Australia, further emphasizes its appeal as a serene retreat. The architectural approach appears to balance modern design with a respect for the natural setting, aiming to provide a distinct and memorable stay for its visitors. The overall design intent is to create a sense of total privacy and luxury, allowing guests to immerse themselves in the unique offerings of Sun Ranch. #HospitalityArchitecture #CabinsLodges #ByronBay #Australia #WoodConstruction #CoastalEstate #LuxuryAccommodation #BalancedEarthArchitects #InteriorDesign

This article presents a virtual tour of 16 distinct ski cabins, each offering a unique design approach and integration with its natural surroundings. The selection highlights diverse architectural styles, from traditional chalets to modern, energy-efficient structures, across various snowy landscapes in North America and Europe. The first featured cabin, Nooq House in Whitefish, Montana, designed by Montana Creative architecture + design, showcases Scandinavian influences with its gabled sections, suspended fireplace, cathedral ceilings, and expansive windows that frame the Rocky Mountains. Owners Alex Strohl and Andrea Dabene offer it for rent while working on another project. Following this, the Alpine Noir chalet in Mount Hood, Oregon, conceived by Casework, Keystone Architecture Planning & Project Management, and Ethan Beck Homes, draws inspiration from Amsterdam canal houses with its tall, skinny silhouette and custom soft black facade. The interior features a reverse layout with the living space at the top, emphasizing a "gezellig" (cozy) atmosphere with a black brick fireplace, fur throws, and a bespoke floral sectional. In Andermatt, Switzerland, Nossenhaus, a 17th-century cottage, underwent a revival by Jonathan Tuckey Design and Ruedi Kreienbühl. The renovation removed newer additions, restoring its original character while incorporating modern elements like an energy-efficient wood-tiled roof and larch planking. The Gilbert House near Whistler and Blackcomb ski areas in British Columbia, by Evoke International Design, features a vertical layout on a steep site, clad in concrete and matte black cedar. Its bright interiors, with pale oak planks, direct focus to the forest views through floor-to-ceiling windows, complemented by a cantilevered upper floor with a terrace. La Cabin Ride & Sleep, an A-Frame in Lac-Beauport, Québec, designed by Marie-Catherine P. Émond of M4 Architecture, is a 256-square-foot structure built by Nick Dignard. It features abundant natural light, window openings on the roof, and custom-built furniture. Next, the Skigard Hytte near Lillehammer, Norway, by Mork Ulnes Architects, is an unconventional log cabin using "skigard" split-rail construction. It is raised on columns, has a sod and grass roof, an oculus skylight, and a pine interior. The Lookout House near Lake Tahoe, California, by Faulkner Architects, is a contemporary cabin on a steep slope. It boasts a fire-resistant steel plate roof, insulated concrete walls, radiant-heated basalt floors, and a red-tinted glass column, creating a modern aesthetic with an American Southwest influence. Another British Columbia entry is the Solo House, an off-grid Passive House designed by Perkins & Will, intended as a pilot for an eco-friendly alpine settlement. It incorporates a steel roof, solar panels, wool-insulated walls, and locally harvested Douglas fir interiors. The Whitepod Eco-Luxury Hotel in Monthey, Switzerland, by Montalba Architects, offers prefabricated larch-clad chalets alongside geodesic domes. These low-impact structures are energy self-sufficient, featuring polished concrete flooring and distinct day and night zones. The Little Black House in Fayston, Vermont, designed by Elizabeth Herrmann Architecture + Design, is a compact 1,120-square-foot cabin near Sugarbush. Its black-stained exterior contrasts with a stripped-down interior of white walls and pale wood floors, utilizing local ash wood and large windows. In Québec, the Poisson Blanc cabin by Naturehumaine Architects is a monochrome, compact structure embedded on a slope, with white walls and ceilings and maple veneer, raw concrete, and ceramic tile accents. The Ejford Cabin on Hallvardøy Island, Norway, by Snorre Stinessen Architecture, features triple-glazed glass walls, capitalizing on passive solar conditions and thick insulation. It comprises two volumes, one for living and one for sleeping and a sauna, offering views of the fjord and mountains. The Z House in Camporosso, Italy, by GEZA, is a holiday home on a steep hilltop, featuring two interconnected concrete and wood-screened gable volumes that step down the slope, blending with the alpine vernacular. The interior utilizes Serizzo white granite, dark gray-painted European oak, and Swiss pine. A remodeled 1960s Swiss chalet by Frundgallina in the Swiss Jura Mountains is a 100% energy-efficient cabin with vertically laid fir planks and a folded stainless steel roof, characterized by four distinct entrances and integrating the outdoors. Finally, the Lake Cottage in Ontario, Canada, by UUFIE Architects, is a reinterpreted tree house with a steeply pitched, charred cedar-clad structure and a black steel roof. It features whimsical interior elements like a wood-burning fireplace with a house-shaped surround, a maple log staircase, and partially mirrored glass walls for camouflage and expansive views. #SkiCabins #ModernArchitecture #SustainableDesign #MountainHomes #InteriorDesign #ArchitecturalInnovation #WinterRetreats #PrefabHomes #PassiveHouse

This article showcases twenty Australian homes that excel in integrating indoor and outdoor living spaces. From Perth to Melbourne, Sydney, and Brisbane, these residences demonstrate various architectural approaches to blur the boundaries between the interior and their natural surroundings. The first example features a multitiered addition to a Federation-style Melbourne home by WALA, which includes a lush courtyard and addresses a flood-prone site. Full-height sliding glass doors connect the raised deck to a self-contained pavilion and a large rear courtyard anchored by a Japanese maple tree, harmonizing old and new structures. Another featured home is an energy-efficient prefab holiday home in Bundeena, designed by architect Hannah Tribe. This 540-square-foot residence uses prefab technologies, with a minimalist timber-clad exterior that references local fishing cottages. Passive heating and cooling are achieved through the concrete slab's thermal mass and strategic siting that allows breezes to flow through floor-to-ceiling sliders. Mitsuori Architects expanded a historic Victorian home in Melbourne with a two-level rear addition. A spacious living, dining, and kitchen area on the ground level opens to a patio and backyard via large telescoping sliding glass doors, maximizing the outdoor connection. Hogg & Lamb's renovation of a Queenslander cottage, known as B&B; Residence, incorporates a geometric indoor/outdoor extension to embrace its subtropical setting. The interior features interlinking planes that engage a raised grass courtyard. In Byron Bay, Micka Etheridge of SPACEbuilt expanded a 1980s home into an 'h'-shaped structure, with a central living space utilizing sliding glass doors to maintain visual connection with children outdoors and lush gardens for a year-round oasis. Megowan Architectural's renovation of the single-story 'Pleated House' in Melbourne introduced a bold zigzag roofline, inspired by midcentury modern forms, to bring light into the interiors through clerestory windows. Splinter Society's 'Bungalow 8' renovation in Melbourne aimed for modern, free-flowing connected living spaces while preserving the existing layout. An angled roofline guides the new arrangement and contributes to passive heating, creating a unique indoor-outdoor juncture. Nic Brunsdon's renovation of the East Fremantle House in Perth includes a rear extension with white stucco and warm timber. An 'airy common space,' referred to as the 'garden room,' features a massive sliding door connecting the interior to a sunny green courtyard. Modscape designed an energy-efficient modular extension for a Melbourne family residence, wrapped in black-stained timber. Light-filled living spaces with floor-to-ceiling windows and sliding glass doors overlook the backyard, optimizing solar passive principles and cross-ventilation. CplusC Architectural Workshop's 'Totoro House' in Sydney, inspired by 'My Neighbor Totoro,' celebrates human relationships and nature. A rear extension with an open-plan living area blends seamlessly with an outdoor deck and landscaped garden. Architects EAT designed the 'Bellows House,' a low-slung beach house constructed with concrete masonry blocks, featuring a U-shaped southern end enclosing a private courtyard and communal living spaces opening to a north-facing garden. Zuzana Kovar and Nicholas Skepper updated a Queenslander cottage in Brisbane, reorienting the kitchen, dining, and living room towards a verdant garden to connect indoor and outdoor areas. Rob Kennon Architects reimagined an Elwood bungalow in Melbourne, drawing inspiration from Sir Roy Grounds's Hill House with a circular, glass-walled courtyard. The extension similarly encloses a circular, artfully planted garden, with a cost-effective material palette of recycled masonry and concrete. Polly Harbison expanded her sister's 1940s Sydney home, adding a new kitchen, a bedroom with an outdoor shower, and expansive garden views. Floor-to-ceiling glass doors and wooden screens in communal areas slide open completely, providing fresh air. Studio Prineas extended a Federation home in Sydney, creating a sleek rear addition that connects the open-plan living, kitchen, and dining area with the garden and pool through sliding glass walls. Kim Bridgland of Edition Office designed a single-level home in Kyneton where the garden, accessible via sliding wood-framed glass window walls, is central. The home uses thermal mass from recycled brick and cross-ventilation for passive cooling, with an air-exchange heat pump for winter. Cavill Architects revamped a prewar worker’s cottage in Brisbane with a Mediterranean-inspired interior, featuring white stucco walls and large sliding glass doors that integrate living spaces with the lush garden. Christopher Polly designed a two-floor addition to a Sydney home, with polished concrete floors extending into the garden and cedar-framed sliding doors and windows offering views of a jacaranda tree. Ben Callery Architects' Melbourne extension, known as 'Glide House,' incorporates renewable features such as high insulation, double glazing, and recycled materials, with a corrugated-metal roof gliding over the indoor/outdoor home. Finally, Studio Bright reincarnated a declining Edwardian home in Melbourne, the 'Ruckers Hill House,' into a contemporary family home with a walled garden and cream-colored LOHAS Nilo Rustic bricks on the addition, respectfully differentiating it from the original red-brick structure. #AustralianHomes #IndoorOutdoorLiving #ArchitecturalDesign #HomeRenovation #SustainableDesign #CourtyardHomes #PrefabricatedHomes #ModernArchitecture #GardenIntegration

This article details the challenging yet rewarding process behind creating a unique hot tub seamlessly integrated into a natural boulder at Tyler Quinn’s off-the-grid Joshua Tree residence. Quinn, a former film production worker and furniture maker, embarked on this ambitious six-year construction project as his first build, emphasizing a desire for a restorative oasis that countered the desert's unexpected cold and wind. Rejecting conventional fiberglass hot tubs and their accompanying jets, he envisioned a soaking tub crafted from natural materials, blending organically with the rugged desert landscape. The design process began with Quinn scoring an eight-foot circle into the chosen boulder, establishing the boundary for the hot tub. He meticulously crosshatched this circle in a checkerboard pattern, cutting four to six inches deep with a concrete saw, and then manually removing each layer of granite using hand tools like chisels and a hammer. This labor-intensive method was chosen over power tools to prevent unwanted fracturing of the stone and to allow for better control over the material. Furthermore, this approach enabled him to treat the boulder as a quarry, transforming the excavated granite into usable blocks rather than useless rubble. The water for the hot tub is sourced from a well on the property, filtered, and then heated by a propane heater. A variable speed pump ensures efficient energy consumption, with the piping simply plumbed over the tub's rim. The hot tub's design incorporates carved steps and a seat, strategically oriented to maximize the scenic desert views. The project's resourcefulness extended beyond the hot tub itself; the granite blocks quarried during its construction were repurposed to create stunning granite tiles for the home's kitchen countertops, with the help of a local mason, Jean Michael. Quinn considers these kitchen tiles one of the most gratifying elements of the entire house. Ultimately, the boulder hot tub stands as a testament to ingenuity and a deep connection to the natural environment, designed to endure long after the human inhabitants are gone. The builder anticipates that even if the house were to succumb to a brush fire, the stone tub would remain, collecting rainwater and providing sustenance for local wildlife, embodying a profound sense of permanence and integration with nature. The project highlights a successful blend of determination, hands-on craftsmanship, and a thoughtful approach to material use in a challenging remote desert setting. #HotTubConstruction #BoulderIntegration #JoshuaTreeDesign #OffGridLiving #DesertHomes #NaturalMaterials #DIYHomeImprovement #SustainableDesign #SweatEquity

Australian architect Emily Sandstrom undertook the transformation of a dilapidated 1930s bungalow located in Sydney. The project focused on restoring the home to its former glory while incorporating a new extension primarily constructed from recycled materials. The bungalow, untouched for decades, presented an opportunity to celebrate and preserve its original architectural details. The renovation began with the demolition of a small rear kitchen, an outhouse, and a sunroom. Bricks and other salvageable materials from these demolished structures were meticulously collected and repurposed in the construction of a new 45-square-metre U-shaped extension. This extension now houses an open-plan kitchen and dining area, designed to maximize natural light and foster a seamless connection between indoor and outdoor living spaces. Key to the design of the extension are two large sliding glass doors, which open directly onto a courtyard. This U-shaped configuration, along with the courtyard, creates an integrated area suitable for both daily living and entertainment. Passive design principles were heavily integrated into the extension, with concrete flooring and strategically placed overhanging eaves. These elements contribute to the home's thermal regulation, aiding in passive heating during winter months and natural cooling during summer, thereby reducing reliance on artificial heating and cooling systems. The addition of solar panels further enhances the home's energy efficiency. Inside the kitchen, a prominent feature is a large island with a countertop crafted from recycled Australian hardwood. The design introduces a subtle change in floor level, delineating a 'work zone' within the kitchen area from the broader dining space. This architectural detail adds both functional separation and visual interest to the open-plan layout. The bathroom design draws inspiration from Japanese aesthetics and bathing rituals, featuring a sunken bathtub set below floor level. Timber decking covers the bathroom floors and ingeniously conceals drainage points for an overhead shower. Glass sliding doors provide access to a private garden, which includes an additional outdoor shower, enhancing the tranquil and secluded atmosphere Sandstrom aimed to create. Throughout the original parts of the bungalow, carpets were removed to reveal and restore the existing floorboards. Original features such as stained glass windows, ornate ceiling mouldings, and dark timber doors, trims, and architraves were meticulously preserved. New joinery elements were carefully designed to integrate harmoniously with the existing architectural character, respecting the home's skirting boards, picture rails, and ceiling mouldings, and maintaining the original scale and spatial layout of the rooms. #ResidentialArchitecture #HomeExtension #RecycledMaterials #BungalowRenovation #SydneyArchitecture #SustainableDesign #PassiveHeatingCooling #InteriorDesign #AustralianHouses

Two engineering students, Peter Brewin and Will Crawford, who met at the Royal College of Art studying industrial engineering, developed an innovative inflatable concrete shelter for refugee relief. This concept, inspired by the compressive strength of an eggshell, was their entry in a British Cement Association competition to discover new uses for cement. The shelter addresses the critical need for safe, semi-permanent housing for refugees and displaced persons worldwide, a necessity underscored by the 33 million individuals currently in such situations. The core innovation of their design, which they term "concrete canvas," consists of two key components: a cement-impregnated cloth and inflatable formwork. The structure is packaged with a cement-impregnated fabric bonded to the outer surface of an inflatable plastic liner. To deploy the shelter, the sack is filled with water, which hydrates the cement. After approximately 15 minutes, the sack is cut open to form the ground sheet for the structure. Subsequently, a chemical pack is activated, releasing a controlled volume of gas that inflates the entire structure. Once inflated, the concrete begins to cure. After the curing process is complete, areas of the plastic skin that are not covered by the fabric are cut open to create doorways and ventilation points. This design allows for rapid deployment and provides a robust, weatherproof shelter that can withstand harsh conditions. Brewin and Crawford founded Concrete Canvas in Pontypridd, Wales, to further develop, manufacture, and market these new structures. Their primary focus remains on humanitarian applications, aiming to provide these shelters to aid organizations as cheaply as possible. Their personal experience visiting a refugee camp in Uganda during a tropical storm offered firsthand insight into the urgent need for such safe, semi-permanent shelters. This technology offers a practical and efficient solution for temporary housing in disaster zones and refugee camps, significantly improving living conditions for vulnerable populations. The simplicity of deployment, combined with the durability of concrete, presents a substantial advancement in humanitarian aid infrastructure. The students' commitment to humanitarian causes is central to their business model, prioritizing impact over profit in their sales to aid organizations. Their invention stands as a testament to how innovative material science and engineering can directly address pressing global challenges. #InflatableShelters #ConcreteCanvas #RefugeeRelief #HumanitarianAid #SustainableConstruction #EngineeringInnovation #EmergencyHousing

The increasing frequency of tsunamis and rising sea levels present a significant challenge to homeowners in coastal regions globally, raising concerns about the future viability of many seaside communities. In response to these environmental shifts, San Francisco-based Studio Peek Ancona has conceptualized and developed the 'Flood-Proof House.' This innovative dwelling offers a practical, cost-effective, and adaptable architectural solution aimed at safeguarding homes situated in areas susceptible to flooding. At its core, the 'Flood-Proof House' incorporates a prefabricated metal moment frame, which is structurally supported by a hybrid system of concrete and steel columns and foundations. This design significantly reduces the material and space required on the ground floor by 30%, while simultaneously providing robust resistance against high tides and floodwaters up to 12 feet. The primary structural system is engineered for ease of construction, transportation, and installation, allowing for its deployment in diverse geographical locations. This flexibility also enables the integration of local building materials, ensuring that each home can reflect a site-specific aesthetic and character. The design features a truss assembly that includes a cantilever, serving not only as the access point for the stairs but also as a foundational element for future expansion or combination with other units. Notably, this cantilevered section extends over an existing heritage beach house, offering a degree of preservation to the older structure. The ground floor of the 'Flood-Proof House' provides 600 square feet of versatile space, designed to be partitioned and utilized in various configurations to suit the needs of its occupants. Above this, the upper level encompasses 450 square feet of interior acclimatized living space, complemented by an additional 350 square feet of exterior decking. This outdoor area can seamlessly integrate with the interior program, effectively expanding the usable living space. The exterior of the home is clad with local western red cedar panels, forming a ventilated wall system. This system is crucial for providing essential ventilation, enhancing insulation, and acting as a rainscreen, thereby contributing to the home's durability and energy efficiency. Inside, the aesthetic is characterized by a subtly contrasting dark bamboo floor, equipped with radiant heating for comfort. Strategically placed overhangs are incorporated into the design to mitigate direct sunlight exposure during the summer months, contributing to a cooler indoor environment and reducing energy consumption. Overall, the 'Flood-Proof House' represents a thoughtful and resilient approach to residential architecture in the face of escalating environmental challenges, providing a secure and adaptable living solution for at-risk coastal communities. #FloodProofHouse #CoastalArchitecture #PrefabricatedDesign #ResilientHousing #SustainableDesign #StudioPeekAncona #ModularConstruction #ClimateChangeAdaptation

Steffen Welsch Architects were tasked with expanding a 1930s, 1,291-square-foot Californian bungalow in Melbourne to accommodate a growing family and frequent guests. The clients sought increased space alongside sustainability, flexible interiors, evolving privacy considerations, and future accessibility. The architectural solution involved adding a 1,259-square-foot rammed earth wing that sweeps off the back of the original house, curving along the property line to maximize solar gain and create a communal courtyard. The design divides the home into four distinct zones. The existing bungalow now serves as the children and guest area, comprising two bedrooms, a playroom, and bathrooms. Each zone in the expanded home features its own outdoor space. The architects strategically positioned the new addition to capture sunlight, forming a central courtyard that allows occupants to view their own home rather than a boundary fence, addressing the challenge of a south-facing extension on a compact inner-city block. Sustainability was a core principle, focusing on minimizing both embodied and operational energy. This was achieved through passive solar design, optimal building orientation, high-performance windows and doors, and the use of rammed earth. Rammed earth was chosen for its low embodied energy and its contribution to the building's thermal mass. An entry hall connects the original bungalow to the addition, leading to the new master suite. Built-in storage, clad in charred wood, was incorporated for flexible use and accessibility. The connecting corridor, featuring polished concrete screed floors, leads to shared living spaces, with high clerestory windows in the rammed earth walls providing ample natural light. A study is integrated into this corridor with external access, and an interior window from the kitchen overlooks the study and hall. The shared living spaces open onto the communal courtyard through a curved glass wall. The kitchen features flat-front cabinetry and round backsplash tiles with a pastel glaze. Material selection emphasized functionality and user interaction, with a focus on solar heat radiation, natural ventilation, and durable surfaces. The bathroom incorporates wood-paneled walls that echo the rammed earth striations, using wormy chestnut and recycled blackbutt for the counter. The playroom, located in the original house, also faces the new courtyard. The addition's design thoughtfully combines the lightweight timber-clad aesthetic of the original bungalow with the robust character of earth construction, creating a home that is both functional and aesthetically harmonized with its surroundings. #HomeDesign #RammedEarth #SustainableArchitecture #BungalowExtension #MelbourneArchitecture #FamilyHome #PassiveSolarDesign #FlexibleLiving #ArchitecturalRenovation

Atelier l'Abri, a local architecture studio, designed the Melba Pavilion, a 45-square-metre shed on a Quebec farmhouse property. Located in Frelighsburg, the structure serves as a workspace and storage facility for Maison Melba, an estate that encompasses a residence, studio, workshop, and greenhouse dedicated to sustainable agriculture. The pavilion is strategically placed between the greenhouse and the main house. Its layout incorporates a central storage area, a lofted open space for various activities, and an external workspace sheltered by extensive eaves. The design of the Melba Pavilion draws inspiration from the local vernacular architecture, prioritizing a sense of simplicity in its form and function. The architectural concept of the Melba Pavilion aligns with the principles articulated in Kenneth Frampton's "Studies in Tectonic Culture." This influence is evident in the studio's emphasis on showcasing the expressive capabilities of construction and highlighting the intrinsic value of materials and their assembly in shaping a building's overall character and impact. The studio specifically noted that the pavilion embodies simplicity and elegance through its judicious selection of readily available and cost-effective materials, contributing to a design that is both functional and aesthetically refined. This approach underlines a commitment to accessible and unpretentious architectural solutions. The structural framework of the building is exposed and constructed using local hemlock wood. A prominent gabled roof covers the storage space, which is clad in galvanized steel panels. A series of timber beams extends downwards around the storage area, deliberately spaced to create ample room for various work-related tasks. At the front of the pavilion, a wooden ladder provides access to a semi-enclosed loft. This elevated space is sheltered by translucent polycarbonate panels forming the roof and remains open on its sides, allowing for natural light and ventilation. Steel decking and a trap door on the upper level offer views into the storage area below. The rigorous structure defining the loft space features a series of trusses, a design element derived from a residential building on the property that underwent renovation. Atelier l'Abri explained that the design is influenced by the rhythmic repetition of trusses observed during the renovation of the older home, resulting in a unique and functional structure. The substantial timber frame of the pavilion, crafted from local hemlock wood, acts as a sculptural element within the landscape, establishing a visual connection between the garden and the main house. The oversized roof is also a nod to local architectural traditions and is conceived as an homage to the roof's fundamental role as a primary form of shelter. In line with sustainable practices, Atelier l'Abri intentionally used raw and accessible materials throughout the construction process. This material choice reflects broader environmental initiatives adopted across the Maison Melba property, which is on track to achieve LEED Platinum certification. The property's commitment to sustainability extends to its landscaping, which follows principles of ecological, edible, and regenerative design, overseen by the local landscape architecture studio Écomestible. The Melba Pavilion exemplifies a dedication to environmental stewardship and community well-being by promoting minimal construction practices and reducing environmental impact through the use of local, low-carbon materials. This design approach contributes to the site's overall sustainability and self-reliance, celebrating daily gardening activities within a uniquely designed structure. Atelier l'Abri has also undertaken other projects in Quebec, including A-frame micro cabins and a sculptural chalet for a public park. #Pavilions #Canada #Quebec #Sheds #AtelierLAbri #Architecture #SustainableDesign #TimberConstruction