Tag Archives: Architecture

BIG Designs A Timber College That Merges Cutting-Edge Engineered Wood With Traditional Japanese Joinery

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Iconic design studio Bjarke Ingels Group (BIG) has recently unveiled plans for an innovative timber college building that merges cutting-edge engineered wood with traditional Japanese joinery techniques to form a rather impressive-looking and sustainable structure. Dubbed the Makers’ KUbe, this unique educational facility is designed for the University of Kansas’ School of Architecture and Design. It includes a timber frame which will be insulated with a hemp-based material, and gently wrapped in glass. These little features will add an exceptional look, and allow the natural beauty of wood to truly shine through.

Designer: Bjarke Ingels Group

The Makers’ KUbe features a stripped-back design that uses only what is needed. It leaves the mechanical electrical and plumbing systems on display. It also features a glass exterior which is a wonderful mix of opaque and clear glass, hence providing privacy, and reducing glare at certain points.

“The Makers’ KUbe is a 50,000-square-foot [roughly 4,600 sq m] mass timber cube structure,” explains BIG’s press release. “The KUbe’s distinct timber diagrid frame – engineered by structural engineer StructureCraft – is optimized to reduce material and curtail carbon-intensive concrete. Inspired by traditional Japanese joinery techniques, the building’s structure uses tight-fit dowels and notched glulam – or glue-laminated timber – to create an all-wood structure with columns and beams that run diagonally, without steel plates or fasteners.”

The interior of the building includes six floors, and an open plan layout which provides flexible glass space, creating an environment of collaboration between students. The structure also includes a central staircase which facilitates easy access between the spaces. It will also contain 3D-printing facilities and robotic labs, as well as a cafe. The second floor will include two bridges that connect to the adjacent buildings. The structure was built using wood, and it will feature solar panels on the roof to reduce dependency on the grid. Rainwater harvesting will be utilized for irrigation.

Since it is a timber building, there is concern about fire safety. However modern engineered wood was used to construct the structure, and it has been proven to perform better than steel in a fire.

The post BIG Designs A Timber College That Merges Cutting-Edge Engineered Wood With Traditional Japanese Joinery first appeared on Yanko Design.

This Towable Tiny Home Has A Distinctive ‘Upside-Down’ Interior Layout

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Designed by Wind River Tiny Homes, this newly constructed tiny home is called the Pingora. Pingora is a towable tiny home which has a pretty economical price tag, and a comfy cozy yet compact interior with a unique “upside-down” layout. This layout allows the bedroom to be placed downstairs, and the living room to be placed upstairs. It is founded on a double-axle trailer and features a length of 24 feet, making it smaller than most of the tiny homes we see in North America. The home is finished in textured engineered wood siding and is available in a variety of colors, both inside and outside.

Designer: Wind River Tiny Homes

The tiny home has a unique decor of painted sheetrock walls, spruce tongue, hardwood floor, and groove ceiling. The layout of the home is its star attraction, as it positions the bedroom downstairs, and the living room upstairs. What makes this arrangement useful is that it is easier to get into the bed, especially if the owner is old or as they age. But, at the same time, it does make the home more claustrophobic, since typical tiny homes feature the bedroom in the loft, which has its own perks too.

The living room is placed right above the bedroom, and you can reach it via a storage-integrated staircase. The living room contains a sofa, coffee table, and TV, as well as a large window that offers pretty views for people to look at. The ground floor also includes a kitchen beside the bedroom. The kitchen is placed in the center of the house, and it contains a sink, an electric cooktop, a fridge/freezer, custom cabinetry as well as space for a washer/dryer. You can also add an oven if need be. The kitchen also has a mini-split air-condiitoning unit for cooling and heating.

The bathroom is located in the opposite end of the home to the living room. It is compact but well-equipped with a shower, vanity sink, and flushing toilet. A small secondary loft is located above the bathroom, and you can access it via a ladder. This loft space is equipped with additional extra storage space.

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This Tiny Las Vegas Sphere Replica Lights Up With 945 LEDs That Display Graphics And Emojis

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Such is the nature of the internet that it honestly feels like years since the Sphere in Las Vegas was inaugurated… but truth be told, the massive hemispherical display only opened to the public in September last year. Practically one of the most visible buildings on the north end of the Vegas Strip (you can even see it as your flight lands at the airport), the Sphere gained meme status with its sheer size and scale, and its ability to become a canvas for everything from advertisements to graphics, and even the occasional hilarious emoji that looks around and interacts with objects around the desert city. YouTuber Carl Bugeja decided that in theory, it shouldn’t be too difficult to make a homemade version of the Sphere using a bunch of LEDs and clever programming. His journey led him to build an adorable recreation of the sphere, scaled down to fit in your palm. The MINI Sphere is an adorable replica of a modern architectural wonder, and even lights up to display various graphics like an eyeball, the planet Earth, swirling colors, or emoji faces. A built-in accelerometer even detects when you lift the MINI Sphere off the tabletop, prompting it to display a scared emoji face!

Designer: Carl Bugeja

The original Sphere is a marvel of maths, engineering, and design, with its outer shell comprising a staggering 1.2 million LEDs that come to life to give the Sphere its own personality of sorts. The thing is visible from miles away, allowing even people in hotel rooms to be privy to the Sphere’s graphics. In between quirky visuals like a spinning earth, an emoji, or just particle graphics, the globe-shaped building also serves as a billboard for brands as well as for the venue itself, which plays movies as well as hosts concerts. The Sphere cost an impressive $2.3 billion to build, but Carl’s task was to create a massively scaled-down version of the building for a minuscule fraction of the price.

Carl’s plan was to build a roughly baseball-sized version of the monument, while still maintaining a compact pixel density that allowed his MINI Sphere to look like a display and not just a cluster of random pixels. His first idea was to simply have an LED ring rotating at high speeds, creating the effect of a sphere display, but that had problems – it would be too blurry, too complicated, and too noisy. He finally decided to use SK6805 LEDs, which measured a mere 1mm in width and height. Packing a staggering 945 of them onto a bendable PCB from PCBWay, Carl began building the MINI Sphere.

The LEDs were oriented on an odd geometric shape, comprising multiple triangles joined together. The idea was to simply fold the triangles to create a geodesic sphere. Carl would then program each LED in a way that would create a continuous display by building multiple graphic patches that could be stitched together in a software.

Carl connected the LED board to a CodeCell controller unit, using a USB-C cable to power the display. He then stuck the PCB onto a hemispherical 3D printed base, carefully ensuring each triangular panel was glued in place without any distinct visible seams.

Before his final design step, Carl began testing out visual patterns by designing them on a computer and feeding them to the MINI Sphere. Since this was a spherical display comprising multiple triangular facets, feeding visuals wasn’t as easy as simply dragging and dropping JPEGs. They had to be sliced into different artboards that could then be fed to the sphere’s various LED panels.

Finally, the MINI Sphere got its crowning component, a diffuser that helped blend the individual pixels to create a more coherent image. Given that the MINI Sphere has less than 1000 pixels (that’s hardly high-definition), it was difficult for the eye to perceive clear images because the gaps between the pixels were so pronounced. To fix this, Carl simply mounted a translucent cover on the Sphere, helping blur the gap between the pixels and create a more easy to identify image. Sure, one would agree that the end result isn’t as crystal clear as the original Sphere, but by DIY standards, it’s very impressive!

The MINI Sphere currently displays the graphics shown below (including even a blinking eye that looks around), but the most adorable is the emoji, which reacts to being shaken or picked up!

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DON’T Buy A Container Home: 5 Reasons Why They Might Be A Bad Idea

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Container homes have gained traction as a trendy, supposedly eco-friendly alternative to traditional housing. While the appeal of transforming a robust steel box into a chic minimalist abode is undeniable, several pragmatic concerns often go overlooked. These homes, once idealized as the epitome of innovative living, may not be the smart investment they’re touted to be. We’ve covered tiny homes extensively on YD, and I still stand by my opinions on micro-living being great… but as far as container homes go (and we at YD speak from personal experiences), they may look beautiful but can pose significant challenges based on where you live and how you plan on building your home. Even if you have your heart set on these homes, here are 5 things you need to keep in mind before you embark on this journey.

1. Climate Control Challenges

One of the most significant challenges of living in a container home is maintaining a comfortable internal climate. These steel boxes were designed to transport goods across oceans, not for human habitation, and their basic structure is not conducive to temperature regulation. In summer, the steel walls absorb and conduct heat, transforming the container into an oven. Conversely, in winter, the same metal walls shed heat rapidly, turning the home into a refrigerator.

Effective climate control in such environments necessitates robust insulation systems. However, the installation of these systems is neither straightforward nor inexpensive. Traditional insulation methods often fall short, requiring specialized, high-performance solutions such as spray foam, which adheres to the metal and creates a thermal and moisture barrier. Yet, even with top-notch insulation, the energy costs associated with heating and cooling a metal box can be exorbitant, as the metal’s inherent properties continuously work against these efforts.

If all that wasn’t enough, these metal containers can sometimes act as Faraday cages, completely obliterating any mobile network connectivity while indoors. Unless your container home has ample open windows that allow cellular waves to pass through freely, you may experience massive dead zones for mobile connectivity throughout the house.

2. Rust and Corrosion Problems

Shipping containers are built to withstand the rigors of sea travel, which makes one assume they can handle anything nature throws their way. However, once repurposed as homes and exposed to different environmental conditions without proper maintenance, they can quickly succumb to rust and corrosion. The protective coatings used on these containers are designed for saltwater exposure, but once breached by cuts and modifications necessary for windows, doors, and other home amenities, they become vulnerable.

The battle against rust is ongoing and costly. Regular application of rust-proofing measures, careful inspection, and maintenance are required to keep a container home in good shape. In coastal areas or places with high humidity, the rate of corrosion can accelerate, potentially compromising the structural integrity of the home over time. For instance, residents in coastal regions have reported accelerated wear and degradation, necessitating frequent and costly maintenance that eroded the initial savings from choosing a container home.

3. Structural Integrity Issues + Lack Of Modification

While shipping containers are inherently strong, the process of converting them into habitable spaces often involves modifications that can compromise this strength. Cutting large openings for windows, doors, and room transitions removes parts of the container’s load-bearing walls. To counteract this, additional structural reinforcements, such as steel beams or wooden framing, must be installed.

This modification process is not only complex but can also be more costly than expected. It requires precise engineering to ensure safety and compliance with local building codes, which are often not designed with container homes in mind. The necessity for skilled labor to carry out these modifications safely adds another layer of expense, which can surprise many first-time container home builders.

4. Acoustic Challenges

The acoustic properties of steel can turn a container home into an echo chamber, amplifying sounds within and transmitting external noises inside. This can make living in a container home less comfortable than anticipated, especially in noisy urban environments or if the home is not adequately insulated against sound.

Implementing effective sound insulation is crucial but can be tricky. Materials that can dampen sound, such as dense foam or specialized acoustic panels, must be integrated into the walls, floors, and ceilings. These materials not only add to the cost but also take up precious interior space, further challenging the comfort and functionality of the home. Moreover, the need for such insulation can detract from the aesthetic simplicity many seek in a container home.

5. Insulation and Condensation

Insulation challenges extend beyond temperature control and sound. Steel walls are prone to condensation whenever there is a temperature differential between the inside and outside. This condensation can lead to moisture accumulation inside the walls, fostering mold growth and reducing air quality. Proper insulation must therefore include a vapor barrier to prevent condensation, which is an additional cost and complexity in the building process.

For those living in climates with significant seasonal changes, managing humidity and preventing condensation are ongoing issues. Many container home residents have had to retrofit dehumidifiers and additional ventilation systems post-construction, as initial plans did not fully address the moisture issues inherent to living in a metal box.

Choosing a container home is undoubtedly an attractive idea, especially for those drawn to minimalist, sustainable living. However, the reality of residing in a repurposed steel box can be far from the idyllic life pictured in glossy magazine spreads. From battling the extremes of climate to managing rust and ensuring the structure remains sound and comfortable, the challenges are many and often costly.

If the novelty and aesthetics of a container home still appeal to you, consider these factors carefully and weigh them against more traditional building methods that might offer fewer surprises in the long run. After all, the true comfort of a home comes not just from its walls but from living in peace with one’s choices—preferably, without the constant echo of regrets.

The post DON’T Buy A Container Home: 5 Reasons Why They Might Be A Bad Idea first appeared on Yanko Design.

Minimaliste’s Latest Tiny Home Gets A Size Upgrade For A More Luxurious Micro-Living Experience

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Designed by Canada’s Minimaliste, the Noyer models provide micro-living in a luxurious tiny home setting. The Noyer and Noyer XL are designed to deal with all kinds of weather conditions, including extreme hot and cold. Minimaliste has now introduced a new innovation of the Noyer line – a new and improved and bigger tiny home amped with loads of storage space, as well as a comfy and spacious apartment-style layout.

Designer: Minimaliste 

Featuring a length of 38.5 feet, the 2024 Noyer XL has an increased length of 3.5 feet over the previous Noyer XL. Now, this isn’t a massive change, but when it comes to tiny homes, even the smallest of space makes a difference. The home also has a width of 10.5 feet, which means it needs a permit to be towed on the road, allowing you to lose some flexibility, but helping you achieve a more spacious interior in comparison to typical tiny homes. The exterior of the home has a finish of horizontal cedar and vertical steel and is founded on a triple-axle trailer.

The entrance of the home leads you to the kitchen with the living room located to the right. The home includes a raised floor which forms a rather functional underfloor storage area that can be extended into long drawers. Storage is something that isn’t easily available in most tiny homes, hence Minimaliste’s efforts to install these little nooks and storage sections are quite commendable. The living room includes a sofa and more seating, and an entertainment center.

The kitchen seems quite spacious and well-designed. It includes more storage space, a fridge/freezer, a sink, an oven, and a propane-powered stove. The space also includes a dedicated breakfast bar-style dining area with cozy stool seating. The kitchen is connected to the hallway, which includes a separate washing machine as well as a dryer. It also includes access to the bathroom as well as some convenient shelving. The bathroom is like most bathrooms found in typical tiny homes, and it includes a flushing toilet, shower, and a vanity sink unit.

The home includes two bedrooms – the downstairs one, and the upstairs one. The downstairs bedroom has ample headroom so you can place a double bed or even a bunk bed. It also has a massive wardrobe. The upstairs bedroom can be accessed via a storage-integrated staircase and is like most traditional loft-style tiny home bedrooms.

The post Minimaliste’s Latest Tiny Home Gets A Size Upgrade For A More Luxurious Micro-Living Experience first appeared on Yanko Design.

One-Of-A-Kind Off-Grid Tiny Home Is Inspired By A WWII Airplane

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Dubbed the Monocoque Cabin, and modeled after a World War II airplane, this tiny home is truly one-of-a-kind. We’ve seen all sorts of tiny homes, in different shapes, sizes, and forms, but this is really of the most unique and innovative ones we’ve come across. The extraordinary home features a visually appealing curving exterior and is amped with loads of options – such as an interior layout, as well as the ability to run off-grid. In 2022 Airbnb had an OMG! Fund to discover innovative and crazy home ideas, and British architect Peter Markos submitted his airplane-inspired home, which was one of the winners, for which he received US$100,000! He used the money to create his own studio and bring his tiny home to life with the help of prefab specialists BlokBuild and engineers Price & Myers.

Designer: Peter Markos

“The concept of the Monocoque Cabin originated from a fascination with aerospace and automotive construction techniques known for their efficient use of materials,” explains Markos. “This led to the question: Why not integrate such methods into the built environment? Monocoques are structural systems in which loads are supported by an object’s external skin, creating a stiff, strong, light structure similar to an ‘eggshell’. These are structures often used in aerospace and automotive design.”

The impressive Monocoque Cabin is heavily inspired by the WWII de Havilland Mosquito monocoque structure. The fighter plane features an amazing monocoque structure, which served as an excellent source of influence. The cabin is crafted from various timber materials, creating a surreal connection with the rural setting. The materials were selected as they tend to age gracefully, and with time they will gray, creating a more beautiful and impressive structure.

The house features a length of 30 feet and a width of 11 feet. It has a curving exterior with a finish of cedar shingles. The home isn’t supported by wheels like most tiny homes, but it is designed to be easily assembled and disassembled. It can be relocated within a few days with ease! You enter the home via some steps and a deck area, where you are welcomed by a shared living room and kitchen. This space includes a breakfast bar, sofa, and kitchen unit with a sink, shelving, and sufficient space for a small fridge and portable stove.

The main living area and the bathroom are connected. The bathroom contains a shower, toilet, and a sink. The end of the house contains a spacious bedroom with a comfy double bed and a generous amount of glazing. The entire home has a minimal and utilitarian vibe. The windows are a mix of plywood and polycarbonate, and a few are glass. Simple and subtle wooden furniture enhances the minimal appeal of the home, but the cabin does have a lot of layout and furniture options to pick from.

The post One-Of-A-Kind Off-Grid Tiny Home Is Inspired By A WWII Airplane first appeared on Yanko Design.

A Boeing 737 Was Transformed Into This Luxurious Villa Perched On A Cliffside In Bali

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Dubbed the Private Jet Villa, this extraordinary home is built from the fuselage of a Boeing 737 aircraft and is subtly perched on the edge of a beautiful cliffside in Bali. The Private Jet Villa features an all-new stunning interior that replaced the functional cabin. The interior includes a bedroom with a jacuzzi in the cockpit. Designed by Geometrium Studio, the home is nestled on an exquisite spot 150 m above sea level, above the Nyang Nyang Beach Cliff in Bali, Indonesia. The airplane was originally in service in Indonesia, but after it was decommissioned, it was moved to the site using a truck and crane and then renovated on-site.

Designer: Geometrium Studio

Converting the old Boeing 737 into a majestic home was no easy feat. The home had to be placed on a cliffside, and there was also a lack of space and odd dimensions to deal with. To deal with these issues, the studio installed a new ducted ventilation and air-conditioning system, which conceals the electrical systems and a water supply in the cargo hold. The furniture was specially custom-designed to perfectly fit into the space’s curved walls. The studio mitigated the limited space through the use of natural wood, light tones, and concrete textures.

Rounded shapes and forms were integrated into the interior, which mimicked the tubular shape of the aircraft fuselage. These shapes were seen in the bathroom, and in other interior touches as well. Mirrors were also incorporated into the home to add an illusion of spaciousness and comfort, while natural light was maximized by utilizing original windows.

A floating staircase offers access to the interior. This staircase connected to the living room, dining room, and a big shared kitchen in the center. This section connects to the plane’s two wings, which include terraces, and offer stunning views of the landscape. One of the wings juts over the cliffside. The central section leads to two bedrooms. The first bedroom is located in the cockpit, and it includes a jacuzzi bathtub and a double bed, as well as its en-suite bathroom. The second bedroom is located in the tail section and it has an en-suite bathroom as well.

The post A Boeing 737 Was Transformed Into This Luxurious Villa Perched On A Cliffside In Bali first appeared on Yanko Design.

Nendo Installs A Carbon-Capturing Wall In A Contemporary Japanese Home

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Most of our modern infrastructure and architecture is bad on concrete, and the production of cement used in concrete is one of the biggest causes of worldwide carbon dioxide emissions. This constitutes a serious issue that must be addressed, especially with the current state of our Planet Earth. In this effort, Nendo displays a specimen of a greener and cleaner way to construct and build with its Block-Wall House. The Block-Wall House is partially built using a new concrete that captures carbon dioxide instead of emitting it!

Designer: Nendo & Kajima Corporation

Tucked away in Japan’s Nagano Prefecture, the Block-Wall House is located next to a rural road. The house features a lot of glazing, to offer privacy against pedestrians and passing vehicles. The home is equipped with an angled screen which lets residents look out but makes it quite difficult for a passerby to glance inside. This screen is made using 2000 blocks which have been arranged in parallel rows to form five walls, with a length of 360 feet. This screen is made from the aforementioned sustainable and novel concrete!

This newly developed concrete is made by the Kajima Corporation in collaboration with the Chugoku Electric Power Co, Denka, and Landes Co. The concrete is named CO2-SUICOM, and for its production, a special cement mixture is placed in a curing chamber, and carbon dioxide is pumped into the chamber for absorption. This absorbed CO2 gets stuck inside the concrete and is not released. It is as strong as regular concrete!

“Generally, concrete hardens through a chemical reaction between cement and water,” explains Kajima Corporation. “But with CO2-SUICOM, over half the cement is replaced with a material we call γ-C2S. Instead of reacting with water, γ-C2S reacts with the CO2 in the air to harden. After mixing the materials needed to create CO2-SUICOM, the concrete can be placed in a location with high CO2 levels so it can capture the CO2 and harden, trapping the gas inside. For example, a thermal power plant or other facility that produces carbon-heavy exhaust gases can redirect the gases into a carbon sequestration chamber, where concrete products made with CO2-SUICOM can be placed to capture the CO2 in the gases.”

Currently, the price of producing CO2-SIUCOM concrete is about three times higher than usual concrete in Japan. Hence, work is being done to bring down the price, and Kajima Corporation believes that the concrete will become more economical in the future.

The post Nendo Installs A Carbon-Capturing Wall In A Contemporary Japanese Home first appeared on Yanko Design.

This Tiny Home In A 17-Foot Wide Lot In Toronto Is Redefining Urban Living

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In major cities worldwide, the ever-increasing cost of living and space crunch have become common challenges. Toronto, one of Canada’s prominent cities, is no exception. To address this issue, it’s crucial to optimize every available space. In the contemporary era of interior design, the focus has shifted towards planning and adapting to small spaces, mobile housing, multi-use spaces and furniture. As more people yearn to experience city life, it’s imperative to make even the smallest spaces comfortable. The Symington Laneway Suite, situated in Toronto’s Junction neighborhood, is a quintessential example of innovative space utilization and modern interior design.

Designer: Lanescape Architecture

In the heart of Toronto’s Junction neighborhood, on a narrow 17-foot wide lot, stands a beacon of modern living: the Symington Laneway Suite. This 1,000 square foot (92sqm), 2-storey home is a testament to ingenuity, offering a 1-bedroom, 1.5 bathroom residence conveniently close to parks, transit, and community amenities. The exterior is built using black corrugated metal, while horizontal planks add texture to the ground floor, making it feasible to construct.

Don’t be fooled by its size, this suite is packed with features. As you approach, the bright yellow entry door immediately catches the eye. Behind it lies a den/study, complete with a desk, a cozy sitting area, and a built-in shelving niche – perfect for work-from-home needs or simply completing tasks during the day.

Moving through the space, towards the rear of the laneway house, you’ll find the dining area and kitchen. The dining area boasts banquette seating, while the kitchen is adorned with under-cabinet lighting, adding to its ambiance. A sliding door seamlessly extends this open-plan space to a small patio, offering a delightful outdoor escape.

Step onto the patio and take in the ingenious architectural design. The second floor of the laneway house cantilevers outward, providing an additional 3 feet of livable space inside. Stairs between the den and the dining area/kitchen lead to the upper level of the home. Here, a glass partition and railing allow natural light to travel throughout the interior. Upstairs, the small living room, featuring a fireplace, overlooks the laneway with a more private view towards West Toronto. The bedroom and bathroom are located at the rear of the house, facing the yard. Both rooms boast a neutral color palette with added interest in the form of artwork and wallpaper.

The secret to the spacious feel lies in the open floor plan, with not many walls, and large windows that allow light to flow through the space, making it seem open and airy, rather than claustrophobic. The use of a light color palette also makes the space look bigger and airy, making it feel larger than it is. Moreover, the addition of plants brings life to the space, enhancing its overall ambiance.

The post This Tiny Home In A 17-Foot Wide Lot In Toronto Is Redefining Urban Living first appeared on Yanko Design.

This Open-Air Market In Japan Features Expansive Roofs And An A-Frame Inspired Design

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This stunning structure is called the Marche Vision Market, and it is located in Taki town, Mie prefecture, Japan. Designed by Tomoya Akasaka, this exquisite market is unlike the typical, crowded, chaotic, and often haphazardly designed markets you may have come across. The key elements of the market are the rather expansive and impressive roofs which were designed after drawing inspiration from the water cycle, since rain and sunshine are essentials for the growth of crops. The unique roofs represent the absorption of energy via the curved surface extending over the ground. The repetitive torii gates at the Akone Yashiro Shine, located within the Ise Grand Shrine were sources of inspiration for the structures supporting the roof. The torii gates represent the prayers for abundant harvest, plentiful fishing yields, and successful businesses, forming a beautiful connection and symbolism, since the market promotes and sells local produce.

Designer: Tomoya Akasaka

The Marche Vision isn’t simply a market, it focuses on and attempts to foster regional collaboration through food. It takes the age-old and successful concept of the farmers’ market and elevates it by promoting dining events, to stimulate and support regional innovation and growth. The impressive roof is meant to represent the serene connection between heaven and earth, and it shelters a space that functions as an engaging landscape, where fresh ingredients and produce are encouraged, and business is conducted at a dynamic and productive pace.

The roofs shelter an open-air space, where visitors are allowed to connect with the outdoors, nature, and changing seasons, something which is not often seen in modern retail and shopping centers. This thoughtful touch reduces energy consumption, in turn addressing and offering a unique solution to environmental issues. The eaves form a surface for raindrops to descend regularly, in turn creating a ‘rain curtain’. The side facing the expressway has been integrated with local wooden louvers, adding a touch of warmth, minimalism, and harmony to the marketplace. These simple touches not only protect the region’s natural beauty but also encourage sustainable preservation.

The Marche Vision is designed to offer a lavish lineup of fresh food. It is a convenient and easy-to-access market for local growers, providing an interactive and expansive space for the promotion and sale of locally-grown produce. Fresh vegetables, delicacies from the land and sea, and even seasonal seafood such as Ise spiny lobster and abalone straight from Ise-Shima are available at the Marche Vision market.

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