Tag Archives: 3D Printing Architecture

This tiny home in Brazil coated in bright colors inside and out is formed from two disused shipping containers!

Posted on by

Estúdio Lapinha in Belo Horizonte, Brazil is a tiny home constructed out of two conjoined shipping containers, designed by architecture studio Plano Livre.

The variations of tiny homes today seem to be endless. We’ve seen tiny houses with roofs that unfurl and expand to reveal concealed bedroom lofts. Then, there are the tiny home designs that can be assembled from flat-pack DIY kits. However, the most frequented choice for designers and architects of tiny homes has to be disused shipping containers.

By design, the corrugated steel boxes are prepared for every season and all the elements that come with them. In Belo Horizonte, Brazil, Plano Livre, a Minas Gerais-based architecture studio, designed and constructed Estúdio Lapinha, a tiny home formed out of two conjoined shipping containers.

Initially conceived for Casacor, an annual architectural show that takes place in Minas Gerais, the infrastructure and layout of Estúdio Lapinha were designed to be transported from Casacor’s exhibition space to a permanent residence. Finding transportability in shipping containers, the architects at Plano Livre merged two together to have one function as an infrastructural module and the other as the home’s living module.

The hydraulics of Estúdio Lapinha reside in the former module, while all of the home’s furniture and living spaces are located in the latter. By creating a dynamic tiny home out of modular shipping containers, Plano Livre constructed Estúdio Lapinha to be flexible and indeterminate in shape and size–a tiny home that can be expanded upon over time.

The tiny home’s exterior has been painted a muted lime green to complement the lush greenery that surrounds and completely immerses Estúdio Lapinha. Propped up on a wooden patio, Estúdio Lapinha finds height and rises alongside the trees and tall grasses nearby. Located on one side of Estúdio Lapinha, residents can lounge in a trampoline hammock just beyond the main bedroom’s expansive French doors.

Inside, bright painted walls and tiled flooring delineate each room and pay homage to Brazil’s colorful personality. The living and sleeping areas are the only parts of the home that find warmth in natural, unstained wooden paneling. The sofa’s back doubles as the bed’s headboard to provide a subtle and functional partition.

Throughout the home, steel shelving units provide extra storage space for bulkier items like heavy books and houseplants, tracing the ceiling from the kitchen to the cerulean blue bathroom. In addition to the expansive, floor-to-ceiling French doors, the home’s ceiling is painted the same green as its exterior to bring the home that much closer to the outdoors.

Designer: Plano Livre

Coated in cerulean blue, Estúdio Lapinha’s bathroom feels open and bright. 

Sliding floor-to-ceiling glass doors dissolve the barrier between the studio’s insides and the surrounding outdoors.

These 3D printed modular offices are built from recycled PET plastic for a sustainable workspace solution!

Posted on by

Inspired by the prefabricated cabins and work-from-home solutions coming out of the pandemic, designers across the globe are coming up with their own answers to local office problems. In Rotterdam, Europe’s largest seaport, warehouses often lack demarcated and comfortable offices for their workers, pushing ArchiTech Company to collaborate with Royal 3D and the Port of Rotterdam Authority and come up with a solution. Finding one in R-IGLO, the new office zones resemble the shape of igloos and are 3D-printed using the waste that comes from Rotterdam’s local ports.

In making R-IGLO, ArchiTech Company joined arms with Royal 3D to create igloo-like workspaces that are made from recycled PET plastic, a material that can be reused plenty of times over. Currently undergoing redevelopment, an important harbor in Rotterdam called M4H is where the team behind R-IGLO sources all the material used during the 3D printing process. Once the materials needed for printing are acquired, the construction of each R-IGLO workspace takes place in M4H as well. The R-IGLO units are built by linking together 3D-printed panels that can later be disassembled, stored, and transported just as easily as they were put together. Since each R-IGLO structure comprises several modules, owners can decrease or increase the size of their R-IGLO by swapping out different sized modules.

R-IGLO was conceived in order to solve the lack of working spaces in Rotterdam’s M4H district, where many of the warehouses require more working zones. Reinforcing the PET plastics with short glass fibers during the 3D printing process, each igloo-like workspace is durable and rigid on the outside and creates soft acoustics on the inside. Better yet, each R-IGLO is printed from a CFAM machine, one of the world’s largest printers, printing the entire igloo-like structure in a mere ten days.

Designer: ArchiTech Company, Royal 3D, Port of Rotterdam Authority

Locally sourced and built inside the warehouses of MFH’s port, R-IGLO is a large-scale 3D printed solution for workspaces.

With a rigid, solid exterior, R-IGLO keeps noise out while the interior provides some soft acoustics.

Each R-IGLO comes in modules so the overall size can be enlargened or reduced according to the worker’s needs.

Printed off CFAM printers, R-IGLO structures can be built in a short matter of ten days.

Coming included with light sockets and interior heating, each R-IGLO represents what the designers call, “a modular turn-key solution.”

3D Printed Architecture that show why this trend is the future of modern architecture!

Posted on by

Nowadays almost everything is being 3D printed, so why should architecture be an exception? Many architectural firms are adopting 3D printing as their preferred technique to build structures. It’s a simple, efficient, and innovative technique that lowers the risks of errors, and also manages to save on time! 3D printing eradicates a lot of tedious steps during the construction process and simplifies it. It is being used to build homes, habitats on Mars, and even coral reef islands! The potential and possibilities of 3D printing in architecture are endless and mindblowing. We’ve curated a collection of 3D-printed structures that left us mesmerized – from a sustainable global habitat to a house fit for Mars, we’ve got a little something for all types of arch lovers!

TECLA  is a completely 3D printed global habitat based on natural materials. TECLA’s construction started as a prototype in 2019 near Bologna, Italy as a response to pressing societal issues of explosive population growth which inevitably led to a lack of affordable accommodation. TECLA is created using entirely reusable, recyclable materials taken from the local terrain – it aims to be a model for circular housing as well as eco-housing. The habitat has been designed by Mario Cucinella Architects and brought to life by WASP’s engineering and printing tech. TECLA is set to be the first house to be entirely 3D-printed using locally sourced clay which has been used for centuries in countries like India as a cost-effective and environmentally friendly alternative to cement – clay is a biodegradable and recyclable material that will make the building a zero-waste structure.

What would you print with free access to a 3D printer and resources? My imagination is running wild between custom accessories and a tiny house! Architecture firm, MEAN* (Middle East Architecture Network), did just that and designed a complete 3D printed pavilion to welcome visitors from all over the world into the mystical desert of Wadi Rum in Jordan. Fun fact about Wadi Rum – it looks so much like the Martian landscape that it has served as a stage for multiple space movies, even for ‘Rogue One: A Star Wars Story’, a cult classic! The Desert Pavilion was created to be a communal oasis of heritage and micro-ecology. When you look at the renders, the structure is a blend of local Bedouin architecture with space-age technology. The design team has envisioned an innovative use of 3D printed panels by deploying them onto a CNC bent steel pipe system. To simulate a holistic tent-like structure, the team used a hybrid of 3D printed polymer shells on 3D printed concrete topography with the ‘Mesh Relaxation’ parametric strategy.

Prvok is the name of this project and it will be the first 3D printed house in the Czech Republic built by Michal Trpak, a sculptor, and Stavebni Sporitelna Ceske Sporitelny who is a notable member of the Erste building society. The house is designed to float and only takes 48 hours to build! Not only is that seven times faster than traditional houses, but it also reduces construction costs by 50%. No bricks, cement, and concrete (responsible for 8% of CO2 emissions alone!) are used which means it reduces carbon emissions by 20% – imagines how much CO2 could be reduced if this was used to build a colony. A robotic arm called Scoolpt designed by Jiri Vele, an architect, and programmer will be used in 3D printing and can print as fast as 15 cm per second.

Gif 1

Nonprofit New Story, tech company ICON, and design studio fuseproject collaborated to bring an end to global homelessness…or to at least kickstart the beginning of its end. How did they do so? They recently unveiled the world’s first 3D-printed neighborhood in Tabasco, Southern Mexico. Yves Béhar and his studio fuseproject designed the homes by directly collaborating and working with the families they were being built for. “As we spoke to the community members, we realized that a single house design doesn’t respond to the needs and expectations,” said Béhar. “This led us to design a system that allows for different programs, climate factors, and growth for families and spaces.” The community members were included in the selection of the land and throughout the planning process, to ensure their housing requirements were met. The end result will be a lively 3D-printed neighborhood of fifty 500-square-foot, single-story houses for the poorest communities who are always the last to benefit from innovation and technology.

Bjarke Ingle’s BIG and 3D-printed building company ICON are working on Project Olympus – a mission to develop robotic construction for the moon. Bjarke Ingles is the Elon Musk of the architectural world, he loves to explore the impossible and has a penchant for designs that can help save mankind right from his environmentally friendly buildings to Project Olympus. Project Olympus is about finding a way to create a 3D-printed infrastructure for living on the moon using materials found on its surface. Why do we need a habitat on the moon? So that we can launch sustained lunar exploration missions where the astronauts will be able to stay comfortably and carry out their research for extended time periods. The project has also enlisted SEArch+ (Space Exploration Architecture) after it received a Small Business Innovation Research (SBIR) government contract boosted with funding from NASA.

BiodiverCity is one of Bjarke Ingels’ most recent projects, it is a city of three islands connected by autonomous vehicles for land, water, and air to make this a transport emission-free habitat off the coast of Malaysia. Three islands will be built in Penang and will serve as cultural, business, and residential hubs. The most striking thing about the development is that all the transportation on the 4,500 acres will consist of autonomous boats, vehicles, and air travel, making the islands car-free and pedestrian-friendly. Construction is one of the biggest sources of carbon emissions, in fact, even more than the aviation industry. So to reduce the impact on the environment, most buildings will be prefabricated or 3D printed on-site and others will use a combination of bamboo, Malaysian timber, and “green concrete” which is made from recycled materials like aggregate.

In an attempt to deal with Texas’ extreme weather, ICON and 3Strands paired up and built four 3D printed houses in Austin. They’ve been created from ICON’s special cement-based material Lavacrete, which is from Portland. The material is prone to extreme weather conditions and is also resistant to mold. The 3D technology used by ICON is proven to build safer and disaster-resilient homes. The homes are able to withstand floods, wind, fire, and other natural disasters more successfully, in comparison to ordinary homes. The four homes expand from a one-bedroom to a four-bedroom, and also include parking, front porches, and gardens! They are spacious living spaces that will protect the residents from the harsh storms of Texas!

Kamp C claims to have built the first 3D printed house in one piece in Westerlo, Belgium. The house was printed from the largest 3D concrete printer in Europe. Comprising of two floors, it was built on-site! It is eight meters tall with a 90-square-meters floor area and was assembled pretty swiftly. The 3D printed house is a low-energy one and features floor and ceiling heating, a heat pump, and special solar panels. They’re even planning to add a green roof!

NASA Mars 3D Habitat Challenge Finalists





Titled the Mars X House, its design is optimized for the pressure requirements of Mars and comes made with an inner layer of HDPE, followed by an outer covering of concrete and basalt fiber, which is finally reinforced on the outside with vertically spiraling ridges. The house is split into three zones, with their own dedicated emergency exits (the outer spiral staircase), and right at the top is a water reservoir that applies downward pressure on the building, which when combined with the building’s shape, prevents it from exploding due to the pressure imbalance from the inside to the outside.

Designed as a series of modular islands that can transform any waterfront into a public space, Reeform aims at supporting life on land as well as underwater. A portmanteau of the words Reef and Form, the floating island comes with a two-part design. The upper half is designed as a hexagonal floating platform crafted entirely from recycled plastic, while the lower half bio-mimics the design of corals, using 3D printed concrete and calcite. As a result, both the upper and lower halves act as areas of interest for humans and marine life alike. Humans can use the modular platforms to create social spaces on water bodies like riverfronts, lakes, or pools, while the coral-inspired lower half helps reduce ocean acidification as well as promote the growth of live corals which in turn creates its own marine ecosystem, attracting fish and other underwater animals. It’s a win-win!