Archinect - News

Bjarke Ingels reiterates interest in 3D printing lunar architecture

2024-11-15T18:15:00-05:00

Bjarke Ingels recently divulged his intentions to build on the moon by 2032. In a new interview with Fortune, Ingels talked about his firm’s involvement with ICON on the NASA-funded Project Olympus, saying "solar-powered lasers" will be used to "essentially melt moon dust into a sort of lunar obsidian" for later use as a 3D printed building material.

This is seemingly in reference to the next generation of 3D printers made by ICON, which Ingels discussed as part of our in-depth conversation on the topic in March. (He also said: "Technologies that are developed for the difficulty of building on the Moon and Mars actually end up necessitating innovations that are useful here on Earth.")

BIG is using a similar process for the astronaut base in the Mars Dune Alpha—another project partner Jakob Lange talked about with Archinect in detail in December of 2021.

NASA and AI SpaceFactory’s vaulted lunar outpost will be 3D printed by autonomous robots

2022-07-01T12:09:00-04:00

AI SpaceFactory and the NASA Kennedy Space Center have unveiled the design of LINA, a 3D printed structure intended to become a lunar outpost. Designed to be constructed by autonomous robots on the Moon's south pole, the scheme is defined by Romanesque arches that can withstand high compressive loads with minimal material.

Video via AI SpaceFactory on YouTube

LINA’s structural concept will be 3D printed using an Earth-sourced polymer and lunar regolith. Unlike conventional 3D printing where layers are added parallel to the ground, LINA will be 3D printed at a 60-degree angle to allow construction of the vaulted roof. The arches will be topped with 2.7 meters (8.8 feet) of lunar regolith to provide protection from radiation, micrometeorites, lunar seismic activity, and extreme thermal swings.

Image via AI SpaceFactory

The outpost’s location near the rim of the Shackleton crater on the lunar south pole offers near-continuous sunlight on the crater’s peaks, which the team will exploit...

Colin Cantwell, the architecture lover who designed the Death Star, has died

2022-05-24T09:00:00-04:00

Designer Colin Cantwell, who was responsible for the design of the Death Star and several iconic ships in the Star Wars saga, has passed away at the age of 90. The news was confirmed by the designer’s partner, Sierra Dall, and reported first by the Hollywood Reporter.

Born in San Francisco in 1932, Cantwell earned a degree in animation from the University of California, Los Angeles. Cantwell was in fact the first animation graduate in the history of UCLA, having suggested to the school that they add an animation major.

In tandem with his love of space and animation, Cantwell described architecture as his other major passion. During his studies, Cantwell spent months creating building designs with the goal of attracting the attention of Frank Lloyd Wright. Cantwell ultimately traveled unannounced to the architect’s School of Architecture at Taliesin, Wisconsin to personall...

MIT Media Lab designs and tests modular tiles for self-assembling space architecture

2022-05-16T11:50:00-04:00

The MIT Media Lab has shared insights into their pioneering project to build habitats in outer space. Named TESSERAE, the project seeks to create a highly-engineered tile which can be used as a building block for self-assembling, adaptive, reconfigurable structures.

Artist's render of TESSERAE spaceship. Credit: MIT Media Lab Space Exploration Initiative (Artist's Render courtesy of Igor Neminov)

Rather than the traditional method of transporting fixed, rigid habitation modules into outer space, creating structures such as the International Space Station, the team behind TESSERAE believes that their modular, self-assembly method can lower payload weight and reduce construction complexity, while also broadening the possibilities of what future space architecture may look like.

TESSERAE assembly concept: Flat-packed for launch, tiles released to swirl and quasi-stochastically self assemble, target geometry, constellation of multiple docked TESSERAE modules. Credit: Ariel Ekblaw

Each TE...

NASA awards grants to three U.S. universities to develop lunar infrastructure

2022-03-01T14:58:00-05:00

Three U.S. university-led proposals have been selected by NASA to develop technologies for living and working on the Moon.

This push for technological development comes as NASA prepares to send astronauts back to the Moon through its Artemis missions, the agency’s plan to send the first woman and first person of color to the Moon for long-term exploration using innovative technologies. The advancements are key to meeting the challenges of inhabiting the Moon. These efforts were selected under the second Lunar Surface Technology Research (LuSTR) solicitation, which is part of NASA’s Space Technology Research Grants program. Here, the agency supports groundbreaking research in advanced space technology by academic researchers.

Previously on Archinect: RISD students are helping NASA develop its Artemis mission uniforms for 20

The selected projects cover three topics laid out in the solicitation: “Autonomous Construction,” in which The Colorado School of Mines will develop tools and me...

Blue Origin plans to build a 'mixed-use' space station by the end of the decade

2021-11-01T18:13:00-04:00

Blue Origin, the space company owned by Jeff Bezos, the founder of Amazon, is teaming up with other firms to build a space station in Earth orbit. The group announced its plans on Monday, revealing the latest concept for a privately built orbital outpost that could replace or complement the International Space Station.

Called Orbital Reef, the proposed space station is described as a “mixed-use business park” in space. The project’s announcement comes months after Blue Origin completed its first human space flight, which included Bezos along with three others. Partners in the project include Sierra Space, Boeing, Redwire Space, Genesis Engineering Solutions, and Arizona State University.

As per Blue Origin’s announcement, Orbital Reef “will provide the essential infrastructure needed to scale economic activity and open new markets in space.” The company intends for the station to serve a range of customers from space agencies to media and travel companies. They also claim that the station will start operating in the second half of this decade.

Previously on Archinect: Jeff Bezos wants to go to space because "it's important"

Come for the view, stay for the artificial gravity: world's first space hotel to kick off construction by 2026

2021-03-03T14:54:00-05:00

While the concept of space tourism may sound ludicrous, plans to launch people into space as a vacation vs. a vocation are well underway. Orbital Assembly, a large space construction company, announced this year in a virtual event on its YouTube channel that it was on track to begin construction on the world’s (er, galaxy’s) first space hotel by 2026 [...].

Scale comparison between the planned Voyager Space Station (200 meters/656 feet in overall diameter) and the existing International Space Station (73 meters/240 feet long and 109 meters/358 feet wide). Image courtesy of Orbital Assembly.

ABIBOO Studio pulls from their expertise in space architecture to develop a luxury doomsday bunker

2021-01-07T16:19:00-05:00

2020 taught us to embrace the indoors. However, as the world enters 2021, some may feel more propelled to seek out shelters that can protect them from calamity. At least that's how the New York and Miami-based practice ABIBOO Studio explains their latest project, the DBX Doomsday Bunker.

Led by Spanish architect and designer Alfredo Munoz, the firm's work focuses on many design projects that revolve around architecture, technology, interiors, and research and development. Munoz is also a member of the AIAA (American Institute of Aeronautics and Astronautics) and recognized on an exclusive list of Space Architects. Here he pulls from the firm's expertise in space architecture and luxury living to develop DBX.

"The shelter can accommodate up to two family groups and a maximum of ten people. It occupies 12,000 square feet and is accessed through a lifting military-grade door camouflaged on a green-covered hill." Project visual and description courtesy of ABIBOO Studio

"The entrance i...

The final frontier: wheelchair accessibility in science fiction

2018-08-01T15:29:00-04:00

Space remains a vast, untamed place, penned in only by the limits of our own imaginations. So why the hell are there so many staircases in space? [...] Once you start realizing how many stairs there are stopping you in real life, it becomes impossible not to notice them existing in the sci-fi you adore. Turns out they’re everywhere [...] our sci-fi imitates a real-world reliance on steps and stairs in our architecture.

With Staircases in Space: Why Are Places in Science Fiction Not Wheelchair-Accessible?, Ace Ratcliff pens an excellent analysis of the pervasive presence of staircases in sci-fi that appear to foreshadow a future where universal accessibility for wheelchair-bound people like herself—and beyond that, the full inclusion in society—remain utterly unachieved.

"Unfortunately, 50 years worth of Federation starship manifestations also means half a century of inaccessibility," writes Ratcliff. "The original USS Enterprise bridge has enough steps you could take the equivalent of an aerobics class just trying to get from the turbolift to the Captain’s chair. The same level of inaccessibility goes for both the USS Voyager and USS Discovery, and if you’re a wheelchair user, you better not try to grab an after-shift bottle of bloodwine at Quark’s Bar unless you plan on dragging yourself up several steps to get there. In fact, the bridge from The Next Generation’s Enterprise is the only one that...

Foster + Partners' extra-terrestrial habitats will be displayed at Goodwood Festival 2018

2018-07-06T15:31:00-04:00

Continuing with designing for space, Foster + Partners will showcase their vision of life on Mars and the Moon as part of the Future Lab showcase at the 2018 Goodwood Festival. The firm will show a range of models, robotics, and futuristic designs to explore the future of life in space.

Habitation pod design by Foster + Partners. Image: Fost + Partners.

Foster + Partners takes a central position at this year’s FoS Future Lab, which is focused on space exploration, autonomous transport, robotics, and personal flight.

Habitation pod design by Foster + Partners. Image: Fost + Partners.

The firm will be showing their latest award-winning projects carried out for competitions organized by NASA in the event’s second edition of the Future Lab innovation exhibition.

Habitation pod design by Foster + Partners. Image: Fost + Partners.

At the center of the firm's display will be a scale model based on the Mars and lunar habitation pods they designed. Visitors will be able to "walk through" a vir...

Constance Adams, space architect behind NASA's inflatable module, dies at 53

2018-07-02T15:01:00-04:00

Constance Adams, an architect who gave up designing skyscrapers to develop structures that would help travelers live with reasonable comfort on the International Space Station, Mars or the moon, died on Monday at her home in Houston. She was 53.

With architecture degrees from Harvard and Yale, Constance Adams worked—in the traditional sense of the profession—for César Pelli, Kenzo Tange, and German firm Josef Paul Kleihues, before applying her skills in various NASA design programs for space habitats (including the three-level inflatable TransHab module) as well Virgin Galactic's New Mexico Spaceport America and IKEA's Mars-themed furniture design research project.

Home is where your hard drive is.

2017-11-17T13:45:00-05:00

Within 40 hours of the project being announced in 2016, over 100,000 people had applied for citizenship on Asgardia's website. After three weeks, Asgardia had 500,000 applicants.

On November 12, a hard drive 'nanosat' containing the information of 18,000 newly naturalized citizens of Asgardia took off for its two-day flight to the international space station. The nanosat — it is roughly the size of a loaf of bread — contains 0.5 TB of data such as family photographs, as well as digital representations of the space nation's flag, coat of arms, and constitution.

The project, lead by a 53-year-old rocket scientist Dr Igor Ashurbeyl, says its mission is to provide a "peaceful society," offer easier access to space technologies, and protect earth from space threats, such as asteroids and man-made debris in space.

"I really want to be able to see if human beings are able to have more opportunity to express their opinions, The society we live in now — everything seems to be either capitalism or communism — there's a lot of conflict. As a human being, I would hope (to see) if we could have other ways (of living). For a better life, and for more options." Says Dr Ig...

Foster+Partners | Branch Technology, win NASA's 3D Printed Habitat Challenge

2017-09-05T13:23:00-04:00

The 3D Printed Habitat Challenge—NASA's three-phase, $2.5 million competition—tasks architecture firms to generate and advance the construction technologies necessary for off-world habitats. Each stage of the challenge asks the teams to design and test an individual prototypical building element that can be 3D printed within a 22-hr time frame, while considering material restraints, geometric tolerances and autonomous performance.

Final printed dome. Image courtesy of Foster + Partners.

Foster+Partners and Branch Technology have teamed up to win the latest round of competition. The firm has been tasked with producing three beams, three cylinders, and a 1.5-meter dome out of indigenous Martian regolith and recyclable materials. Their cylinder designs took first place back in May as did their 3D printed beams. They have now won the last segment of the head-to-head competition with their domed structure that was able to take double the load of a competing concrete dome in the stress tes...

MIT team wins NASA challenge to design luxury hotel in low Earth orbit

2017-06-29T13:07:00-04:00

The MIT project — the Managed, Reconfigurable, In-space Nodal Assembly (MARINA) — was designed as a commercially owned and operated space station, featuring a luxury hotel as the primary anchor tenant and NASA as a temporary co-anchor tenant for 10 years. NASA’s estimated recurring costs, $360 million per year, represent an order of magnitude reduction from the current costs of maintaining and operating the International Space Station.

Left to right: Caitlin Mueller (faculty advisor), Matthew Moraguez, George Lordos, and Valentina Sumini are some of the members of the interdisciplinary MIT team that won first place in the graduate division of the Revolutionary Aerospace Systems Concepts-Academic Linkage Design Competition Forum.

Part luxury hotel, part future Mars explorer, MIT's MARINA has a modular design that works not only to provide a bar, restaurant, gym,and eight rooms for low orbit guests, but can be reconfigured to create an "interplanetary Mars transit vehicle that can enter Mars’ orbit, refuel from locally produced methane fuel, and return to Earth." At last: a luxury hotel at which it would be appropriate to charge sky-high prices.

IKEA designers are learning about compact storage from NASA's space architect

2017-06-21T19:55:00-04:00

Confined in Utah’s Mars Desert Research habitat for three days—habitat diameter: 33 feet—the five-person team experienced the cramped living quarters and zero-waste living necessary to survive a journey to outer space.

Designers from IKEA are exploring space-saving solutions for tiny homes by living in an actual Mars research station. During the immersion workshop led by Constance Adams, NASA architect behind the habitat for the first human mission to Mars, the team examines the ways in which astronauts' insight could be translated to innovative furniture solutions for dense urban environments.

“My dream outcome will be to solve the biggest problem on earth…storage,” said IKEA’s head of design, Marcus Engman. “How could you design storage in a completely new way?”

MOONTOPIA: Design a self-sufficient lunar colony in this out of this world challenge

2016-09-08T12:49:00-04:00

This post is brought to you by Eleven Magazine.

In 1969, the Space Race peaked with the success of the Apollo 11 mission bringing the first man to walk on the Moon. Today, nearly half a century later, new technological advances and a renewed interest in space are igniting a new race.

This time, however, we are tired of just walking. We want to inhabit!

But how?

Eleven has launched its first international ideas and design competition on Space Architecture! The challenge ends on the 11th November 2016 and will be judged by a prestigious group of space architects, researchers, academics and representatives from NASA’s lunar inhabitation program.

Eleven invites thinkers, architects, designers, artists, academics and visionaries from around the world to imagine innovative solutions for Moontopia - the first ever self-sufficient lunar colony designed for living, working, researching and - why not - a little space tourism, too.

How will mankind exist on the Moon? You decide.

Find out more: htt...

MOONTOPIA: An out of this world challenge...

2016-08-12T12:28:00-04:00

This post is brought to you by Eleven Magazine.

In 1969, the Space Race peaked with the successful Apollo 11 mission, which allowed the first man to walk on the moon.
Between 1969 and 1972, there have been six successful manned missions to the moon, all from the USA. In total, 12 people (all male) have walked on the lunar surface.
No one has walked on the surface of the moon since 1972.
Today, nearly half a century later, new technological advances and a renewed desire for space exploration have ignited a new race. Attention is moving back to the moon. This time, however, we are tired of just walking… what we want is to inhabit! Space Architecture is becoming a growing field with the desired outcome to kick-start space tourism, expand our scientific knowledge, and ultimately make mankind a multi-planetary / galactic species.
But how?
Eleven is excited to announce its first international ideas and design competition on space architecture.
We invite thinkers, architects, designers, academic...

Spaceport America: First Looks at a New Space Terminal

2007-09-05T12:45:00-04:00

The design chosen is a low-lying, striking bit of construction that uses natural earth as a berm, and relies on passive energy for heating and cooling, with photovoltaic panels for electricity and water recycling capabilities.

Virgin Galactic's New Mexico spaceport by Foster & Partners.