Covid-19
Advertisement

NASA Outlines Artemis Moon Program in 71st International Astronautic Congress

NASA covered the 71st IAC conference, revealing more crucial updates on the Artemis moon mission.

NASA broadcasted the 71st International Astronautic Congress on Monday, where the agency gave critical updates on the Artemis program to build a base of operations on the moon, according to NASA's "Explore As One" post on its official website — beginning at 12:30 PM EDT, and airing on NASA's YouTube channel.

Artemis will send astronauts to the moon's surface in 2024 to establish a sustainable lunar presence before the decade is out, according to a separate blog post on NASA's website.

RELATED: ARTEMIS I MOON LANDING SCHEDULED FOR 2024, CREWLESS MISSIONS IN 2021

UPDATE Oct. 12, 2:00 PM EDT: Orion capsule made of 200,000 parts, larger vessel structure seven combined pieces

Hundreds of thousands of components make up the Orion spacecraft. The crew module alone requires roughly 200,000 parts — including fasteners, bonds, and tiles covering the surface, according to the live stream.

There are three cone panels — but only four other pieces of the structure — which are eventually put together. The Pressure Vessel Structure will consist of seven major pieces — which will come together at the Michoud Assembly Facility in New Orleans.

The Pressure Vessel will be delivered by Sept. 2021 to the team in Florida, where the entire spacecraft will finally be constructed, according to the live stream.

UPDATE Oct. 12, 1:55 PM EDT: Artemis III targets 2024 for first woman, next man on moon

During a Q&A session, Howard Hu — acting program director of the Orion program — said the Artemis III is targeting 2024 to launch the first woman and next man for a landing on the moon.

The manufacturing of Artemis III has begun, but Lockheed Marting is awaiting parts coming in from suppliers across the country. The Artemis III spacecraft aims to be ready to launch during or before 2023 — before its eventual launch in 2024.

Mike Riley AMRO Orion Window Panel
CEO Mike Riley of AMRO shows off the first window panels of the Orion crew capsule. Source: NASA / YouTube

UPDATE: Oct. 12, 1:45 PM EDT: AMRO, Orion cone panel manufacturer

Mike Riley, CEO of AMRO, is a third-gen C-level official of the AMRO company. He introduced one of the window panels for the cone of the Orion crew capsule. The above section is complete and ready to ship out.

An employee at AMRO stressed the company's policy to use the latest and safest technology to ensure all astronauts come back safe to return to their families.

Another employee showed the engine section core stage barrel panel, in addition to a Launch Vehicle Stage adapter — both of which are waiting for inspection before being sent out to the main craft construction.

UPDATE: Oct. 12, 1;40 PM EDT: Lockheed Martin client completed first cone panel for Orion crew capsule

Mike Hawes, vice president for human exploration, in addition to the Orion program manager at Lockheed Martin  NASA's legacy spacecraft manufacturer — introduced the next section of the conference.

A company called AMRO manufactures the cone panels — or sloped pieces — at the top of the Orion capsule, which are critical components, said Hawes. The first panel was recently completed.

UPDATE: Oct. 12, 1:30 PM EDT: Artemis II, heat shield assembled, European power, propulsion

The Artemis II has also seen significant progress. The NASA team recently finished bonding more than 180 tiles for the heat shield — a section at the bottom of the crew module that protects astronauts from the plasma-hot heat of re-entry into Earth's atmosphere, said Hu.

The European service module — which provides the power and propulsive capability for the Artemis spacecraft. Once that's ready, NASA will bring their work together for Artemis II.

The first panel of NASA's Artemis crew module — next to the window — is complete, said Hu during the live stream.

UPDATE: Oct. 12, 1:25 PM EDT: Orion, NASA's next-gen spacecraft, Artemis I

Hu opened the IAC. "Orion is NASA's next-generation spacecraft [for] taking the first woman and the next man to the Lunar surface," said Hu.

Suppliers from all 50 U.S. states — including Puerto Rico — are contributing to the Orion spacecraft.

The Artemis I spacecraft completed a crucial system-level test to demonstrate Orion's ability to operate robustly and survive in space earlier this year. It involved simulating the "vacuum" environment of space, said Hu during the live stream.

"We only have a few remaining assembly tasks [...] to pull the entire vehicle together, and then shortly after that we will be ready to hand over to our ground processing team and stacking on the space launch system," added Hu.

UPDATE: Oct. 12, 12:55 PM EDT: Protecting against bio-hazards on the moon and Mars

NASA scientists don't want to inadvertently destroy the possibility of performing experiments on local samples for later generations. If proper sanitation measures aren't taken on the moon or Mars, samples of local minerals or other material could become mixed with human biological matter — like bacteria from Earth — and make it impossible to study other-worldly substances.

On the other hand, NASA astronauts need to take steps to ensure no extraterrestrial biological agent — like a virus — is introduced into the Earth's ecosystem, since our immune systems could have no immunity to an infectious agent that evolved in a totally different way than humans.

"When we bring things back, we want to be sure that we're safe. Just like the Apollo astronauts who were put into quarantine," after returning from their journey to the moon, according to the live stream.

"It's perfectly appropriate to think of biological research at the surface of the moon both in the context of fundamental science, and also the history of the moon such as geology and the complex chemicals which — without doubt — we will find," said an official on the live stream.

UPDATE: Oct. 12, 12:40 PM EDT: Discoveries on Mars will guide human exploration of the planet

Scientists are interested in Mars' history — much of which probably won't be discovered until humans are physically present, according to the live stream.

Mars is far from Earth — "not just days, it's months away," according to the live stream. Learning how to build systems for life support in-situ on the surface of Mars will build robustness to fully support a human presence on the Red Planet.

So, while putting humans on Mars will center scientific research, there's also an opportunity for humans to learn how to "live off the land," as it were, far away from the relatively life-friendly atmosphere of Earth.

UPDATE Oct. 12, 12:35 PM EDT: Scientific experimental benefits in LEO vs. 'cislunar space'

"We're really interested in the environment of the moon," said an official. The "gateway" — a term for the forthcoming moon base and its function between the Earth and the rest of the solar system — will allow scientists to study how the human body is biologically affected during space travel.

"We're not space creatures," said a NASA official.

NASA covers conference, giving updates on Artemis moon missions

As the conference moves forward, NASA will consider the international cooperation behind the agency's forthcoming lunar plans throughout the entire Artemis program, reports PR Newswire.

Additionally, NASA will give a virtual exhibit to show off the Artemis program, along with information on the International Space Station (ISS), and the agency's Commercial Crew Program. Visitors to the event will provide a digital mosaic of the space station on social media using #NASAVirtualExhibit.

Advertisement
Follow Us on

Stay on top of the latest engineering news

Just enter your email and we’ll take care of the rest:

By subscribing, you agree to our Terms of Use and Privacy Policy. You may unsubscribe at any time.

Advertisement