Those nations include Australia, Canada, Italy, Japan, Luxembourg, the United Arab Emirates, the United Kingdom and the United States of America.
NASA released the Artemis Accords in May to establish a framework of principles for safely and responsibly planning for humanity’s return to the moon.
“Artemis will be the broadest and most diverse international human space exploration program in history, and the Artemis Accords are the vehicle that will establish this singular global coalition,” said NASA Administrator Jim Bridenstine in a statement.
“With today’s signing, we are uniting with our partners to explore the Moon and are establishing vital principles that will create a safe, peaceful, and prosperous future in space for all of humanity to enjoy.”
In an interview ahead of the announcement, NASA administrator Jim Bridenstine said the accords are “intended to create norms of behavior that all countries can agree to so that we can keep peace and prosperity moving forward in space and avoid any kind of confusion or ambiguity that can result in conflict.”
He said the accords, first announced in May, would build on the 1967 Outer Space Treaty, which bans the use of nuclear weapons in space and prohibits nations from laying sovereign claim to the moon or other celestial bodies.
“There is nothing in the Artemis Accords that isn’t enshrined in the Outer Space Treaty,” Bridenstine said. “It’s a forcing function to get nations to comply with the Outer Space Treaty.”
The seven nations that signed are the United Kingdom, Australia, Canada, Japan, Luxembourg, the United Arab Emirates and Italy. It’s a somewhat eclectic mix, with countries like Japan,
Seven nations have signed up with the United States to participate in NASA’s Artemis effort to put astronauts on the moon by as early as 2024.
The Artemis Accords commit the signatories — including Australia, Britain, Canada, Japan, Italy, Luxembourg and the United Arab Emirates as well as the U.S. — to observe a set of principles ranging from the interoperability of space hardware to the protection of heritage sites and space property rights.
NASA Administrator Jim Bridenstine and other international representatives announced the signing of the accords today in conjunction with this week’s International Astronautical Congress.
During a briefing with reporters, Bridenstine said the accords will serve as the “preamble of bilateral agreements between the United States and all of our international partners as we go sustainably to the moon with commercial and international partners.”
A symbol from NASA’s post-Apollo era has found a new ride to the moon.
The space agency’s once-retired logotype known as the “worm” has been added to the rocket and spacecraft that will launch NASA’s efforts to return astronauts to the lunar surface.
“I’m excited to share the first photos of the NASA worm and ESA [European Space Agency] logo that will be on the Artemis I mission. I am looking forward to seeing the Space Launch System rocket and Orion spacecraft take flight with these iconic symbols,” NASA Administrator Jim Bridenstine wrote on Twitter on Wednesday (Sept. 30).
Space Launch System: NASA’s next-generation rocket
Designed in 1974, two years after the last Apollo astronauts walked on the moon, the worm served as NASA’s official logo through the first decade of the space shuttle program. It was retired in 1992, after NASA decided to re-adopt
In 2024, if NASA’s plans come to fruition, a woman will walk on the surface of the moon. NASA announced the plan last year, but offered an update Monday to its Artemis program, laying out steps to send astronauts back to the moon for the first time since 1972.
The plan includes pairing the powerful Space Launch System rocket with an Orion spacecraft in an unmanned test flight next year. That mission will be called Artemis I. Artemis II will launch in 2023 with astronauts aboard who will fully test Orion’s navigational prowess. All of this will lead up to Artemis III in 2024.
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Artemis III will lay the groundwork for longer lunar missions and more surface exploration. NASA is sending scientific equipment
WASHINGTON — Italy is the latest country to sign an agreement to cooperate with NASA on the Artemis human lunar exploration program, although the details of Italy’s participation have yet to be worked out.
In a Sept. 25 ceremony held by videoconference, NASA Administrator Jim Bridenstine and Riccardo Fraccaro, undersecretary to Italian Prime Minister Giuseppe Conte with responsibility for space, signed a joint declaration of intent to cooperate on Artemis.
“With a long history of successful collaboration in human spaceflight, as well as in Earth and space science, the Italian government’s strong support for Artemis assures this partnership will extend to cooperation in the next phase of exploration on the lunar surface,” Bridenstine said in a statement.
Neither NASA nor the Italian space agency ASI announced any specific projects that are part of that cooperative effort. In an Italian-language statement, Giorgio Saccoccia, president of ASI, said subsequent “implementation agreements” would
NASA is developing new spacesuits for its planned missions to the moon.
Astronauts are testing the spacesuits in a giant pool: the Neutral Buoyancy Lab in Houston, Texas.
The pool mimics the feeling of microgravity and serves as a training ground for astronauts learning how to do spacewalks.
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NASA is racing to get astronauts back to the moon in 2024. But before that can happen, the agency needs to perfect its spacesuits.
NASA has already designed the new suits that astronauts will wear on its Artemis moon missions. Now it’s testing the suits to make sure people can actually walk in them and perform complex tasks, like handling tools and checking equipment.
Many of those tests happen underwater.
At NASA’s Neutral Buoyancy Lab in Houston, Texas, astronauts-in-training wear spacesuits in a giant pool to simulate what they’ll feel like in microgravity.
Sept. 22 (UPI) — NASA has released new details of its Artemis project to send astronauts to the surface of the moon by 2024, including the cost of its first phase — $28 billion.
In an update provided by the space agency Monday, the administrators said $16.2 billion of the total would be to produce the initial Human Landing System — the new-generation moon landers which would carry astronauts to the lunar surface.
If successful, the mission would mark mankind’s first landing on the lunar surface since 1972, as well as the first woman to walk on the moon.
Also for the first time, the landing site and base camp of the moon mission was revealed as a spot at the lunar South Pole near Shackleton Crater.
The 2024 target is four years earlier than NASA originally planned but it has moved quickly to meet a challenge issued by Vice
“The biggest problem we have right now is we don’t know how to live and work productively off planet Earth,” says Clive Neal, an engineer at the University of Notre Dame and an expert in lunar exploration. “We have no clue.” We’ve never properly tested out the technologies we’d need to live and work in space for months or years on end, in harsh environments with much colder temperatures, much higher amounts of radiation, lower levels of gravity, and a lack of oxygen and water.
“But we’ve got our own lab in our backyard with which to try these things,” says Neal. He and many colleagues recently authored a new report released by Explore Mars, an advocacy group promoting sustainable space exploration. The report identifies dozens of activities and technologies critical to Mars exploration that can be developed and tested through Artemis and ongoing lunar exploration efforts.