Ecuador is Attractive to the Global
Aerospace Industry (Source: El Oriente)
Ecuador could become a key player in the global aerospace industry with
the construction of a spaceport planned for 2030. The initiative, led
by Leviathan Space and supported by the Guayaquil Space Society , seeks
to leverage the country's strategic location near the equator to
improve the efficiency of rocket launches. This geographic advantage
would save fuel and transport heavier payloads, making the country an
attractive destination for launch companies from around the world.
The project not only represents a technological leap forward for
Ecuador , but also opens up new opportunities for scientific
development, space tourism, and international cooperation, notes La
República de Colombia . Being so close to the Earth's equator , the
country offers optimal conditions for space missions, a quality that
was crucial to its selection as the site of the future spaceport. If
implemented, Ecuador would be the first in South America to have this
type of infrastructure.
On the equator , the Earth rotates at a speed of 1,650 km/h, which
increases launch efficiency. This location allows for more economical
takeoffs with a larger payload, aspects highly valued by the space
industry. The combination of these factors makes Ecuador an ideal
location for developing global space infrastructure. (4/7)
Energy Department Reduces Funding for
Grants to Colleges and Universities (Source: Washington Post)
The Energy Department announced Friday that it is wiping an estimated
$405 million from grant funding for colleges and universities, as the
Trump administration continues its sweeping overhaul of the United
States’ scientific research apparatus. The move at the Energy
Department restricts to 15 percent what are known as indirect costs,
which cover the infrastructure and operations that many scientists say
are crucial to conducting their work. The average rate of indirect
costs by grant recipients at colleges and universities is more than 30
percent. (4/12)
Trump and Musk's Planned Mission to
Mars Could Actually Happen, Experts Say (Source: Newseek)
Trump previously pledged to send astronauts to Mars during his
inaugural address without elaborating on a time frame, but regularly
referenced the fourth planet from the sun while campaigning last fall.
At a rally in October in Reading, Pennsylvania, Trump promised the
United States would "reach Mars" by the end of his presidency in
January 2029.
Trump has not specified what a Mars mission would mean for Artemis.
Musk, meanwhile, wants to colonize the planet as soon as possible,
characterizing the moon as a "distraction" in early January.
Musk believes Mars represents humanity's answer to inevitable
existential threats, including rogue asteroids, nuclear warfare or
cataclysmic natural disasters. "So, I think we at least want to build a
city on Mars and become a multiplanet civilization, which I think would
be incredibly important in ensuring the long-term survival of
civilization," Musk told podcast host Joe Rogan in late February. The
Trump administration and SpaceX did not return repeated requests for
comment. NASA, which has invested more than $15 billion in SpaceX,
remains steadfastly committed to lunar exploration, insisting the
choice as posited by Musk isn't binary. (4/2)
RFA and SaxaVord Target UK’s First
Vertical Orbital Launch (Source: NSF)
Rocket Factory Augsburg (RFA) is determined to debut its RFA One rocket
by the end of this year. Applying industrialization techniques to
building low-cost, high-performance rockets, the flight could become
the first vertical orbital launch from UK soil. Progress on two further
pads is underway at the SaxaVord spaceport, as the two organizations
count down together to a historic maiden launch. NSF caught up with
RFA’s chief operating officer, Stefan Brieschenk, and SaxaVord’s COO,
Debbie Strang, to discuss how the collaboration will help to drive
Europe’s future in space. (4/11)
Commercial Space Companies are Ready
for the Next Stage of Lunar Exploration (Source: The Hill)
Recently, some of the players in the Commercial Lunar Payload Services
program met with the House Subcommittee on Space and Aeronautics, part
of the House Science, Space and Technology Committee. The witnesses
included representatives from NASA administration, Johns Hopkins
Applied Physics Laboratory, Astrobotic Technology, Intuitive Machines
and Firefly Aerospace. Click here.
(4/13)
The Case for a U.S.-Led Military
Alliance in Space (Source: Time)
Far out in geosynchronous orbit, a Russian satellite moves through deep
space. Cosmos 2533, nicknamed “Sput-nuke,” is designed to carry a
nuclear payload that could render most satellites unusable. Meanwhile,
China is pouring billions of dollars into developing advanced space
capabilities, including anti-satellite weapons. These weapons, known as
ASATs, could change modern life on Earth as we know it—threatening GPS,
weather forecasting, geospatial intelligence, and more. Also at stake
is the burgeoning $1.8 trillion space economy that relies on open and
free access to space.
It is time for the U.S. to lead a new military alliance—an Artemis
Alliance, or Allied Space Forces. China’s space ambitions are hegemonic
and virtually limitless. “To explore the vast cosmos, develop the space
industry, and build China into a space power is our eternal dream,” Xi
Jinping said in China’s most recent space strategy. According to the
Pentagon, Beijing has devoted “significant resources” to all aspects of
its space program, including counter-space weapons. (4/13)
NASA Nominee Should Resist Musk’s Pull
Toward Mars (Source: Japan Times)
Isaacman danced uncomfortably around pointed questions about whether he
would stick to the space agency’s plan to first establish a permanent
presence on the moon with the continuing Artemis program or prioritize
the big challenge of sending a human to Mars, as his close associate
Elon Musk would prefer.
Sen. Ted Cruz, the Republican chairman of the Senate Commerce, Science
and Transportation Committee, which oversees NASA — who is also a
resident of Houston, where NASA has large operations — was able to pry
from Isaacman that he would pursue both goals simultaneously. This was
after the nominee raised some alarm in his opening remarks by saying
that sending U.S. astronauts to Mars was a priority "and along the way,
we will inevitably have the capabilities to return to the moon.”
Lawmakers are wary that Isaacman will be swayed by U.S. President
Donald Trump and Musk to steer more of NASA’s $25 billion budget to the
Mars mission instead of the moon. The commercial and even tourism
potential of the moon, though, pales in comparison to its national
security value. It would be foolish to cede the moon to China, which is
determined to catch and surpass the U.S. on space capabilities. (4/13)
Russian Direct Investment Fund Chief
Convinced Russia-US Space Cooperation Will Prevail (Source:
TASS)
The cooperation between Russia and the United States in space will
eventually prevail, special envoy of the Russian president and chief
executive of the Russian Direct Investment Fund (RDIF) Kirill Dmitriev
said. "NASA celebrating Gagarin. Cooperation will prevail," he wrote.
(4/12)
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