Delays Trigger Concerns About NASA's
Plan to Return Astronauts to the Moon Ahead of China (Source:
CBS)
Decades after the U.S. began and won a space race with the Soviet
Union, NASA is shooting for the moon once again – this time with China
as a competitor. NASA's Artemis mission plans to send people back to
the moon and establish an outpost at the moon's south pole. China's
rapidly growing space program also has its sights set on the moon, with
plans to send its taikonauts, or Chinese astronauts, there by the end
of the decade. NASA Administrator Bill Nelson has publicly expressed
concern about China getting to the south pole first and staking a claim.
NASA is taking a different approach from the Apollo missions this time
around. The agency is paying Elon Musk's SpaceX to take NASA's crews
from the Orion Spacecraft down to the moon. In 2021, NASA signed a
nearly $3 billion contract with SpaceX to use its new Starship mega
rocket and lunar lander for the first Artemis astronauts. NASA's
contract with SpaceX requires the company to make an unmanned lunar
landing with Starship before the mission with astronauts on
board. To ensure that the U.S. will plant its flag on the moon's south
pole first, NASA signed a new $3 billion contract last year with Blue
Origin, the space company owned by billionaire Jeff Bezos, to build
another lunar lander.
George Scott, NASA's acting inspector general, is concerned about the
cost of Artemis. While NASA's engineers have their heads in the stars,
it's Scott's job to bring them back to Earth, particularly when it
comes to costs. "I think it is safe to say, without significant
reductions in cost, better cost controls, better planning, this Artemis
program on its current trajectory is not sustainable," Scott said. The
current cost estimate per launch in the Artemis mission is $4.2
billion. "That's an incredible amount of money per launch," he said. "A
lot of that hardware is just going to end up in the ocean, never to be
used again." (3/3)
Crew Launches to ISS From Cape
Canaveral Spaceport (Source: Space News)
A new crew is on its way to the International Space Station after a
launch Sunday night. A Falcon 9 lifted off from the Kennedy Space
Center at 10:53 p.m. Eastern and placed the Crew Dragon spacecraft
Endeavour into orbit. That spacecraft, flying NASA's Crew-8 mission, is
carrying three NASA astronauts and one Roscosmos cosmonaut to the ISS
for a six-month stay, with docking scheduled for about 3 a.m. Eastern
Tuesday. The launch was scheduled for Saturday night but postponed by
weather. (3/4)
FY-24 Spending Bill Cuts NASA by 2%
(Source: Space News)
A final fiscal year 2024 spending bill will cut funding for NASA. The
bill, released Sunday by House and Senate negotiators, would give the
agency $24.875 billion in 2024, 2% less than what it received in 2023
even before correcting for inflation. NASA had requested nearly $27.2
billion for 2024. The bill punts a decision on funding for Mars Sample
Return, instructing NASA to provide a report 60 days after the
completion of an architecture reassessment and allowing NASA to spend
between $300 million and $949.3 million on the program. The bill
adjusted spending on some other science, space technology and
exploration programs. Congress is expected to pass the bill by Friday,
when a stopgap funding bill expires. (3/4)
TSS Spacewalkers Repair Solar Panels
(Source: Xinhua)
Chinese astronauts performed a spacewalk outside the Tiangong space
station Saturday. Tang Hongbo and Jiang Xinlin spent about eight hours
outside the station, making repairs to solar panels that had been
degraded by impacts of small particles. They also performed an
inspection of the exterior of the station's modules. (3/4)
Astra Founders Warn of Liquidation
(Source: Space News)
Astra's board warns that if a deal to take the company private falls
through, its only option is liquidation. The company, in an SEC filing
late Friday, said it was reviewing a revised proposal by company
founders Chris Kemp and Adam London, Astra's CEO and CTO respectively,
to take the company private at $0.50 a share, a price two-thirds lower
than their original offer in November. The board said that it has not
been able to identify any other financing options for the launch and
satellite propulsion company, and that if it cannot complete the deal
to go private, it will have to file for Chapter 7 bankruptcy and
liquidate. Astra did not disclose a timeframe for completing a deal or
going bankrupt. (3/4)
NASA Ends AIM Earth Science Mission
(Source: NASA)
A NASA Earth science mission has ended after 16 years of operations.
NASA said Friday it was formally ending the Aeronomy of Ice in the
Mesosphere (AIM) mission, nearly a year after a battery failed on the
spacecraft. NASA said that multiple efforts to maintain power on AIM
without that battery were unsuccessful, keeping the spacecraft from
collecting data. AIM launched in 2007 to study noctilucent clouds in
the upper atmosphere to better understand how they formed and how they
are affected by other atmospheric phenomena. (3/4)
NSF Must Pick Only One of Two
Ground-Based Telescopes (Source: Science)
The National Science Foundation (NSF) may only fund one new large
ground-based telescope rather than two. The National Science Board, at
a meeting last month, directed the NSF to move forward with support for
either the Giant Magellan Telescope or Thirty Meter Telescope.
Astronomers, through an initiative called the U.S. Extremely Large
Telescope Program, had hoped the NSF would provide funding for both
projects in exchange for a share of observing time. The board said the
high cost of the telescopes led them to direct the NSF to move forward
with one, with a cost cap of $1.6 billion. However, language in the
fiscal year 2024 spending bill "strongly encourages" the NSF to support
both telescopes. (3/4)
Could Fiber Optic Cable Help
Scientists Probe the Deep Layers of the Moon? (Source: Space
Daily)
An increasing number of seismologists are using fiber optic cables to
detect seismic waves on Earth-but how would this technology fare on the
Moon, and what would it tell us about the deep layers of our nearest
neighbor in space? In Seismological Research Letters, Wenbo Wu of Woods
Hole Oceanographic Institute and colleagues explore the idea of
deploying a fiber seismic network on the Moon, discussing some of the
challenges to overcome.
They also test this hypothetical network using artificial seismograms
created from data collected by seismometers placed on the Moon's
surface by the Apollo missions. Based on their results, Wu and
colleagues say a fiber seismic network could identify the kind of
seismic waves that would provide more information about the Moon's deep
core structure. (3/4)
If You Go to Mars, Jeffery Hoffman
Says, “Don’t Forget Your MOXIE!” (Source: The Varsity)
As Hoffman discussed, taking humans to Mars involves supporting
astronauts for seven to eight months aboard a suitable spacecraft. The
red planet’s air pressure is similar to Earth’s pressure — at 100,000
feet above sea level. Water does not exist as a liquid at this level,
and altogether, this makes Mars very difficult for humans to explore.
Rovers allow scientists to study places they cannot physically reach
yet.
Hoffman is the deputy principal investigator of MOXIE, an experimental
rover instrument on Perseverance, the rover that was launched in 2020.
The Mars Oxygen In-Situ Resource Utilization Experiment can create up
to 10 grams of oxygen per hour using carbon dioxide in the Martian
atmosphere. It splits oxygen from the carbon dioxide using an
electrolyzer. MOXIE was created as a source of oxygen for future
explorers on Mars to breathe and burn as fuel. It’s a small-scale demo
version of a converter that will eventually support a small crew. (3/3)
Italy to Host Main Control Center for
EU Satellite Constellation (Source: Reuters)
A space center in the heart of Italy is set to host the main control
site for the low-orbit IRIS² (pronounced 'Iris squared') EU satellite
constellation, Italy's industry minister said on Monday. The Fucino
Space Center, close to the town of l'Aquila and one of the world's
largest space centers for civilian use, will be expanded to include
control operations for IRIS², Adolfo Urso said.
The center already manages the European satellite positioning and
navigation system Galileo. IRIS² is designed to compete with Elon
Musk's Starlink and Jeff Bezos' Kuiper. It is an array of up to 170
satellites that will secure communications for European Union
governments and open new commercial broadband services to under-served
areas between 2025 and 2027. (3/4)
New Funding to Put the UK at Heart of
Next Generation Telecommunications Services (Source: Gov.UK)
The UK Space Agency has announced a £10 million funding competition
that will help UK companies put their technologies at the forefront of
a new generation of global telecommunications services, products and
applications. The funding is part of the UK’s commitment to the
European Space Agency’s (ESA) Advanced Research in Telecommunication
Systems (ARTES) program.
The £10 million investment is open to a diverse range of innovative
products or components, systems or services, and any aspect of the
space, ground or network segments. This could include breakthrough
technologies such as the development of lasers to communicate in space,
or for pioneering market opportunities, such as the use of space tech
to boost the efficiency of global shipping and trade. (2/26)
NASA's Ice-Hunting VIPER Moon Rover
Getting Ready to Slither to the Launch Pad (Source: Space.com)
NASA's next moon rover is one step closer to starting its lunar
mission. The rolling robot, known as VIPER ("Volatiles Investigating
Polar Exploration Rover"), is set to launch toward the moon later this
year. And it just notched a milestone along that path. "All of VIPER’s
flight instruments are installed, and the rover is more than 80%
built!" VIPER Project Manager Dan Andrews wrote.
VIPER will spend 100 days roaming the lunar south pole region,
collecting data that will reveal where water ice is most likely to
dwell and determining how easy these resources will be to access. In
the process, VIPER will become the first-ever resource mapping mission
on another body in the solar system. These resource maps will be a
vital step in establishing a long-term human presence on the moon. (3/3)
Palantir and Voyager Partner on AI for
Starlab (Source: Payload)
Palantir, the AI data and analytics unicorn, is getting more deeply
involved in the space domain. The company announced yesterday that it
had entered a strategic collaboration with Voyager Space to explore
potential AI and ML demos in space, with an eye on Starlab development.
Under the newly signed MoU, Voyager and Palantir will look for ways to
incorporate advanced edge computing capabilities and AI/ML tech into
Starlab in its nascent stages. That could include expanding space
domain awareness and enabling allied nations doing business aboard the
station to process and distribute data securely. (2/6)
ATMOS on Track to Fly its Space Cargo
Return Capsule Prototype Following Additional €1.3M in Funding
(Source: ATMOS)
ATMOS is on track to fly its space cargo return capsule prototype
following an additional €1.3M in funding. This additional funding
follows the oversubscribed €4 million seed funding round in June 2023
in preparation for assembling the prototype of its Phoenix return
capsule to fly into space and back. The new investment will broaden
ATMOS’ access to alternative launch providers, shortening the time to
market for its sustainable IOD (In-Orbit Demonstration) service. (2/8)
Umbra Releases Over $4 Million in Free
SAR Data (Source: Umbra)
Umbra, a vertically integrated space technology company, announced
today that it has made over $4 million of Synthetic Aperture Radar
(SAR) data available to the public via its Open Data Program, which
launched on March 15, 2023. In less than a year, Umbra has already
shared over 3,000 images with the public, surpassing the combined open
data offerings of its two closest competitors by more than tenfold.
(3/1)
The Last Thing The Space Force Must
Reckon With (Source: Forbes)
For the first time in military history, the need for this separate
service – the US Space Force – requires all of us involved to fully
appreciate the complete paradigm shift required to prepare for and lead
a military battle in this domain. The hallmarks of traditional military
power involve mass, maneuver, and kinetic destruction.
For the Space Force, this must be replaced by a deep understanding of
what software-defined operations means. The key to space dominance lies
in mastering the space cyber domain, where layers of software on
commercial hardware serve as the primary offensive and defensive
weapons. The US Space Force is the first military branch in history
that is software defined. At its core, it is a software defined
service. (2/28)
Can Antarctica Serve as a Model for
International Cooperation on the Moon? (Source: Space.com)
Multiple nations are targeting the moon as an off-Earth destination for
long-term human presence. For NASA, getting a literal "leg-up" on the
moon once again via its Artemis program is highly touted as the way to
tromp and train for marching on to Mars. In many ways, such a future
undertaking can be compared to Antarctica, home for many far-flung
research stations. During summer months, roughly 5,000 people inhabit
research outposts, a number that drops to approximately 1,000 in the
winter.
Antarctica is governed by about 30 countries, all of which are parties
of the 1959 Antarctic Treaty System. Can that bleak, standoffish polar
scenery serve as a template for working on the moon, or even offer
lessons on how best to cooperate in austere, remote environments? Click
here.
(3/3)
HyImpulse SR75 Rocket On the Way to
Australia for Maiden Launch from the Koonibba Test Range
(Source: Southern Launch)
Leading German rocket manufacturer HyImpulse has packed up their SR75
rocket ready for its maiden launch in South Australia in late
April/early May 2024. Southern Launch is hosting HyImpulse at the
Koonibba Test Range for the maiden launch of their SR75 single-stage
rocket. The SR75 rocket uses HyImpulse’s unique propulsion technology
which combines paraffin wax (candle wax) and liquid oxygen to create a
hybrid rocket. (2/28)
Packing Starliner Cargo is a Balancing
Act (Source: Boeing)
The CST-100 Starliner’s Crew Flight Test (CFT) to the International
Space Station will carry 759 pounds (344 kilograms) of cargo, including
452 pounds (205 kilograms) from Boeing and 307 pounds (139 kilograms)
from NASA. Boeing will have 25 bags and NASA will have 11 bags stored
in the cabin where NASA astronauts Barry “Butch” Wilmore and Sunita
“Suni” Williams will be seated. NASA astronaut Mike Fincke is backup
spacecraft test pilot if either Wilmore or Williams is not able to fly.
He also is pilot of the post-certification mission, Starliner-1, which
will follow CFT.
Examples of Boeing cargo include vehicle supplies and tools, personal
hygiene items for the astronauts and emergency life support equipment.
NASA cargo includes food, clothing, exercise gear, medical supplies,
photo/media equipment and crew personal preference items. Also on board
will be creative space-themed masterpieces created by students from
around the world through a partnership between Boeing and the Space
Foundation. A thumb drive packed on board contains more than 3,400
different submissions from 66 countries, including 35 U.S. states.
(2/28)
AAC Space Africa Wins SEK 2.3 M
Satellite Order (Source; AAC Clyde Space)
AAC Clyde Space's subsidiary AAC Space Africa has won its first
satellite order. AAC Space Africa will assemble, integrate and test two
satellites. The order valued at 4.1 million South African Rands
(approx. SEK 2.3 M) is scheduled for delivery in June 2024. "We are
delighted that AAC Space Africa has received its first satellite order,
a critical milestone in the growth of our company in Africa. We
look forward to seeing these satellites in space delivering their
mission" says AAC Clyde Space CEO Luis Gomes. (2/28)
Bright Ascension and Third Planet
Orbital Announce Partnership (Source: Bright Ascension)
Bright Ascension announces the signing of a Memorandum of Understanding
with Third Planet Orbital Ltd, a supplier of off-the-shelf functionally
standardized small satellite buses. The agreement commits both
companies to pool our expertise and resources in order to identify and
pursue promising opportunities within the fast-growing New Space
industry. Together with Third Planet Orbital, we will form the
foundations of a standardized integrated software and hardware
platform. (2/29)
With Space Travel Comes Motion
Sickness. These Engineers Want to Help (Source: CU Boulder)
In a corner room of the Aerospace Engineering Sciences Building at CU
Boulder, Torin Clark is about to go for a ride. The associate professor
straps himself into what looks like an intimidating dentist’s chair
perched on metal scaffolding, which, in turn, rests on a circular base.
The whole set up resembles a carnival attraction. Which, in a way, it
is.
The team from the Ann and H.J. Smead Department of Aerospace
Engineering Sciences is using this machine as one step in an experiment
that seeks to recreate an experience that few people ever have: The
shock of going from one gravity environment, like space, to another,
like the surface of Earth. In particular, the group is tackling what
happens when astronauts return home, landing in their spacecrafts in
the middle of a choppy ocean. (2/29)
Ovzon Receives New Order from Swedish
Space Corporation (Source: Ovzon)
Ovzon has received a new order for Ovzon’s SATCOM-as-a-Service from
Swedish Space Corporation (SSC) for delivery during 2024. The total
order value amounts to 6 MSEK. Ovzon's SATCOM-as-a-Service is
recognized for its exceptional ability to support any critical mission
by integrating highest degree of mobility, performance, and resiliency.
This recent order emphasizes Ovzon and SSC´s joint commitment to
serving primarily Swedish government organizations and agencies, with
SSC remaining crucial in the effective deployment of this service.
(2/29)
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