Interplanetary Players: a
Who’s Who of Space Mining (Source: Financial Times)
Mineral extraction is going to be crucial for the survival of colonies
on Mars or the moon, dreamt up and financed by the likes of
entrepreneurs Elon Musk and Jeff Bezos.
But such is the prohibitive fuel economy of space travel that it is
unclear when, if ever, bringing resources such as iron and platinum
back to Earth will be commercially viable.
Click here.
(10/19)
Who Owns Space?
(Source: Axios)
We're standing at the starting line of a new space race, one that could
trigger a gold rush-like hunt for resources. Companies are lining up to
launch space mining missions, and countries are passing laws to allow
them. There's just one problem: Under some interpretations of the
50-year-old Outer Space Treaty, which was signed by almost 100
countries, none of this is legal.
The bottom line: In the past, the answer to the question "who owns
space?" was easy: everyone and no one. Soon, that might not be true.
Goldman Sachs thinks we should prospect asteroids for platinum.
Companies like Planetary Resources and Deep Space Industries hope to
launch space mining missions before 2030. Luxembourg passed a law
legalizing such operations this past summer, as did the United States
in 2015. Click here.
(10/19)
Survey: Americans Support
Entrepreneurs in Space But Want Improvements on Earth
(Source: Brodeur Partners)
Americans want private companies to seize opportunities in space –but
they want that to translate into better life on Earth. That's the
upshot of the Brodeur Space Entrepreneur 2017 Survey. The new poll of
more than 600 Americans' attitudes toward business in space was
conducted earlier this month by the Brodeur Partners' Space Group. The
new survey found that Americans:
Still see national security as the top space activity; At the same
time, they support private sector activity in space; However, they want
some degree of government regulation, especially privacy protection;
They expect space development to directly benefit Earth; And Think the
U.S. is a leader, if not the leader, in space technology. Click here.
(10/19)
World View Flight Tests
Groundbreaking Altitude Control Technology (Source:
SpaceRef)
Long-duration stratospheric research missions could allow scientists to
collect vast amounts of data continuously for their payloads. Such
missions could benefit NASA by maturing future space technology as well
as allowing for Earth observations, such as storm monitoring and forest
fire tracking.
Previously, technological challenges have limited the duration of
balloon flights in the stratosphere due to the lack of trajectory
control necessary for longer flights. Now, a system developed by World
View Enterprises promises the capability to perform large altitude
changes to achieve meaningful trajectory control of balloon flights in
the stratosphere.
World View's novel altitude control technology was selected to receive
funding through NASA's Research Announcement: Space Technology -
Research, Development, Demonstration, and Infusion (REDDI) 2016
solicitation. This summer, the company performed flight tests that
demonstrated this system's capability, which put World View one step
closer to shifting the status quo of lack of altitude control. (10/19)
Russia Plans to Increase
Launches from Baikonur in 2018 (Source: Tass)
The Roscosmos state corporation plans more launches from the Baikoinur
Cosmodrome in 2018, Roscosmos Deputy Director General Sergey Savelyev
said at the international forum dubbed "Kazakhstan’s path to space:
realities and prospects - 2017."
"The Baikonur Cosmodrome is one of the world’s most actively operating
cosmodromes. Eleven space rockets were launched in 2017 [there,] and
three more are to be launched before the end of the year. There are
plans to increase the number of launches starting the next year,"
Savelyev reported. (10/19)
Dream Chaser Gets Popular
Science Accolade (Source: SNC)
Popular Science magazine has selected Sierra Nevada’s Dream Chaser
spacecraft for the 2017 “Best of What’s New” award. This recognition
from the world’s largest science and technology magazine celebrates
technologies that will “change our world.”
“We're certainly proud to be recognized like this," said Eren Ozmen,
SNC's owner and president. "And we're even more excited about the
future of Dream Chaser. This is America's spaceplane -- it has the best
engineering and technology and represents our national pioneering
spirit,” added Ozmen.
The Dream Chaser is a re-usable and versatile spacecraft that will go
the International Space Station starting in 2020 to resupply critical
items for NASA. The spacecraft has the capability to carry more than
12,000 lbs of food and water, science experiments, supplies, or
satellites to low-Earth orbit, and can fulfill a variety of missions
for organizations around the world. (10/18)
Vector Space Plans Three
Orbital Launches from Virginia's Spaceport (Source: CNBC)
Rocket company Vector will conduct three commercial missions from
Virginia Space's mid-Atlantic regional spaceport at NASA's Wallops
launch center. This is the first orbital contract with a spaceport for
Vector, the next major step toward the company's goal of launching more
than 100 times per year, chief executive Jim Cantrell said. "These will
go all the way into orbit with satellites onboard," Cantrell said. "We
need to break the classic handcuffs on the costs of launching, and that
requires people thinking differently."
The Vector-R vehicle is a low-cost rocket intended to meet the growing
demand from the microsatellite sector, which is expected to become a
$7.5 billion industry in five years. At less than $3 million per
launch, Vector is aiming for a 20th the cost of a SpaceX Falcon 9. An
additional advantage for Vector, Cantrell said, is its mobility. Vector
requires minimal infrastructure to launch its rockets — as little as a
concrete pad. Vector is targeting its first Wallops launch for July,
with two or three more in the second half of the year. The contract
includes an option for five more launches.
The only issue with the spaceport, both leaders noted, is the
difficulty of using it to launch vehicles into polar orbits, which are
necessary for some satellites. Cantrell said Vector would likely
consider other locations, like Alaska Aerospace's on Kodiak Island.
Cantrell called the next three launch vehicles "prototypes," meaning
that they will be built by hand. (10/19)
NASA Wallops Preps for
ISS Resupply Mission (Source: WMDT)
NASA Wallops is again gearing up another launch, this time to resupply
the International Space Station. NASA and Orbital ATK officials showed
off the Cygnus spacecraft that astronauts at the space station are
relying on to keep them supplied. The spacecraft will be taking
astronauts food, supplies, and experiments so they can continue their
research.
With 3 weeks left until the scheduled launch date, NASA and Orbital ATK
have a series of tests to do before take off. "We run our final system
tests where we trick the rocket and the spacecraft into flying the
sequence that we are going to run , so a lot of double checks
an re-checking," says Eberly. (10/19)
NASA Selects ULA's
Reliable Atlas V Rocket to Launch Landsat 9 (Source:
SpaceRef)
NASA's Launch Services Program announced today that it selected United
Launch Alliance's (ULA's) proven Atlas V vehicle to launch the Landsat
9 mission, the ninth in the satellite program providing the longest
continuous global record of Earth's surface. This award resulted from a
competitive Launch Service Task Order evaluation under the NASA Launch
Services II contract. (10/19)
Iridium Opts for
Pre-Flown Falcon 9s to Preserve Schedule (Source: Space
News)
Mobile satellite services provider Iridium will use previously flown
Falcon 9 first stages for its next two launches in order not to miss
its mid-2018 goal for completing the Iridium Next constellation.
The first Iridium mission with a previously flown Falcon 9 first stage
will take place Dec. 22 from Vandenberg Air Force Base in California,
according to an Iridium statement. That launch, its fourth with SpaceX
overall, will be followed by the second pre-flown mission early next
year.
That will leave just three launches for Iridium and SpaceX to complete
by the middle of next year. In an Oct. 19 tweet, Iridium chief
executive Matt Desch said using previously flown boosters brings “more
schedule certainty to complete 5 more launches over next 8 months.”
(10/19)
Blue Origin Fires Up New
Engine for New Glenn, Vulcan Rockets (Source: Space News)
Blue Origin conducted the first successful test of its BE-4 engine, a
major milestone for both the company’s launch vehicle plans as well as
for ULA. The BE-4 is an engine that uses liquid oxygen and liquefied
natural gas propellants and is capable of generating 550,000
pounds-force of thrust. The engine was developed in-house at Blue
Origin primarily with its own funding, with some support from ULA.
Blue Origin plans to use the BE-4 on its New Glenn vehicle that the
company announced last year. The first stage of the rocket will use
seven BE-4 engines, with the second stage using a single BE-4. That
rocket will be able to place up to 45 tons into low Earth orbit and 13
tons into geostationary transfer orbit. The BE-4 is also under
consideration by ULA for its next-generation Vulcan rocket. (10/19)
NASA Fires Up Old Engine
for SLS Rockets (Source: NasaSpaceFlight)
The RS-25 test team at Stennis Space Center hot-fired an untested
flight engine on the A-1 Test Stand Thursday to help complete
certification of design changes to fly on the Space Launch System
(SLS). The test is another step toward the flagship test firing of all
four engines on the B-2 Test Stand. Engine 2063 was assembled at
Stennis from the hardware inventory inherited from the Space Shuttle
Program. (10/19)
Snelling Helped Finance
Commercial Spaceport at VAFB California (Source: Santa
Maria Times)
Alaska senator Ted Stevens had put $10 million into the 1994 Air Force
budget to encourage the development of commercial space programs. Our
team won a $2.35 million grant to start our spaceport at Vandenberg.
But we had to have $450,000 in our possession to receive this award.
Bill said he would lend us that from his bank under certain conditions,
and the Air Force office agreed that it would satisfy their
requirements for private investment - so for two minutes I had a check
for $450,000 in my hands and then sent that amount to my subsidiary,
the for-profit California Commercial Spaceport Inc. development company
to be headed by Earl Severo. Click here.
(10/18)
Google Says a Third of
C-Band Dishes Registered with the FCC Aren’t Used (Source:
Space News)
Earth-observation data shows that one in three C-band satellite dishes
registered with the U.S. Federal Communications Commission either don’t
exist or aren’t in use, a spectrum official at Google said last week.
The number of unregistered C-band dishes dwarfs that of registered
dishes, according to fleet operator Intelsat, but the paucity of hard
data on how heavily C-band is truly used is a recognized irritation to
the FCC and other telecom regulatory agencies.
Presenting information that could factor heavily into the commission’s
decision-making on how to expand the use of C-band, Andrew Clegg,
spectrum engineering lead at Google, said Oct. 13 that the company
found numerous dishes were absent at database-listed coordinates,
either having been removed or having never existed in the first place.
(10/19)
With Commercial Satellite
Imagery, Computer Learns to Quickly Find Missile Sites in China
(Source: Space News)
According to a new study, there is one area where deep machine learning
algorithms can definitely help the government, and that is to analyze
satellite imagery. Officials from the National Geospatial Intelligence
Agency have called on the private sector to bring forth machine
learning tools to automate repetitive and time-consuming image analysis
tasks.
They want to free up skilled analysts to spend more time on hard
intelligence problems that can’t be turned over to a computer.
Researchers from the Center for Geospatial Intelligence used a deep
learning neural network to assist human analysts in visual searches for
surface-to-air missile sites over a large area in southeastern China.
The results showed that the computer performed an average search time
of only 42 minutes for an area of approximately 90,000 square
kilometers. By comparison, North Korea is about 120,000 square
kilometers. (10/19)
Space Gardening May Treat
Astronauts' Blues (Source: Space.com)
Many people step into their home gardens for a bit of DIY therapy. A
new study suggests that astronauts could also reap the psychological
benefits of gardening. In short, space missions are stressful. In
addition to suffering the physical effects of living in microgravity,
astronauts spend long periods of time in close quarters to one another
and isolated from the rest of the world.
The weightless environment turns common activities — like eating,
sleeping and using the restroom — into perpetual challenges. Meanwhile,
extended periods of inactivity can lead to flat-out boredom. These
factors will be even more pronounced for astronauts on extended
missions beyond low Earth orbit, where the International Space Station
is located.
Numerous studies and reviews have borne out the psychological benefits
of gardening. Master's student Raymond Odeh and horticulture professor
Charles Guy at the University of Florida, Gainesville, reviewed the
literature of plant-human interactions and concluded that gardening
could bring astronauts the same peace of mind on long space missions
that it does back on Earth. (10/19)
Space Science Could Get
Private-Funding Boost (Source: Space.com)
First, NASA needs to say in a steady stream of messaging that the
agency desires private investment in space science missions. This
message has been trumpeted for human spaceflight and space technology
development, but for space science is generally an afterthought,
sometimes mentioned as part of Q&A responses during advisory
committee meetings, or is missing altogether in agency presentations.
The NASA budget blueprint released in March 2017 boldly states in the
very first sentence that the proposed budget "supports and expands
public-private partnerships as the foundation of future U.S. civilian
space efforts." That would seem to include space science, but it is
difficult to see how the space science portfolio is making such a
transition. (10/19)
America Is Finally
Starting to Take Space Seriously (Could It Lead to Star Wars?)
(Source: National Interest)
Sustainment of US space capability implies a number of key
developments. First, the US needs not only to protect existing space
capabilities, but also to be able to rapidly reconstitute lost
capabilities. That demands an effective launch capability, and an
ability to exploit new ‘Space 2.0’ technologies as a surge capacity for
launching replacement satellites quickly in a crisis.
The commercial space launch sector, with players such as SpaceX and
Blue Origin using innovative reusable rocket technology, is well placed
to contribute. SpaceX recently launched the US Air Force’s X-37B on its
latest highly classified mission. The emphasis on space control—the use
of offensive and defensive counter-space capabilities—continues a trend
begun under Obama in response to Chinese and Russian anti-satellite
(ASAT) activities, including testing of ASATs and delivery systems in
2007 and 2014.
Obama initially adopted a policy of strategic restraint on space
weapons, instead relying on legal norms and dissuasion through space
situational awareness to prevent the weaponisation of space. It kept
offensive space control in its back pocket in case softer methods
failed to work. Well, they didn’t work, and the Trump administration
must now wrestle with this issue. Click here.
(10/19)
Space: Marketing's Final
Frontier (Source: Ad Age)
Hollywood has long tapped into the world's interest in space, but now,
industries from beauty and fashion to design and music are following
suit, opening up massive opportunities for ad agencies and brands,
according to a new Sparks & Honey culture report.
Through the research, Sparks & Honey found that 36 percent of
Americans are more likely to buy a product if it was inspired or
created by technology developed for outer space exploration. A combined
$4.2 billion in venture capital investment has poured into Space 2.0
ventures in the last two years and astronaut applications are up three
times this year compared to NASA's last call for new hires in 2011, the
report states. Click here.
(10/19)
US and Luxembourg Frame
Laws for New Space Race (Source: Financial Times)
The moon rocks collected by the Apollo missions more than 40 years ago
were brought back to Earth without much controversy. Several are on
display in the Smithsonian National Air and Space Museum in Washington.
Had they been gathered now, they would probably have provoked much more
debate. Over recent decades, moon rocks have come to symbolise
something altogether different: space mining and a potential
multibillion dollar market. For years, companies investing in
technology to extract water, precious rocks and metals in space have
operated in a regulatory grey zone under the aegis of a treaty written
in the cold war, which makes no mention of property rights.
But when former US president Barack Obama fired the starting gun on
regulatory changes in 2015, by guaranteeing private companies rights to
own, sell and profit from resources extracted from asteroids and other
“celestial bodies”, other countries scrambled to follow suit. Click here.
(10/19)
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