Irma Keeps Spaceport
Closed for Now (Source: Orlando Sentinel)
Hurricane Irma’s aftermath has forced NASA to close Kennedy Space
Center’s visitors’ center until further notice. The agency announced on
its website that officials continue to assess the center’s status but
also reported that “we seem to have weathered Hurricane Irma without
major damage, including Space Shuttle Atlantis and the Rocket Garden.”
The update blamed power and utility issues for the extended closure and
said a reopening date had not been determined.
Kennedy Space Center’s government operations will remain closed through
Tuesday to all but essential personnel as a hurricane damage assessment
is completed. The U.S. Air Force has recalled all personnel to Patrick
Air Force Base from an evacuation ordered in preparation for Hurricane
Irma. Other assessments have been ongoing to determine how launches
would be affected, Space Florida Vice President Chief of Strategic
Alliances Dale Ketcham said. “We have a lot of work to do before
resuming flight operations,” he said. “But we have been through this
before and we know what to do.” (9/11)
You’ll Be Able To See
This Sculpture As It Orbits Earth (Source: FastCoDesign)
The artist Trevor Paglen will launch a long, reflective satellite into
space next year, a project 10 years in the making.
There are several thousand satellites orbiting the Earth at any given
moment. From GPS satellites and television satellites to communications
satellites and defense satellites, all of them are in space for a
military or commercial reason. The artist Trevor Paglen, however, is
launching a new type of satellite: a giant sculpture that will orbit
the Earth purely as art.
The space sculpture, called Orbital Reflector, is a 100-foot-long
diamond-shaped balloon that will zoom around the planet, reflecting the
sun off its silver surface. Anyone on Earth will be able to look into
the night sky and see it slowly making its way through the cosmos like
a man-made comet. It will even be visible from cities–Paglen says the
satellite will be as bright as the stars of the Big Dipper.
Orbital Reflector will launch in early 2018 as a secondary payload on a
SpaceX Falcon 9 rocket. To bring the project to fruition, Paglen is
collaborating with the Nevada Museum of Art, which currently hosts a
spherical prototype of the sculpture. They are now raising money on
Kickstarter to contribute at least $70,000 of the total $1.3 million
cost. (8/30)
LeoLabs and Planet
Collaborate on Space Tracking (Source: Space News)
Planet and LeoLabs, the Silicon Valley startup building a network of
radars to track objects in low Earth orbit, are working together to
demonstrate how satellite operators can use commercial tracking data to
prevent collisions. For six months, Planet has been sharing with
LeoLabs the conjunction warnings it receives from U.S. Strategic
Command’s Joint Space Operations Center at Vandenberg Air Force Base.
LeoLabs uses the data to provide Planet with additional information on
debris threatening its satellites. (9/12)
SES Selects Arianespace
for Launch of SES-17 (Source: Arianespace)
SES has selected Arianespace to launch its high-power, high-throughput
satellite SES-17 on an Ariane 5 in 2021 from the Guiana Space Center in
Kourou, French Guiana. Weighing more than six metric tons at launch,
SES-17 will be among the ten largest telecom satellites launched by
Arianespace since the company’s founding. SES-17 is the third
all-electric satellite for which SES has chosen an Arianespace launch.
(9/12)
Orbital ATK Begins
Assembly of Industry's First Commercial In-Space Satellite Servicing
System (Source: Orbital ATK)
Orbital ATK announced significant progress on the industry’s first
commercial in-space satellite servicing system. The Mission Extension
Vehicle-1 (MEV-1) spacecraft successfully completed its critical design
review earlier this year and is now in production with about 75% of the
platform and payload components already delivered to the company’s
Satellite Manufacturing Facility in Virginia. The spacecraft will begin
system-level testing in spring 2018 with launch planned late next year.
MEV-1 will provide satellite life extension services to its anchor
customer, Intelsat S.A., beginning in early 2019. (9/11)
SpaceX’s Internet
Satellite Strategy Faces Possible Setback After FCC Decision
(Source: Teslarati)
The U.S. Federal Communications Commission (FCC) responded Sep. 7 to
requests for modification to existing satellite communications
regulations and FCC practices from a number of prospective
constellation operators, including OneWeb, Telesat, and SpaceX. The FCC
ultimately decided to avoid one major rule change that could force
SpaceX to completely reconsider its strategic approach to its proposed
Low Earth Orbit broadband constellation.
To grossly oversimplify, SpaceX had requested that the FCC apply their
non-interference rules for lower orbit communications satellites to
internet constellations operating both inside and outside the physical
United States. These rules require that communication satellites
operating in non-geostationary orbits (NGSO) share the available
wireless spectrum equally among themselves when two or more satellites
pass within a certain distance of each other relative to ground
stations. In simpler terms, consider your smartphone’s cellular
connectivity. The FCC’s rule for satellites in lower orbits can be
thought of like multiple smartphones using the same cell tower to
access the internet: the cell tower simply acknowledges the multiple
devices it needs to serve and allows each device a certain amount of
bandwidth.
However, the FCC is admittedly a domestic Commission focused on
administering communications rules and regulations in the United
States, and an agency already exists for coordinating global
communications needs, called the International Telecommunication Union
(ITU). The ITU’s Radio Regulations are considerably more simplistic.
Rather than the FCC’s more nuanced and reasonable methods of spectrum
sharing, the ITU allows the first satellite operator actively using a
certain orbit or spectrum to become the primary coordinator for all
interference issues. Put more simply, it gives those who launch
communications satellites first a “first come, first serve” advantage
that lets those entities then set the rules for interference with their
constellation. (9/12)
Proton Launches Amazonas
Satellite (Source: Space News)
A Proton rocket successfully launched a communications satellite
Monday. The Proton lifted off from the Baikonur Cosmodrome in
Kazakhstan at 3:23 p.m. Eastern and released the Amazonas-5 satellite
into its planned orbit nine hours and 12 minutes later. The launch is
the second of three planned commercial Proton missions this year, with
the third, carrying AsiaSat-9, scheduled for late this month. (9/12)
Britain's Biggest Rocket
Fueled by Burned Tires Blasts Off in Pursuit of Space Tourism Dream
(Source: Telegraph)
It was launched from a flatbed truck, its sole occupant a teddy bear
from the local primary school. But the successful, if brief, launch
yesterday of Britain’s largest rocket paves the way for the UK to take
a giant leap in the space race with the development of a three-seater
capsule fuelled by recycled tires. Entrepreneur Steve Bennett, who
founded his own company in a bid to send people into space, believes he
is now just two years away from realising his dream.
The next step is the development of the Nova II, a rocket powered by
fuel uniquely made partly from recycled tyres, and which he hopes will
be capable of lifting a capsule that can carry human beings. It was all
dependant on the success of the Skybolt 2, fired into the atmosphere
from the back of a converted truck in Northumberland before breaking up
and descending back to Earth by parachute some 30 seconds later. (9/11)
Russia Sees Vostochny
Cosmodrome as Deep Space Exploration Hub (Source:
Spaceflight Insider)
Russia intends to launch deep space exploration spacecraft from the
Vostochny Cosmodrome in the country’s Far East. Latest statements made
by Russian officials show that Roscosmos plans to push forward with
construction of the required infrastructure for interplanetary
missions. Russian state-run press agency TASS reported on Thursday,
Sep. 7, that Roscosmos wants to make Vostochny capable of launching
super-heavy rockets with interplanetary spacecraft. Therefore, the
cosmodrome could be used in the future for a variety of space launches,
including deep space exploration missions. (9/12)
Farewell to the Greatest
Space Mission of Our Time (Source: Popular Mechanics)
It has been a journey of unprecedented discovery. "It may go down as
one of NASA's greatest planetary missions, simply because we've had a
fire hose of data come back over 13 years," says Linda Spilker, Cassini
Project Scientist. Spilker, a veteran of the Voyager mission, has been
working on Cassini for decades, yet you need only ask her about the
composition of Saturn's great rings or the icy geysers erupting from
Enceladus, and the sparkle of discovery lights up in her eyes. "We have
literally rewritten the textbooks about the Saturn system," she says.
Thirteen years and two months later, and the Cassini team has watched
Saturn go through nearly two whole Saturnian seasons. One trip around
the sun for Saturn takes about 29 Earth years, meaning each season
lasts a little more than 7 years. Cassini arrived during wintertime in
the planet's northern hemisphere, but winter faded into spring shortly
after the conclusion of the spacecraft's primary mission in 2008.
Cassini earned two extensions to keep it going. During the two-year
Equinox Mission, so-named because it included the spring Equinox of
Saturn in August 2009, scientists glimpsed exactly how far icicle
spires and pillars stretched above and below the rings of Saturn, as
evidenced by their shadows as the sunlight hit the rings directly. The
second mission extension came in February 2010—the Solstice Mission.
(9/11)
Israelis' Chance to Work
at NASA (Source: Jerusalem Post)
Young Israeli researchers can now apply for an internship at the Ames
Research Center in the heart of California’s Silicon Valley. Those
selected will receive scholarships to participate in the development of
scientific products and research in space, gain experience in space
research and contribute their own knowledge. The program to send
Israeli researchers to NASA is part of a broad agreement signed about a
year ago with the Israel Space Agency, which is part of the Science and
Technology Ministry. It is designed for students with a bachelor’s or
master’s degree in space-related sciences who want to join as guest
researchers at Ames. (9/12)
Boeing to Build Seven
Satellites for SES’ O3b Broadband Network (Source:
GeekWire)
Boeing Satellite Systems International has signed up to build a fleet
of seven satellites that will provide broadband internet connectivity
from medium Earth orbit for SES’ O3b network. O3b was set up a decade
ago to provide internet access to the “Other 3 Billion” in the world
who have been left out because they’re too remote or too poor to get
connected. Last year, SES took over majority ownership of O3b Networks,
which currently has 12 first-generation satellites in a 5,000-mile-high
orbit.
Eight more of the first-generation satellites, also built by Boeing,
are to be launched in 2018 and 2019 on Russian-built Soyuz rockets by
the European Arianespace consortium. Boeing’s next-generation O3b
mPower satellites are due to go into orbit starting in 2021. (9/12)
Blue Origin Space Venture
Provides Hints About Amazon’s HQ2 Plan (Source: GeekWire)
What do Jeff Bezos and his lieutenants look for when they’re in an
expansive mood? That’s a key question in the multibillion-dollar
contest to attract Amazon’s second headquarters, and the Blue Origin
space venture – Bezos’ other multibillion-dollar enterprise – may well
offer clues to the answer. Over the past few years, Blue Origin has
gone through not just one, but two high-profile nationwide searches for
expansion sites.
The scale of Amazon’s HQ2 project will be much bigger: An estimated $5
billion in investment and about 50,000 jobs are at stake for the host
city – as opposed to $205 million in investment and 330 high-tech jobs
for Blue Origin’s Florida operation, and $200 million and 350 jobs for
Alabama. Nevertheless, it’s not unreasonable to think that at least
some of the calculations behind Bezos’ HQ2 process will be similar to
those that drove Bezos’ Blue Origin process. Click here. (9/12)
China, Russia and Europe
Consider Lunar Sample Sharing (Source: Scientific American)
China is in talks with Europe and Russia about sharing samples from its
upcoming lunar sample return mission. A European Space Agency scientist
said the agency has had "exploratory talks" about joint studies of
samples that will be returned by the Chang'e-5 mission, and an upcoming
China-Russia agreement on space cooperation is also likely to include
studies of samples. Similar cooperation with NASA, though, is hindered
by U.S. law that prohibits bilateral cooperation between the agency and
its Chinese counterparts without congressional approval. Chang'e-5 was
scheduled to launch late this year, but its launch date is now
uncertain after the July failure of a Long March 5 rocket. (9/12)
Rutgers Team Vies for
Alka Rocket World Record (Source: Daily Targum)
A team of 11 Rutgers students is competing to set a Guinness World
Record for the highest alka-rocket launch ever. If they win, their
names will be in the Guinness Book of World Records and they will
receive a prize of $25,000. The competition, which is sponsored by the
pharmaceutical technology company Bayer, is open to students from all
Big Ten universities. An alka-rocket is powered by a controlled
chemical reaction caused by mixing water with alka-seltzer, which
creates carbon dioxide. (9/12)
SSL and Tethers Unlimited
Get NASA’s Nod for On-Orbit Assembly System (Source:
GeekWire)
California-based SSL, formerly known as Space Systems Loral, says it’ll
receive continued funding from NASA for an on-orbit satellite assembly
program known as Dragonfly. SSL and its partners, including Bothell,
Wash.-based Tethers Unlimited, recently completed a successful ground
demonstration of the Dragonfly system, which is designed to assemble
pieces of space hardware in orbit robotically. The next step is to move
forward with a detailed design for a semi-autonomous assembly system
that could be sent into space sometime in the 2020s. (9/11)
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