India, China Set Eyes on Joint
Satellite Constellation for BRICS (Source: Economic Times)
Space really knows no national boundaries, yet some of the most bitter
earthly battles are fought on space issues. Amid this so-called star
wars, some new green shoots of international collaboration can be seen
to be emerging. Most recently, possibly the short sightedness of
Pakistan led it to opt out of the proposed SAARC Satellite, a friendly
gift from India. From its ashes, it seems a new proposal to have
satellite constellation on behalf of the BRICS nations (Brazil, Russia,
India, China and South Africa) has emerged. (4/11)
Kepler Recovered from Emergency and
Stable (Source: NASA)
Mission operations engineers have successfully recovered the Kepler
spacecraft from Emergency Mode (EM). On Sunday morning, the spacecraft
reached a stable state with the communication antenna pointed toward
Earth, enabling telemetry and historical event data to be downloaded to
the ground. The spacecraft is operating in its lowest fuel-burn mode.
The mission has cancelled the spacecraft emergency, returning the Deep
Space Network ground communications to normal scheduling. Once data is
on the ground, the team will thoroughly assess all on board systems to
ensure the spacecraft is healthy enough to return to science mode and
begin the K2 mission's microlensing observing campaign, called Campaign
9. This checkout is anticipated to continue through the week. (4/11)
New 360-Degree Video Puts You Right
Next to a Delta IV Launch From California Spaceport (Source: The
Verge)
It’s doubtful that any of us will personally see a rocket launch from a
few hundred yards away, but fortunately virtual reality can provide the
next best view. A new 360-degree video debuting this week at the 32nd
Space Symposium — an annual conference for space industry leaders —
transports viewers to an actual nighttime ULA rocket launch, right as
the vehicle shoots into the sky.
The footage of the event, made with help from Koncept VR, is so close
to take off that any person standing in the same spot would be blasted
with piping hot steam and debris from the combusting main engine. The
rocket in the video is a Delta IV — one of the two primary vehicles
manufactured by the United Launch Alliance. Click here.
(4/11)
General Dynamics Completes Massive
Radar Array for Space Fence (Source: C4ISR & Networks)
General Dynamics has completed its 350-ton receive radar array for the
orbital tracking system called Space Fence. "The structure stands 12
meters tall and is about the size of two regulation NBA basketball
courts placed side-by-side," said General Dynamics SATCOM Technologies
in a statement. "It is designed to withstand earthquakes, hurricane
force winds and extremes in temperature and humidity while maintaining
a consistent surface flatness that varies less than one millimeter from
one end of the structure to the other and from side-to-side." (4/8)
NASA Invites University Students to
Propose Smallsat Projects (Source: Parabolic Arc)
NASA is once again extending an opportunity to teams at colleges and
universities with campuses in the U.S. to propose small spacecraft
technology projects to be conducted in collaboration with NASA
researchers. The Smallsat Technology Partnerships solicitation is
being issued by the Small Spacecraft Technology Program, as an appendix
to the Space Technology Mission Directorate’s (STMD) NASA Research
Announcement (NRA) for 2016.
Small spacecraft, as small as the size of a four-inch cube, represent a
growing field of space research in which universities have often led
the way. Small spacecraft, or smallsats as they are commonly
called, can provide an alternative to larger, more costly spacecraft as
the platform of choice for rapid in-flight technology demonstrations
and testing, or specialized scientific research and exploration.
Using innovative approaches, smallsats can be developed relatively
quickly and inexpensively and have opportunities to share a ride to
orbit in the company of larger spacecraft. (4/11)
Obama to Talk About Astronaut's Year
in Space (Source: Space.com)
President Barack Obama tweeted out a welcome to Scott Kelly shortly
after the US astronaut returned from spending almost a year in space.
"Welcome back to Earth, @StationCDRKelly!" the President tweeted. "Your
year in space is vital to the future of American space travel. Hope
gravity isn't a drag!"
NASA and its space station partners flew Kelly and Mikhail Korneinko
340 days in orbit as a pilot program intended to pave the way for
missions to Mars lasting more than two years. Both men supplied
countless blood and urine samples and other medical stats before,
during and after their flight so that medical researchers can pinpoint
just how living in microgravity alters the body. (4/11)
Will ISRO Participate in the
International Space Station? (Source: The Wire)
For a while now there has been some speculation of possible Indian
participation in the International Space Station (ISS). This may be an
excellent method for space agencies such as NASA and ESA to reach out
to ISRO. However, does this idea hold water? Will this primarily be a
foreign-policy-drive from the West to India or is this to add a more
prominent space faring country to the ISS and so secure another source
of funding? Let us assess the merit of these questions.
While ISRO’s vision is to “harness space technology for national
development while pursuing space science research and planetary
exploration”, the cost involved in the human space exploration
program is 10-times its satellite/robotic missions. By ISRO’s own
metric, the former would require Rs.30,000-40,000 crore; this is the
reason the agency has decided to stick to robotic missions. (4/9)
Virgin Galactic Price Rises But Will
Fall Again With More Spaceports (Source: Guardian)
The first 100 “future astronauts” who signed up for Virgin Galactic’s
journey to 100km above the Earth had paid $200,000 for the privilege. A
further 600, who would follow the first 100 into space, put down a
sizeable deposit on a $250,000 ticket. All 700 would experience
zero-gravity for six minutes and look down on the planet curving away
beneath them. But no one wants to lay out that kind of money to die.
A figure of $500m has been mentioned as the amount so far invested in
the venture. That’s a lot to lose if things go pear shaped.
Understandably, no one wants to spend too much time reflecting on the
accident. Alsbury’s name is mentioned but it’s a swift reference to the
past before moving quickly on to the glorious future. The note that
everyone strives for is epic, historic and optimistic.
He’s looking at the first flight some time next year. If you’re
interested, it’s probably wise to apply soon. Virgin Galactic is about
to start selling tickets again. To add to the current 700 ticket
holders, Branson thinks there are a few thousand people who can afford
the current prices. And they’re going up, not down. It will now cost
$300,000 to become an astronaut. “Then,” says Branson, “we’ll slowly
but steadily start bringing the price down as we build more spaceships
and more spaceports around the world. (4/10)
Climate Change is Altering How the
Poles Drift (Source: Climate Central)
The spin of the earth is a constant in our lives. It’s quite literally
why night follows day. And while that cycle isn’t going away, climate
change is messing with the axis upon which our fair planet spins. Ice
melting has caused a drift in polar motion, a somewhat esoteric term
that tells scientists a lot about past and future climate and is
crucial in GPS calculations and satellite communication.
Polar motion refers to the periodic wobble and drift of the poles. It’s
been observed for more than 130 years, but the process has been going
on for eons driven by mass shifts inside the earth as well as ones on
the surface. For decades, the north pole had been slowly drifting
toward Canada, but there was a shift in the drift about 15 years ago.
Now it’s headed almost directly down the Greenwich Meridian (sorry
Canada no pole for you, eh). Like many other natural processes large
and small, from sea levels to wildfires, climate change is also playing
a role in this shift. (4/8)
SmallSat Boom Outpacing Regulators in
the US (Source: Via Satellite)
U.S. regulators are grappling with how to ascribe the most appropriate
policies for small satellites as their proliferation becomes more
significant. Agency representatives and private sector executives, the
latter of which have already orbited or plan to orbit hundreds of
SmallSats, discussed ways to craft the best regulatory regime to
preserve and protect the space environment.
Government officials admitted off the bat that they are currently
playing catch-up with the commercial sector. U.S. startups,
universities and other players have introduced swarms of SmallSats in
Low Earth Orbit (LEO) well ahead of a fully rounded out regulatory
framework for all of their operations. Click here. (4/8)
PLD Space Receives Funding From
Spanish Government (Source: Parabolic Arc)
The European launch company PLD Space has been awarded by the Spanish
Government with a $1.56M propulsion project called TEPREL. TEPREL
(Acronym for Spanish Reusable Propulsion Technologies for Launchers)
will help PLD Space to continue their liquid rocket engine program, the
first one dedicated to boost the small satellite industry in Europe.
This project will help PLD Space to have a 35kN engine qualified for
flight by the end of 2017. PLD Space is working since 2014 with a
proprietary propulsion system that will be used as first stage of the
suborbital reusable rocket ARION 1. The Spanish Government with TEPREL
will help PLD Space to continue its development with the regenerative
version and the flight qualification unit.
The company is also working in parallel with a new engine version that
uses the same TCA (Thrust Chamber Assembly) but has some modifications
to be used as second stage of the PLD Space’s ARION 2 orbital reusable
launch vehicle and also with a single shaft LOX/kerosene turbopump. All
this propulsion developments will be qualified for the first orbital
flight, targeted in early 2020. (4/10)
Last Shuttle External Tank Departs to
California for Display (Source: Collect Space)
The last space shuttle tank is beginning its journey from Louisiana to
Los Angeles. The tank, which had been in storage at the Michoud
Assembly Facility in New Orleans, was trucked early Sunday to a barge
to be shipped via the Panama Canal to Los Angeles. The tank will then
be moved to the California Science Center, to become part of a display
with the shuttle Endeavour there. (4/10)
Roscosmos Establishes GLONASS
Development Department (Source: Tass)
The leadership of the Roscosmos State Corporation has established the
department of navigation space systems to coordinate the resolution of
all tasks connected with the development and use of the GLONASS global
navigation satellite system.
"In Russia, the functions to create, introduce and use GLONASS are
fancifully distributed among various organizations and departments,"
the newspaper said. "The formation of the GLONASS department in
Roscosmos is an attempt to coordinate the actions of various
departments," it said. (4/11)
Roscosmos: Russia is Undisputed Leader
in Launch Services Market (Source: Tass)
Russia ranks second to none in the world on the launch services and
engine market as it administers more than 40% of all space launches,
according to the Head of Roscosmos State Corporation Igor Komarov
speaking with RT TV news channel. "There are areas where Russia is an
undisputed leader, particularly launch vehicles and launch services.
This is where we are number one by a large margin, administering about
40% of all space launches worldwide," Komarov said. (4/11)
Industry Jockeys Over ICBM Motors For
Commercial Space Launch (Source: Defense News)
Orbital ATK argues that US companies are at a distinct disadvantage in
the small-payload launch industry. The Russians are using rocket motors
from the nation’s decommissioned intercontinental ballistic missiles to
launch commercial payloads in this weight range at a much lower cost,
according to Orbital ATK.
Meanwhile, companies in Europe and India are building launch vehicles
for this weight class using subsidized government funds. Orbital ATK is
arguing the US government should allow US companies to buy rocket
motors from decommissioned Air Force intercontinental ballistic
missiles at market price to use for commercial space launch. This move
would create jobs at home and stem the flow of US dollars to Russia,
argued Orbital ATK's Barron Beneski.
The plan would save the Air Force the $15-20 million a year it spends
maintaining about 800 excess ICBM rocket motors, and inject $30 million
of business into the launch vehicle supply base, Fortunato said.
Another advantage is job creation at the four launches ranges across
the US, Beneski said. Click here.
(4/11)
Satellites to Aid Rollout of Ccrop
Insurance (Source: Deccan Herald)
ISRO’s constellation of satellites will be pressed into service to
assess crop damage to ensure faster compensation payout under the
Centre’s newly launched crop insurance scheme. The remote sensing
satellites moving over the country will be used to prepare cadastral
maps, which will carry time-tagged crop information. In case of bad
monsoon or excess rain, satellite images before and after crop damage
will be used to assess the yield loss. (4/11)
Slovakia to Send its First Ever
Satellite Into Space (Source: SpaceFlight Insider)
Slovakia is gearing up to launch its first satellite to orbit with the
aim of demonstrating the country’s ability to carry out scientific
experiments in space. The pocket-sized one-unit CubeSat, named skCUBE,
is currently slated for liftoff in June atop SpaceX’s Falcon 9 rocket
from the Cape Canaveral Air Force Station in Florida. The central
European state is one of the last countries on the continent to have
its own satellite. (4/11)
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