Supply Chain Issues Behind Satellite
Launch and Manufacture Delays (Source: Space News)
SES now expects the first three satellites for O3b mPower, its
next-generation constellation in medium Earth orbit, will be ready for
a SpaceX launch in the fourth quarter of this year instead of the
third. EchoStar said it is targeting a SpaceX launch in the first half
of 2023 for its giant Jupiter-3 satellite in geostationary orbit rather
than in the first quarter.
Meanwhile, Telesat said delays in finalizing a manufacturing proposal
have held back talks with export credit agencies about funding its
proposed network of small satellites in low Earth orbit. While the
pandemic has been loosening its grip on the world, these delays paint a
picture of a satellite industry still struggling with supply chains
spluttering toward recovery. (8/9)
Ticket Sales for NASA's First Artemis
Moon Launch Crash Website; Some Still Available (Source: Florida
Today)
Thousands hoping to secure tickets to see NASA's Artemis I moon rocket
launch briefly crashed the Kennedy Space Center Visitor Complex's
website this week, but a quick fix helped sell out of the closest
viewing packages in just a few hours. Those looking for an up-close
view of the first launch of the 322-foot Space Launch System rocket,
slated to fly between Aug. 29 and Sept. 5, overwhelmed the site's
capacity when tickets went on sale at 11 a.m. Tuesday. Two-and-a-half
hours later, the Visitor Complex said the two most expensive packages –
of three total – had sold out. (8/8)
Benchmark Unveils Small Satellite
Collision-Avoidance Kit (Source: Space News)
Benchmark Space Systems unveiled a collision-avoidance kit designed to
help small satellites dodge debris and steer clear of other spacecraft.
Benchmark is taking orders its “Cola Kit,” which the company plans to
begin shipping to customers in early 2023. The Cola Kit is the size of
a two-unit (2U) cubesat. “If you give me 2U in an ESPA class
[satellite], I can give you two to 10 collision-avoidance maneuvers for
$100,000 to $150,000,” said Benchmark executive Chris Carella. (8/9)
NASA's Moon-Observing CubeSat Ready
for Artemis Launch (Source: NASA)
NASA’s water-scouting CubeSat is now poised to hitch a ride to lunar
orbit. Not much bigger than a shoe box, Lunar IceCube’s data will have
an outsized impact on lunar science. The satellite is integrated into
the Space Launch System (SLS) rocket and ready to journey to the Moon
as part of the uncrewed Artemis I mission, launching this year.
Orbiting the Moon, Lunar IceCube will use a spectrometer to investigate
lunar ice. Earlier missions revealed water ice on the Moon, but Lunar
IceCube will further NASA’s knowledge about lunar ice dynamics. (8/8)
Lockheed Martin Doubles Venture
Capital Fund To $400M (Source: Space Daily)
Lockheed Martin has doubled its venture capital fund from $200 million
to $400 million. Lockheed Martin Ventures will use the increased funds
to continue to accelerate future defense innovation through investment
in start-up technology companies. "The success of our venture capital
investments to-date is a testament to our strategy and allows Lockheed
Martin to continue to deliver innovative solutions across all domains,"
said Jay Malave, CFO, Lockheed Martin. "Doubling our ventures fund will
allow us to increase the number of start-up companies we can work with
to advance 21st Century Security technologies for the benefit of our
customers." (8/4)
China's Galactic Energy Launches
Ceres-1 Rocket (Source: Space News)
Chinese commercial launch service provider Galactic Energy successfully
launched its third Ceres-1 rocket Tuesday. The four-stage rocket lifted
off at 12:11 a.m. Eastern from the Jiuquan Satellite Launch Center and
placed three satellites into orbit. The solid-fueled Ceres-1 has
reached orbit in all three launches as the company works on a larger
liquid-fueled rocket, Pallas-1, slated to debut in 2023. The rocket
carried Taijing-1 01 and 02, two remote sensing satellites developed by
Minospace, as well as Donghai-1, developed by Shanghai-based ASES Space
for testing remote sensing and related technologies. (8/9)
US Should End ISS Collaboration with
Russia (Source: Space Daily)
In the same week that Russians circulated a horrific video of a
Ukrainian soldier being castrated before his murder by Putin's invading
troops, and dozens of Ukrainians POWs were slaughtered while in Russian
captivity, the Russian space agency Roscosmos declared that Russia
would depart the International Space Station program "after 2024",
while the US Congress authorized NASA to extend the program to 2030.
All of this highlights how truly appalling it is that NASA and the
other ISS partner nations have continued to work with Vladimir Putin's
terrorist regime, when we should insist on an accelerated end to
working with this pariah nation.
Daily, there are stories being added to those accumulated after months
of unprovoked war. Civilians are killed; schools, hospitals and homes
are targeted; Ukrainians in occupied territories are taken to
"filtration camps" to be Russified or disappeared. These are acts that
have led the US Congress to issue a bipartisan call for the State
Department to label Russia a state sponsor of terrorism. No less a
figure than Terry Virts, a former astronaut and ISS commander, has
called on ending cooperation with Russia.
It should be clear what the favored options for an eventual split will
be, how they would be executed, and what the future of Western
governmental role in human LEO activity would be. With Russia's stepped
up war on Ukraine, and his threats against the West, it's time for the
democratic ISS partners to stop working with Vladimir Putin and lending
his barbaric regime credibility it does not deserve. It's time to set a
near- term deadline for ending Western collaboration with Russia on the
ISS. (8/9)
Russia Launches Iranian Imaging
Satellite (Source: AP)
Russia launched an imaging satellite for Iran early Tuesday. The
Soyuz-2.1b rocket launched from the Baikonur Cosmodrome in Kazakhstan
at 1:52 a.m. Eastern and placed the Khayyam satellite into orbit. The
satellite will provide imagery at a resolution of one meter that the
Iranian government claims will be used for domestic civil applications.
The rocket also carried 16 Russian cubesats. (8/8)
Iran Ways Will Control Russia-Launched
Satellite 'From DayOne' (Source: Space Daily)
Iran said Sunday it will control "from day one" a satellite due to be
launched by Russia within days, rejecting reports that it will intially
serve Moscow in its war in Ukraine. The Iranian remote sensing
satellite, named Khayyam, is due to be launched from the Baikonur
Cosmodrome in Kazakhstan on Tuesday, Russia's State Space Corporation
said earlier this week.
"All orders related to the control and operation of this satellite will
be carried out and issued from day one and immediately after launch by
Iranian experts based in Iran's... space bases," the Iranian Space
Agency said in a statement. They added that the satellite will provide
Tehran with "unprecedented capabilities, including near-continuous
monitoring of sensitive facilities in Israel" and in the Gulf. (8/7)
Earth is Spinning Too Fast — the
Consequences for Timekeeping May be Unprecedented (Source:
Inverse)
Our home planet is in a hurry. On June 29, 2022, Earth completed the
shortest day since scientists started keeping records in the 1960s,
pulling off a full rotation 1.59 milliseconds faster than usual.
Terrestrial haste is a trend. In 2020, the planet recorded the 28
shortest days on record, and it kept spinning rapidly into 2021 and
2022. Before scientists could even verify that record-setting day time
of June 29, our world almost outdid itself: It blazed through July 26,
2022, 1.50 milliseconds ahead of schedule.
We will likely see more record-short days as Earth continues to
accelerate, says Judah Levine at the National Institute of Standards
and Technology (NIST). That Earth’s days are getting shorter is no
cause for alarm, he says, because the actual time difference amounts to
fractions of a second over the course of a year. But what is weird is
that, while scientists know that changes to the Earth’s inner and outer
layers, oceans, tides, and climate can affect how fast it spins, they
don’t know what’s driving the current haste.
What’s more, a day lasting exactly 24 hours is merely a standard we’ve
come to expect right now. Earth’s rotation is slowing down over the
long term thanks to the Moon’s pull on our world. Just a few hundred
million years ago, for example, an Earth day was only 22 hours long. In
millennia to come, an Earth day will last far longer. We face an
unprecedented possibility: adding a “negative leap second.” In other
words, Levine says, if the planet continues to spin too fast, then by
the end of the decade clockmasters may need to delete a full second.
(8/8)
NASA Considers Astra Alternatives for
Launching TROPICS Satellites (Source: Space News)
NASA is considering options for launching a set of Earth science
cubesats after Astra discontinued the rocket that had been under
contract to launch them. The six TROPICS cubesats were to launch on
three of Astra's Rocket 3.3 vehicles, but Astra announced last week it
canceled the vehicle after the failure of the first of the three
launches. NASA officials said Monday they are looking for a ride for
the remaining four satellites but didn't give a schedule for launching
them. The specific orbits required for TROPICS rule out most rideshare
launch opportunities. (8/9)
SpaceLink Working with Army on
Satellite Imagery Access (Source: Space News)
SpaceLink signed an agreement with the U.S. Army to study how that
company's planned satellites could deliver commercial satellite imagery
directly to troops on the ground. Under an agreement announced Monday,
SpaceLink will share proprietary information about its system and in
exchange will get insights into the Army's concepts of operations and
specific needs. SpaceLink is a U.S.-based subsidiary of Electro Optic
Systems Holdings, an Australian company developing a four-satellite
network in medium Earth orbit to relay data from satellites in low
Earth orbit. (8/9)
US Space Force Tests Robot Dogs to
Patrol Cape Canaveral (Source: Space.com)
Mankind's new best friend is coming to the U.S. Space Force. The Space
Force has conducted a demonstration using dog-like quadruped unmanned
ground vehicles (Q-UGVs) for security patrols and other repetitive
tasks. The demonstration used at least two Vision 60 Q-UGVs, or "robot
dogs," built by Ghost Robotics and took place at Cape Canaveral Space
Force Station on July 27 and 28.
According to a statement from the Department of Defense, Space Launch
Delta 45 will use the robot dogs for "damage assessments and patrol to
save significant man hours." The unit supports all space launch
operations from the Cape Canaveral Spaceport. Click here.
(8/8)
Canada's SpaceRyde Expands Advisory
Board for Balloon-Assisted Small Launcher Program (Source: Space
News)
Canadian launch startup SpaceRyde has added the CEO of Kepler
Communications to its advisory board. Mina Mitry will join Jeff
Thornburg, a former SpaceX executive, on the board advising the
startup. SpaceRyde is developing a small three-stage rocket that would
fire its engines after a balloon takes it above most of the Earth's
atmosphere. SpaceRyde ultimately plans to develop 20-meter-tall rockets
that, after launching a customer payload, would leave its third stage
in orbit for future missions. (8/9)
TransAstronautica Partners with Slooh
for Astronomy Telescope Access (Source: Space News)
Space logistics startup TransAstronautica announced a partnership with
online astronomy platform Slooh to access a network of ground- and
space-based telescopes. Under the agreement, TransAstra and Slooh will
work together to install TransAstra's Sutter telescopes at Slooh and
TransAstra observation sites around the world. In addition to the
ground-based observations, TransAstra and Slooh plan to launch a small
commercial space telescope within two years. The telescopes are
optimized to detect moving objects in space. (8/9)
Cosmonaut Filipchenko Passes Away at 94
(Source: CollectSpace)
Former Soviet cosmonaut Anatoly Filipchenko has died at the age of 94.
Filipchenko became a cosmonaut in 1963 and flew as commander of the
Soyuz 7 mission in 1969 and again on Soyuz 16 in 1974. Both missions
tested docking technology, the first for proposed Soviet lunar landing
missions and the second for the Apollo-Soyuz Test Project. (8/9)
Spaceflight Prepares Propulsive Sherpa
OTV to Launch on Upcoming Starlink Mission (Source: Space Daily)
Spaceflight Inc., the leading global launch services provider, has
announced it shipped the fully integrated Sherpa-LTC orbital transfer
vehicle (OTV) and customer payload to Cape Canaveral to launch aboard
an upcoming Starlink mission scheduled for next month. The high-thrust
propulsive Sherpa will deploy from SpaceX's Falcon 9 targeting a
310-kilometer circular orbit, before igniting and transporting an
undisclosed customer payload, booked through Astro Digital, to a
1,000-kilometer circular orbit. (8/9)
Northrop/Firefly Collaboration Also
Targets New MLV Rocket Development (Source: CNBC)
Northrop Grumman and Firefly Aerospace will jointly produce an upgraded
version of the Antares rocket, which will be known as the Antares 330.
Northrop will provide the A330′s upper stage, avionics, software, and
launch site operations. Firefly will supply seven engines and build the
A330′s largest structure, the first stage booster. The schedule for a
mid-2024 A330 launch still leaves a minimum gap of 12 months between
the last 230+ launch and the 330′s debut.
Northrop and Firefly’s partnership also has a longer-term goal of
building a new rocket, which the companies for now are calling MLV, or
medium launch vehicle. The companies hope to debut the MLV by the end
of 2025, tapping a part of the rocket marketplace that Eberly said is
underserved. Northrop Grumman had been looking to replace the Antares
entirely because the current Russian-dependent configuration prohibited
the company from bidding on Pentagon launch contracts, Eberly said. It
also wasn’t priced competitively in the commercial market, he said.
(8/9)
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