SpaceX Aims to Expand its Starlink
Satellite Operation to Texas (Source: GeekWire)
SpaceX is planning to break ground on a “state-of-the-art manufacturing
facility” in Austin, Texas, to support a satellite operation that got
its start in Redmond, Washington. The company’s billionaire CEO, Elon
Musk, set up the Starlink satellite operation in Redmond five years
ago. It’s now said to turn out six satellites per day for SpaceX’s
broadband internet constellation, which is in the midst of an expanding
beta test. More than 1,000 of the satellites have already been deployed
in low Earth orbit, and SpaceX continues to launch them in batches of
as many as 60 at a time.
In contrast to SpaceX’s Redmond facility, the Austin factory would
build “millions of consumer-facing devices that we ship directly to
customers (Starlink dishes, Wi-Fi routers, mounting hardware, etc.),”
SpaceX said in a job posting. That part of the operation has been
managed from SpaceX’s headquarters in the Los Angeles area. (3/2)
Musk Warms to Texas, Plans "Starbase"
Municipality (Source: GeekWire)
California has served as the home base for SpaceX since Elon Musk
founded the company in 2020, and Musk’s other major corporate concern,
Tesla, is based in the Golden State as well. Musk has soured on
California over the past year, however, in part due to restrictions put
in place during the coronavirus pandemic. Last December, he announced
that he’s relocating to the Lone Star State.
Texas is already the main locale for SpaceX’s other grand project, the
Starship super-rocket and its Super Heavy booster. Starship prototypes
are being tested at SpaceX’s Boca Chica launch facility on the South
Texas coast. Eventually, SpaceX aims to use the Starship system for
purposes ranging from satellite deployment and point-to-point
terrestrial travel to trips to the moon and Mars.
Today Musk signaled that he has big plans for that area, reporting in a
tweet that he’ll be “creating the city of Starbase, Texas.” In a
Twitter exchange, he said his plans for incorporating a city would
extend to “an area much larger than Boca Chica.” ... “From thence to
Mars, and hence the stars,” he wrote. (3/2)
NASA’s James Webb Space Telescope
Completes Final Functional Tests to Prepare for Launch (Source:
NASA)
February marked significant progress for NASA’s James Webb Space
Telescope, which completed its final functional performance tests at
Northrop Grumman in Redondo Beach, California. Testing teams
successfully completed two important milestones that confirmed the
observatory’s internal electronics are all functioning as intended, and
that the spacecraft and its four scientific instruments can send and
receive data properly through the same network they will use in space.
These milestones move Webb closer to being ready to launch in October.
(3/1)
Spaceflight Inc. Signs Smallsat Launch
Agreements (Source: Spaceflight Inc.)
Spaceflight Inc. has started the year by signing several significant
launch agreements with a wide range of organizations, including growing
constellations needing routine and reliable launch schedules, smaller
payloads requiring affordable bus-like options to popular orbits, firms
needing regulatory and logistical guidance, as well as those seeking a
personalized taxi service from loading dock to final orbital
destination. Organizations signing launch deals with Spaceflight
recently include Lynk, Astro Digital, Kleos, BlackSky, Umbra, Orbit Fab
and several undisclosed U.S. government payloads. (3/3)
Eastern Range Looks for Ways to
Support Additional Launches (Source: Space News)
The Eastern Range and launch providers like SpaceX are looking for ways
to increase launch capacity. The range, which includes Cape Canaveral
Space Force Station and Kennedy Space Center, hosted 32 launches in the
last 12 months, but those came from 297 requested launch opportunities,
officials said at a recent conference. Innovations like automated
flight safety systems allow the range to support more launches since
those launches can be scheduled more closely together, but other
efforts are in progress, such as adjusting weather rules to decrease
the risk of a scrub and automating the process for evaluating launch
requests. (3/3)
NGA Seeks to Speed and Improve Services
(Source: Space News)
The National Geospatial Intelligence Agency (NGA) is looking for ways
to provide faster and better products and services. Stacey Dixon,
deputy director of NGA, said the "great power competition" the U.S. is
in requires her agency to expand its supplier base and bring more
entrepreneurs and academics into the fold. NGA provides satellite
imagery and other geospatial data to the U.S. military, allies and
homeland security agencies. The NGA is looking for new approaches for
handling big data, for delivering information to customers faster, and
changing how it develops and acquires software. (3/3)
Australia's Q-Ctrl Developing Sensors
for Lunar Water (Source: Space News)
An Australian company is developing "quantum sensors" for space
applications. Q-Ctrl said it is working with Fleet Space Technologies,
another Australian company, to install sensors on a proposed group of
nanosatellites that would look for water on the moon. The company said
its sensors can also detect mineral deposits as well as provide
quantum-enhanced precision navigation and timing systems, but provided
few details about how such sensors would work and how they differ from
more conventional technologies. (3/3)
Spaceport’s Interim Chief Named
Executive Director (Source: Albuquerque Journal)
New Mexico's Spaceport America has named a new executive director. The
state-run spaceport said Tuesday that Scott McLaughlin, who had been
interim executive director since the summer, will take the job
permanently. He had been director of business development for the
spaceport when the previous executive director, Dan Hicks, was placed
on leave and later fired because of violations of state laws and
regulations regarding travel and procurement. State officials said
McLaughlin had been doing a "fantastic job" on an acting basis, and
thus decided he should take the job permanently. (3/3)
Florida Force the Public to Turn In
Fallen Spacecraft Parts or Face Jail Time (Source: Orlando
Sentinel)
"Finders, keepers" will no longer apply to space hardware under a
proposed Florida law. A bill approved by a state senate committee would
require people who find space hardware from launches or landings to
report the discoveries. Failure to do so would be a misdemeanor with
fines of up to $1,000 and one year in jail. Lawmakers said the bill is
intended to protect trade secrets of launch companies and thus
encourage them to operate from Florida. (3/3)
Biden Administration Has Set Out to
Dismantle Trump’s Legacy, Except in One Area: Space (Source:
Washington Post)
President Biden wasted no time dismantling wide swaths of Donald
Trump’s legacy, revoking more than 30 orders signed by his predecessor
while rejoining the Paris climate accord, ending the ban on travel from
some Muslim-majority countries and halting construction on a wall at
the U.S.-Mexico border. But there is one area of the former president’s
policy that Biden has embraced: space. The White House has announced
support for two of Trump’s signature initiatives — the Artemis program,
and the Space Force.
The endorsement of the Artemis program means it will become the first
major deep-space human exploration effort with funding to survive a
change in presidents since Apollo, after several fitful efforts to send
astronauts back to the moon and beyond ultimately went nowhere. Though
many in the space community thought the Trump administration’s goal to
land astronauts on the moon by 2024 was impossible and politically
motivated, it gave the program momentum. (3/2)
NASA Investigates Landing Problem of
SpaceX Rocket Ahead of Crewed Launch (Source: WESH)
NASA’s taking steps to make sure a landing problem after a recent
SpaceX rocket launch does not endanger astronauts who’ll also be flying
on a SpaceX rocket. Training is almost finished for four astronauts who
are next to fly on a SpaceX Crew Dragon capsule, launched by a SpaceX
Falcon 9 rocket.
It’ll be the first time an astronaut capsule will be reused. The
capsule flew last year when Bob Behnken and Doug Hurley brought back
astronaut flights to the Space Coast. Although space shuttles were
reused, it’ll also be the first time astronauts have launched on a used
rocket: Their Falcon 9 launched four astronauts in November. (3/1)
Delta IV Heavy Rocket Takes Trek to
Launch Pad at Vandenberg AFB Ahead of Spring Liftoff (Source:
Noozhawk)
A short trip for a Delta IV Heavy rocket served as the prelude for a
much longer trek this spring at Vandenberg Air Force Base. Stretched
out on its transporter trailer equipped with 36 wheels, the United
Launch Alliance booster recently traveled from the Horizontal
Integration Facility to its stand at Space Launch Complex-6 on South
Base.
Upon arrival, the hulking rocket was raised into a standing position in
anticipation of its blastoff later this spring. The Delta IV Heavy
employs three common booster cores side by side to give the rocket more
power for carrying monstrous-sized payloads into space. The trip to the
launch pad was one of many key milestones before the rocket’s countdown
to zero and its longer trip to place a top-secret payload in space for
the National Reconnaissance Office for a mission dubbed NROL-82. (3/1)
Australian Engineers Complete
Successful Test of New Rocket Engine (Source: Cosmos)
As Australia’s space industry gears up, a team of Australian
researchers has successfully tested a new type of engine that could be
used in rocket launches. Typical rocket engines burn fuel at a constant
pressure in a chamber called a combustor. This engine has a ring-shaped
combustor, and it detonates propellant rapidly around the ring.
Once started, there is a self-sustaining cycle of detonation waves
travelling around the combustor at very high speeds, exceeding 2.5
kilometres per second. It’s called a rotating detonation engine, or
RDE. Once perfected, it could be more fuel efficient and more compact
than typical rocket engines, meaning it could be cheaper and launch
heavier items. The engine was designed by engineers from RMIT
University, and is being developed by a group of researchers from
DefendTex, RMIT, University of Sydney and Universität der Bundeswehr in
Germany. (3/1)
New Design for Russian Super-Heavy
Methane-Powered Launch Vehicle Completed (Source: Sputnik)
The new design of a Russian carrier rocket powered by liquefied natural
gas (methane) has been put together, a space industry source told
Sputnik. "It is planned to create a super-heavy launch vehicle … [with]
six side blocks around the central one - all with the RD-182 engine
[operating on methane], and the upper stage using the RD-0169
[engine]", the source said.
The Russian SRC (space rocket center) Progress has not been releasing
much detail on the new Russian carrier rocket powered by methane in
order to protect the developers, SRC Progress General Director Dmitry
Baranov told Sputnik in October of last year. In January, a 407
million-ruble ($5.2 million) contract was signed on the development of
a rough design of the Amur-SPG rocket. (3/2)
Space Force Should Embrace the Natural
Inclusivity of Space Nerds (Source: Defense One)
The first black-white kiss on U.S. television occurred between Lt.
Uhura and Captain Kirk, a controversial-for-1968 decision that
reflected Star Trek creator Gene Roddenberry’s broader philosophical
commitment to addressing race in his science fiction. This bold
approach to diversity and inclusion is a fundamental element of the
self-selecting group of space nerds that comprise the Space Force. As
the newest service branch finds its feet, it should embrace this ethos
— a proven aid to recruitment, readiness, and mission success — as
fundamental to its identity.
Much of science fiction, from Jules Verne to Nnedi Okorafor, is
predicated on a broad definition of diversity and inclusion. To be a
space nerd, you have to extend diversity and inclusion considerations
beyond intrinsic human demographic metrics – otherness is not just
about race, age, sex, religion, and sexual orientation. Otherness in
outer space is about different life forms, fundamental communication
abilities, and competing values. I have been warned against
proselytizing about science fiction when discussing Space Force matters
because the general public may misunderstand the intent. But as a
community of space nerds, we should acknowledge that our calling to
space-related pursuits may also provide us a foundational advantage.
(2/28)
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