Lucy about to do close fly-by of Earth in order to slingshot it towards the orbit of Jupiter

Lucy's future route through the solar system
Lucy’s route to the asteroids. Click for original image.

On December 12, 2024 the asteroid probe Lucy will do a very close fly-by of Earth, dipping to only 220 miles of the ground and thus giving it the velocity to fly through asteroid belt between Mars and Jupiter and on to the Trojan asteroids that orbit with Jupiter.

During the gravity assist, the Lucy spacecraft, from Earth’s perspective, will approach from the direction of the Sun. This means that observers on Earth will not be able to see Lucy approaching, as it will be lost in the Sun’s glare. Lucy’s trajectory will bring the spacecraft very close to the Earth, even lower in altitude than the International Space Station. To ensure the safety of the spacecraft as it passes through this region full of Earth-orbiting satellites and debris, NASA has procedures to anticipate and avoid potential collisions. If needed, the spacecraft will execute a small trajectory correction maneuver 12 hours before closest approach to alter the time of closest approach by 1 or 2 seconds — enough to avoid a potential collision.

Shortly after sunset, keen observers in the Hawaiian Islands may be able to catch a glimpse of Lucy as the spacecraft approaches Earth before it passes into Earth’s shadow at 6:14 p.m. HST. Lucy will speed over the continental U.S. in darkness, travelling over 33,000 miles per hour (14.8 kilometers per second), and emerge from Earth’s shadow 20 minutes later at 11:34 p.m. EST. At that time, Lucy may be visible to observers with a telescope in the western regions of Africa and the eastern regions of South America as sunlight reflects off the spacecraft’s large solar panels (observers in the eastern United States will be looking at the much dimmer “back” side of the solar panels, making Lucy harder to see

No imagery is planned for this flyby in order to protect the spacecraft’s science instruments.

After the fly-by, Lucy’s next target will be the main belt asteroid DonaldJohnson in April 2025. Its arrival in Jupiter orbit will follow in 2027.

SpaceX recovers parts of Starship from its last test launch on November 19th

Two teams of SpaceX employees have successfully recovered parts of the Starship that completed a soft vertical landing over the water in the Indian Ocean during the last test launch on November 19th.

The recovery included heat-resistant panelling and large bags of “miscellaneous metal pieces”. Images also showed large tanks being loaded off the ship, however it is unclear what they contained. Recovery of the rocket’s main section also proved too difficult, and it was left to sink to the bottom, with that part of the Indian Ocean about 6km deep. Mr Leal said allowing space material to sink after a splashdown was “pretty normal”.

It appears from this report that the Starship broke in two pieces when it fell over and hit the water. It sounds like the recovery teams focused mostly on recovering the flaps and heat shield, though getting them off the spaceship’s outer hull while it floated in the water and was sinking must have been quite an interesting experience. My guess is that salvage operations lifted out of the water for this purpose.

Ingenuity’s last flight: an accident investigation

Ingenuity accident investigation conclusions
Click for original image.

Using all the data available, engineers at JPL have done a more detailed accident investigation into Ingenuity’s last flight on Mars on January 18, 2024, and are about to publish their report. Their conclusions however were published today by NASA, with the graphic to the right the main conclusion.

One of the navigation system’s main requirements was to provide velocity estimates that would enable the helicopter to land within a small envelope of vertical and horizontal velocities. Data sent down during Flight 72 shows that, around 20 seconds after takeoff, the navigation system couldn’t find enough surface features to track.

Photographs taken after the flight indicate the navigation errors created high horizontal velocities at touchdown. In the most likely scenario, the hard impact on the sand ripple’s slope caused Ingenuity to pitch and roll. The rapid attitude change resulted in loads on the fast-rotating rotor blades beyond their design limits, snapping all four of them off at their weakest point — about a third of the way from the tip. The damaged blades caused excessive vibration in the rotor system, ripping the remainder of one blade from its root and generating an excessive power demand that resulted in loss of communications.

The reason Ingenuity’s system couldn’t find enough features to track was because it was flying over a dune field, the ground almost all smooth sand. The only features were the soft changes of topography caused by the dunes, which were not small.

Not surprisingly, these same engineers are working on a larger drone-type helicopter for a future mission, dubbed Mars Chopper, which based on an short animation released by NASA, is the mission targeting Valles Mariner that I first described in June 2022. The investigation into Ingenuity’s failure will inform the design of Chopper.

ULA’s CEO outlines a bright 2025 for its Vulcan rocket

In an interview for the website Breaking Defense, ULA’s CEO Tory Bruno outlined his optimistic outlook in 2025 for its Vulcan rocket, despite the loss of a nozzle from a strap-on booster during its second test launch.

The important take-aways:

  • He expects the military to certify the rocket “momentarily”, though this could mean one to several months.
  • The company plans 20 launches in 2025, with 16 Vulcans already in storage.
  • Eventually Bruno expects to be launching 20 to 30 times per year.
  • Blue Origin has so far delivered 12 BE-4 engines, of which four have flown.
  • Blue Origin’s production rate is presently one per week.

The last two items are significant. If this production rate is the fastest Blue Origin can do, it will limit the number of Vulcan and New Glenn launches significantly per year. For example, Vulcan uses two engines per launch. To do 20 launches in 2025 will require 40 engines. Blue Origin however wants to also launch its New Glenn a number of times in 2025, and it uses seven BE-4 engines per launch. A production rate of one per week means that Blue Origin will not be producing enough engines for the number of launches planned for both rockets. Either ULA will have to delay its Vulcan launches awaiting engines, or Blue Origin will have to do the same for its New Glenn.

Of course, it is also possible that Blue Origin will be able to up this production rate with time. It has certainly made progress in this area in the past year, since a year ago it was having trouble producing one engine per month.

December 10, 2024 Quick space links

Courtesy of BtB’s stringer Jay. This post is also an open thread. I welcome my readers to post any comments or additional links relating to any space issues, even if unrelated to the links below.

Reanalysis of Webb data discovers more than a hundred very small main-belt asteroids

Portrait of all 138 new asteroids
Click for original image.

Using data from the Webb Space Telescope in an unexpected way, astronomers have discovered 138 asteroids in the main asteroid belt, most of which are the smallest so far detected.

The picture to the right shows all 138 asteroids. The researchers had originally used Webb to study the atmospheres of the exoplanets that orbit the star TRAPPIST-1. They then thought, why not see if their data also showed the existence of asteroids in our own solar system. By blinking between multiple images they might spot the movement of solar system objects moving across the field of view. From the press release:

The team applied this approach to more than 10 000 [Webb] images of the TRAPPIST-1 field, which were originally obtained to search for signs of atmospheres around the system’s inner planets. By chance TRAPPIST-1 is located right on the ecliptic, the plane of the solar system where all planets and most asteroids lie and orbit around the Sun. After processing the images, the researchers were able to spot eight known asteroids in the main belt. They then looked further and discovered 138 new asteroids, all within tens of meters in diameter — the smallest main belt asteroids detected to date. They suspect a few asteroids are on their way to becoming near-Earth objects, while one is likely a Trojan — an asteroid that trails Jupiter.

The data is insufficient for most of these objects to chart their orbits precisely. Based on this one single study, however, it suggests that pointing Webb along the ecliptic in almost any direction will detect more such objects. Do this enough and astronomers might actually be able to get a rough census of the asteroid belt’s population.

NSF punts on its two big telescope projects

Because it presently does not have sufficient funds to build both the Giant Magellan Telescope (GMT) in Chile and the Thirty Meter Telescope (TMT) in Hawaii, the National Science Foundation (NSF) asked an independent panel to look at both projects and give recommendations on which project it should go with.

That report [pdf] has now been released, and its conclusions essentially take the advice of former Yankee catcher Yogi Berra, “When you come to a fork in the road, take it.” From the report’s executive summary:

Both GMT and TMT have strong leadership, partnership and financial commitments but require $1.6 billion in NSF funding to proceed. Without this support, significant delays or project cancellations may result. The panel emphasized the critical need for congressional support, noting that without additional appropriations, NSF may face challenges balancing these projects with other national priorities, risking U.S. competitiveness in fundamental research. [emphasis mine]

If you dig into the report however you find that TMT is a far more uncertain project. GMT is already being built, while TMT is stalled because it has been unable to get political approval to build in Hawaii on Mauna Kea, even though it initially wanted to start construction almost a decade ago.

Clearly, this report was created simply as a lobbying ploy by the NSF to Congress. NSF didn’t want the report to make a choice. It wanted it to endorse both telescopes so that — rather than bite the bullet and fund one telescope with the money it has already been given by Congress — NSF could use the report to demand more funding so that it can fund both.

Though Congress is now controlled by more fiscally-minded Republicans, don’t expect them to be anymore responsible on this issue than Democrats. These guys really don’t understand basic economics, and think they have a blank check for anything they wish to do. I anticipate Congress will give NSF the extra cash for both telescopes.

The problems for TMT remain, however, and even with that cash it remains very doubtful the telescope will be built. But gee, that won’t be a problem for NSF. Who wouldn’t like getting an extra billion or two to spend as one wishes?

Two congressmen demand FAA streamline its launch licensing process

In a letter [pdf] sent to the FAA on December 6, 2024, two congressmen have called for the FAA to fix what it calls its Part 450 launch licensing process, established in 2021, that has been choking off rocket development in the U.S.

The congressmen, Sam Graves (R-Missouri) and Rob Wittman (R-Virginia), specifically focused on the problems these new regulations have imposed during what the FAA calls its “pre-application review.” From the letter:

In November of 2024, the FAA indicated that 98 percent of applications are met within the statutory 180 day timeline. However, this timeframe does not include the months, and oftentimes years, of pre–application review that create extensive delays for companies seeking a launch and reentry license. [emphasis mine]

Consider the implications of this one quote. The FAA is proud of the fact that it approves license applications within six months — an ungodly long time for a startup — but doesn’t mention that the approval process is actually far longer because it requires new applications to be reviewed at length, before they can even be submitted.

In November, a week after Trump’s election victory, the FAA announced that it was forming a committee made up of people from the launch industry as well as academia to review Part 450. In their letter the congressmen approved of this new committee, but noted its work would not be completed until mid-2025, and that “the system is broken and must be fixed” immediately.

We, however, urge the FAA to act now and ensure that all actions short of rulemaking that can help mitigate the deficiencies of the part 450 regulation are taken in advance of any necessary regulatory changes to ensure that the commercial space industry does not have to wait years for relief.

I suspect we shall see some real action at the FAA come January 20, 2025, after Trump takes office.

Superheavy to be used on next test flight completes 15-second static fire test

SpaceX has successfully completed a launchpad 15-second static fire test of the 33 engines on the Superheavy booster that will be used on the next test flight (the seventh) of its Starship/Superheavy rocket.

The video at the link is remarkable in that it appears all 33 Raptor-2 engines fired for the entire test with no problems either to the rocket or launchpad, despite producing more thrust in that time than any rocket ever in the history of space exploration.

According to this report, it appears SpaceX is targeting January 11, 2025 for that seventh test flight.

SpaceX has not yet announced a launch date for Starship’s seventh test flight, but the company appears to be eyeing Jan. 11; an email sent by NASA to the U.S. Federal Aviation Administration identifies that date as the target. (According to that email, NASA plans to deploy a Gulfstream V jet to observe the upcoming flight.)

This date however has not yet been confirmed by SpaceX. Nor has the FAA indicated it will issue a license. The FAA’s approval will depend on the flight plan SpaceX chooses for the test. If similar to the previous two test flights, then that approval will be fast. If not, the red tape will likely cause several more months of delays.

AST SpaceMobile’s satellite-to-cell constellation gets its second contract

AST SpaceMobile, which is building a constellation of satellites that act as orbiting cell towers and can provide service where ground-based cell towers are unavailable, has now won its second contract, signing a 10-year deal with Vodafone, a European cell company which provides service there as well as across Africa and the Middle East.

AST’s first contract is with AT&T in the U.S. It already has five satellites in orbit, and plans to begin launching its second generation and larger BlueBird satellites next year, with the goal to begin service in the U.S. first.

All it needs really is an FCC license, which it has applied for but not yet received. Its main competitor, Starlink, has received its FCC license, so expect this red tape to evaporate relatively quickly, especially with the coming change in presidents.

One of Australia’s proposed spaceports moves

Australia's spaceports
Australia’s spaceports

“I’m from the government and I’m here to help!” Because of its inability to get the proper permissions from a local council, the management of Equatorial Launch Australia (ELA) has abandoned its original spaceport location on the Gove peninsula in the Northwest Territory of Australia and shifted east to a new location on the York peninsula in Queensland.

On the map to the right the “X” shows the old location, with the new location near the town of Weipa on the west coast of the peninsula. The change was forced on the company when it could not get proper approvals from the Northern Land Council (NLC), which manages the Arnhem Land Aboriginal Land Trust where the original site was located.

In a statement late on Monday, ELA said its most recent attempt to finalise a lease for the expansion of the ASC in October had been unsuccessful, following three other failed attempts in the last 12 months. In each case, it said the NLC had “failed to meet its own specified deadline for the approval of the Head Lease” or “provide any official reason for the delay”, despite pleas from the NT government and the Gumatj Aboriginal Corporation.

Because ELA has a launch contract with a South Korea rocket startup Innospace that intends to launch next year, it decided the switch had to occur now to make sure it could meet its obligations under this launch contract.

Panama and Austria to sign Artemis Accords

NASA yesterday announced that both Panama and Austria will sign Artemis Accords tomorrow, bringing the total number of nations in the alliance to fifty.

The full list of nations now part of this American space alliance: Angola, Argentina, Armenia, Australia, Austria, Bahrain, Belgium, Brazil, Bulgaria, Canada, Chile, Colombia, Cyprus, Czech Republic, Denmark, Dominican Republic, Ecuador, Estonia, France, Germany, Greece, Iceland, India, Israel, Italy, Japan, Lithuania, Luxembourg, Mexico, the Netherlands, New Zealand, Nigeria, Panama, Peru, Poland, Romania, Rwanda, Saudi Arabia, Singapore, Slovakia, Slovenia, South Korea, Spain, Sweden, Switzerland, the United Kingdom, the United Arab Emirates, the Ukraine, the United States and Uruguay.

The accords were created by the first Trump administration with the goal to create an alliance with enough clout to overcome the Outer Space Treaty’s restrictions on private property. Under the Biden administration, the goal has been rewritten to accomplish the exact opposite, as noted by NASA yesterday:

The Artemis Accords are grounded in the Outer Space Treaty and other agreements including the Registration Convention, the Rescue and Return Agreement, as well as best practices and norms of responsible behavior that NASA and its partners have supported, including the public release of scientific data.

With Trump back in charge, expect him to bring the accords back to its original goal. Unlike his first term, the alliance is now large, and he can use it to quickly apply pressure on the international community to overcome the Outer Space Treaty’s limitations on private property.

December 9, 2024 Quick space links

Courtesy of BtB’s stringer Jay. This post is also an open thread. I welcome my readers to post any comments or additional links relating to any space issues, even if unrelated to the links below.

As Jay noted to me in his email, not much news today. I have been working on a long essay outlining my recommendations for NASA and Jared Isaacman, should he cancel SLS and Orion as I expect he will. Hopefully it will be finished by tomorrow. I might post it here, or see if some other venue might be interested.

  • Blue Origin’s CEO touts its prep work on New Glenn on the launchpad
    Blue Origin also sent out an email today saying the Blue Ring demo payload for the launch is also ready. Yet, the key quote from the tweet above was this:: “While we wait for regulatory approvals for hotfire and launch…” Why the hell is the FAA holding up this launch? For what reason? Or is it simply that the agency wants to be an equal opportunity red tape destroyer of everyone?

“Thar’s ice in them hills!”

Overview map

Thar's ice in them hills!
Click for original image.

Cool image time! The picture to the right, cropped, reduced, and sharpened to post here, was taken on September 25, 2024 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). It shows what the camera team labels as a “mound in the southern highlands.”

The mound in question sits in the center of the sunken depression, and at the highest resolution shows its top to be cracked and broken, as if something is attempting to break out by pushing up from below.

Everything about this picture screams near-surface ice. The cracked mound suggests ice sublimating into gas, which applies pressure to the surface and thus the cracks. The depression suggest that much of the near-surface ice at this location has already disappeared, causing the ground to sag. All the craters lack upraised rims. If caused by impacts, the ground here was soft enough that the impactor simply sank into the ground. Imagine dropping a rock you’ve heated into snow. It would simply leave a hole.

But there’s more. The white dot in the overview map above marks the location. In the inset, the lighter area surrounding this depression resembles an ice sheet that is slowly sublimating away. There are also other similar depressions in that lighter area. The lighter area also has fewer craters than the darker regions nearby, suggesting that this ice sheet covers the older impacts.

The location is in the southern cratered highlands in a mid-latitude region where many images indicate the existence of layers of ice deep below ground. This picture is more evidence of the same, but it also indicates the presence of ice very close to the surface as well.

The orbital data continues to tell us that Mars is not a dry desert like the Sahara, but an icy desert like Antarctica. There will be plenty of water for future colonists. All they will have to do is stick a shovel in the ground, dig it up, and process it.

Ten stupid academic studies funded by the federal government

Campus Reform last week posted a list of ten academic studies funded by federal government that any sane person would not only consider stupid, but an utter waste of money.

Number 1 on the list was a grant of almost a half million dollars to researchers at Reed College in Oregon to study the gambling habits of pigeons. The researchers claimed the study would shed light on human gambling behaviors, but if you believe that then you would likely also fork over your life savings to buy the Brooklyn Bridge.

Of the ten studies listed, the National Institute of Health (NIH) and the National Science Foundation (NSF) funded four each, while the National Endowment for the Humanities and the National Cancer Institute funded one each.

National Cancer Institute’s study is surely going to help cure cancer, as it gave $7 million to the con artists faking as researchers at Stanford University to build an AI toilet equipped with cameras to scan the user’s waste and backside.

The studies were done at a range of other major universities, including Cornell, the University of California, the University of Illinois, and the University of Connecticut. Most are publicly funded institutions.

This list demonstrates clearly the bankruptcy of the government agencies involved and justifies any effort to slash their budgets by significant amounts. It does more however. It shows us the bankruptcy of the academic community as well. If scientists at major universities think this drivel is valid research, then we know they are teaching their students garbage as well. The public funding to these colleges should be slashed also.

SpaceX launches 23 Starlink satellites

SpaceX just after midnight (Eastern) tonight successfully launched another 23 Starlink satellites, its Falcon 9 rocket lifting off from Cape Canaveral in Florida.

The first stage completed its second flight, landing on a drone ship in the Atlantic.

The leaders in the 2024 launch race:

128 SpaceX
59 China
16 Russia
13 Rocket Lab

American private enterprise now leads the rest of the world combined in successful launches 147 to 91, while SpaceX by itself leads the entire world, including American companies, 128 to 110.

Strange flat layers on Mars

Strange layers on Mars

Cool image time! The picture to the right, rotated, cropped, reduced, and enhanced to post here, was taken on July 16, 2024 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). It shows what MRO’s camera team labels as “layers near ridge in Argyre Planitia.”

The layers are strange because there is so little topographic difference between them. Though the ground slopes downward from the south to the north, dropping about 1,300 feet, it does so almost smoothly. The layers show relatively little topographic relief.

And what caused the circular shape? Is it evidence of a buried crater? And if so, why so little relief at its rim?

As always, the overview map provides some answers.
» Read more

Iran launches its Simorgh orbital rocket

Iran today announced it has successfully placed several small payloads into orbit, its Simorgh rocket lifting off from its interior Semnan spaceport.

The Simorgh carried what Iran described as an “orbital propulsion system,” as well as two research systems to a 400-kilometer (250-mile) orbit above the Earth. A system that could change the orbit of a spacecraft would allow Iran to geo-synchronize the orbits of its satellites, a capability Tehran has long sought.

It also carried the Fakhr-1 satellite for Iran’s military, the first time Iran’s civilian program is known to have carried a military payload.

This was Iran’s fourth launch in 2024, doubling the launch record it had set in 2023.

The leader board for the 2024 launch race remains unchanged:

127 SpaceX
59 China
16 Russia
13 Rocket Lab

American private enterprise still leads the rest of the world combined in successful launches 146 to 91, while SpaceX by itself leads the entire world, including American companies, 127 to 110.

Hubble takes a different look at quasar 3C 273

Hubble's different views of 3C 273
Click for original image.

One of the most studied objects in the sky is the quasar 3C 273, located about 2.5 billion light years away and the first quasar ever to be identified, in 1963. What makes it especially interesting is the 300,000-light-year-long jet that shoots out from it.

Astronomers have now used the Hubble Space Telescope to take a different view of 3C 273, using the telescope’s coronograph to block the central bright light so that the surrounding dimmer features can be seen. The two images to the right, reduced and sharpened to post here, show what this new image (bottom) reveals when compared to an earlier Hubble image (top).

The new Hubble views of the environment around the quasar show a lot of “weird things,” according to Bin Ren of the Côte d’Azur Observatory and Université Côte d’Azur in Nice, France. “We’ve got a few blobs of different sizes, and a mysterious L-shaped filamentary structure. This is all within 16,000 light-years of the black hole.”

Some of the objects could be small satellite galaxies falling into the black hole, and so they could offer the materials that will accrete onto the central supermassive black hole, powering the bright lighthouse.

What makes this observation even more outstanding is that the image was produced by using Hubble’s Space Telescope Imaging Spectrograph (STIS) as the coronograph to block the bright center of 3C 273. This improvisation of STIS has been done many times before, but it remains a great example of clever thinking by the astronomers who use Hubble.

Japan’s space agency admits first launch of its new Epsilon-S rocket will be delayed

Japan’s space agency JAXA yesterday admitted that the first launch of its new Epsilon-S rocket — intended to be cheaper and competitive with the new rockets being developed worldwide — will be delayed because of the explosion that occurred during a static fire test on November 26, 2024.

The news reports in the Japanese press don’t provide much information. It appears the investigation into the explosion is still on-going, and that the cause of the failure has not yet been identified. Because of this, JAXA has been forced to cancel the planned March 2025 date for Epsilon-S’s inaugural flight.

JAXA should get out of the business of building rockets, as its track record is really horrible. The Japanese government has already told it to do so, but it is clearly dragging its feet, not wanting to give up the turf it has controlled for decades.

Europe’s Vega-C rocket returns to flight after being grounded for more than two years

Europe’s Vega-C rocket, built by the Italian company Avio but presently still managed by the European Space Agency’s commercial arm Arianespace, today successfully completed its first launch in two years, lifting off from French Guiana carrying a European Earth observation satellite. As of posting the satellite had not yet been deployed.

The rocket was first grounded when its upper stage failed during a December 2022 launch. The investigation pinpointed the problem as the design of the stage’s engine nozzle. However, the first redesign also failed, requiring a second redesign.

This was the eighth launch worldwide in the past 48 hours, the most ever accomplished in such a short time. All told, five nations completed launches (United States 3, China 2, India 1, Russia 1, Europe 1) from eight different spaceports, with all three American launches completed by SpaceX.

Because this was only the third launch by Europe this year, the leader board for the 2024 launch race remains unchanged:

127 SpaceX
59 China
16 Russia
13 Rocket Lab

American private enterprise still leads the rest of the world combined in successful launches 146 to 90, while SpaceX by itself leads the entire world, including American companies, 127 to 109.

Union official accuses Boeing of more unsafe practices

According Craig Garriott, a union representative at Boeing’s satellite-manufacturing facility in Los Angeles, Boeing’s management has been allowing numerous safety violations to go unfixed in order to focus on profits and fast production.

Acquired by Boeing in 2000, the satellite manufacturing facility has long been considered one of Boeing’s more stable business units. It relies in part on a union workforce that Garriott said is responsible for constructing and testing satellites and their component parts.

“This is perhaps the most technical group of hourly people that you’ll probably find on this planet,” said Garriott, who estimated he’s raised between 300 and 400 safety violations over the past year. Those complaints, he said, range from obstructed fire extinguishers and fire alarms to concerns over heavy machinery blocking exits and trapping workers in certain parts of the factory.

In October, union workers filed a complaint with the Occupational Health and Safety Administration that, according to Garriott, highlighted unsafe conditions on the factory floor. Another technician at the facility, who spoke to CBS News on the condition he remain anonymous to protect his job, said safety had become “an afterthought” and quality had “degraded” over the past five to six years.

It is important to recognize that Garriott’s complaints might simply be the typical tactic of a union representative during or before contract negotiations. There are rumors Boeing plans to sell off its space subsidiaries, which would include this satellite division. Garriott might simply be putting public pressure on the company in order to give himself a better negotiation position if such a sale takes place.

It is also quite possible, based on Boeing’s recent very poor track record in quality control, that everything Garriott says here is also true.

Sierra Space signs deal using its Dream Chaser mini-shuttles for in-space manufacturing

Sierra Space's family of planned LIFE modules
Sierra Space’s family of planned LIFE modules. Click for original

Sierra Space has now signed agreements with two different startups, Astral Materials and Space Forge, to use its Dream Chaser mini-shuttles for in-space manufacturing.

Astral Materials leverages the microgravity environment of space to grow ultra-high quality semiconductor crystals for advanced chip technologies. Space Forge harnesses free flying manufacturing facilities to produce next-generation materials for commercial industries, national security and research.

Up to now, Sierra’s only customer has been NASA, which wants to use Tenacity, the first Dream Chaser mini-shuttle, to hauling cargo to and from ISS. These new deals illustrate that there are other profit opportunities for the company’s reusable shuttle outside of government. As the startup Varda has already demonstrated with its own returnable capsule, there is money to be made manufacturing products in weightlessness that cannot be produced in the gravity of Earth.

The press release however has one additional tidbit that is intriguing. Sierra is a partner in the Blue Origin-led Orbital Reef commercial space station. It also appears to be the only partner that is actually building anything for that station, specifically its LIFE inflatable modules. The press release mentions that both these agreements include options for Astral and Space Forge to provide “input on Sierra Space’s future space stations.” That this press release does not refer to Orbital Reef here suggests once again that Sierra Space is somewhat dissatisfied with the output of its Blue Origin partner, and is thus creating options for it to build its own space station using those LIFE modules (shown above), should Blue Origin not deliver.

At a minimum, Astral and Space Forge will certainly be interested in doing manufacturing within those LIFE modules, should they end up being part of Orbital Reef.

Yuma competing for up to $160 million in an NSF grant to establish its own spaceport

Yuma spaceport

Arizona wants its own spaceport! The city of Yuma, located in Arizona’s southwest corner, is now a finalist in a National Science Foundation (NSF) grant program that could award it up to $160 million to establish a spaceport there.

The city is one of two Arizona applicants, the other being the University of Arizona, which wants to use the grant money “to make the state a proving ground for transformative mining technologies.” There are in addition 69 other applicants to the NSF grant.

This announcement is mostly PR, since Yuma not only does not yet have a spaceport licence from the FAA, it does not yet have approval from Mexico to fly missions over that country. Yuma is not on the coast, so launches must cross land. And if not over Mexico, launches would have to cross other U.S. states, something that would need approval as well.

This proposal has been in the works for many years, as having a spaceport in Arizona would draw a lot of space business to the state. It could happen, but to do so will require a lot of approvals from a lot of government agencies.

Republican California state legislator introduces bill to overturn California Coastal Commission’s effort to block SpaceX

Wants to be a dictator
Wants to be a dictator

Republican state assemblyman Bill Essayli has now introduced a bill that would overturn the decision by the California Coastal Commission to reject SpaceX’s request to increase its launch rate at Vandenberg spaceport, a decision the commissioners readily and publicly stated was made not to protect the state’s beaches (the commission’s prime function) but because they did not like Musk’s political positions.

“AB 10 will reverse the politically-motivated decision by the California Coastal Commission to restrict SpaceX launches for the Space Force due to their hatred of Elon Musk. This dangerous and illegal decision threatens our national security and erodes the public trust we place in our officials to act in the best interest of the people — not politics,” Essayli said in a statement this week.

SpaceX has already sued the commission and its commissioners for violating Musk’s first amendment rights as well as exceeding their statutory authority.

The bottom line however is that the commission’s decision carries no legal weight. Vandenberg is an federally operated military base, and thus this state commission has no authority to dictate what happens there. The Space Force has simply tried to work with it in the past.

Thus, if the commission’s fangs are not pulled by Essayli’s legislation as well as SpaceX’s lawsuit, the military will likely just ignore it.

Airbus cuts almost 500 jobs in Great Britain

As part of a larger planned belt-tightening that is expected to reducing staffing by more than 2,000, Airbus has now begun eliminating 477 jobs in its British operations.

The cuts are expected to hit the workforce in Stevenage and Portsmouth, where Airbus’s UK space operations are concentrated, while Newport in south Wales may also be impacted. The Stevenage site is also building Europe’s first Mars rover for a mission designed to search for signs of past or present life on the planet that’s due for launch in 2028.

Airbus said that only “overhead positions” – such as management support – will be hit, with nobody assigned to individual programmes or projects affected.

The company claims these cuts are due to SpaceX grabbing a large part of market share in the satellite business. It is also because Airbus is likely overstaffed, its operations shaped by the European Space Agency past requirement that it spread those operations to as many member nations as possible. These cuts in Great Britain are likely an attempt to reduce that spread.

Another record-setting launch day worldwide

In what might be a record for the global launch industry, yesterday saw a total of four launches at four different spaceports worldwide.

That record might very well be matched today. Already three launches have already taken place, with one more scheduled.

First, India’s space agency ISRO successfully launched European Space Agency’s PROBA-XL solar telescope, its PSLV rocket lifting off from its Sriharikota spaceport on India’s eastern coast. This was India’s fourth launch in 2024.

Next, China launched what its state-run press merely described as a “group of satellites,” its Long March 6 rocket taking off from its Taiyuan spaceport in northern China. That state-run press also said nothing about where the rocket’s lower stages and four strap-on boosters crashed inside China. (UPDATE: More information about the payload can be found here. It appears to have been the third set of 18 satellites launched as part of China’s attempt to compete with Starlink.)

Then, SpaceX launched SXM-9, a new satellite for the constellation of the radio company Siruis-XM, its Falcon 9 lifting off from Kennedy in Florida. The first stage completed its nineteenth flight, landing on a drone ship in the Atlantic. As of posting the satellite had not yet been deployed.

If all goes as planned, the fourth flight today will be the first launch in more than two years of Avio’s Vega-C rocket, which has been grounded while the company redesigned and then redesigned again the engine nozzle of its upper stage. The launch is also one of the last that will be managed by Arianespace, which is giving up control to Avio over the next year. The live stream is here.

If successful, it will be the eighth launch worldwide in only two days, something that I am fairly certain has never been done before. In the past there simply weren’t enough independent entities and spaceports available to allow this number of launches in such a short period of time. What makes this record even more striking is that three of the eight launches were launched by one private American company, SpaceX.

The leaders in the 2024 launch race:

127 SpaceX
59 China
16 Russia
13 Rocket Lab

American private enterprise still leads the rest of the world combined in successful launches 146 to 89, while SpaceX by itself leads the entire world, including American companies, 127 to 108.

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