Tag: spaceflight

Amazon’s first two Kuiper satellites in orbit worked exactly as planned

2:55 pm

Amazon announced today that its first two Kuiper satellites, launched into orbit by ULA’s Atlas-5 rocket on October 6, 2023, have worked exactly as planned, thus allowing the company to begin building operational satellites.

With the prototypes’ testing in space now complete, Badyal said Amazon plans to begin building the first production Kuiper satellites in December and launch the first satellites for its network in the “latter part of the first half” of 2024. Badyal emphasized that Amazon wasn’t sure what performance to expect from the prototype satellites, since “you don’t know how well it’s going to work in space.”

“They’re working brilliantly,” Badyal said.

The need of Amazon to start launching lots of satellites next year — in order to meet its FCC license requirements to put half of its 3,000+ constellation in orbit by 2026 — puts great pressure on ULA, Blue Origin, and Arianespace to get their new but as yet unlaunchd rockets operating. All three have big launch contracts with Amazon, but none presently appear to have the capability to meet the demands of those contracts.

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Jupiter’s Great Red Spot continues to shrink, possibly to its smallest size ever measured

2:27 pm

Jupiter, as seen by Hubble in 2020
A 2020 Hubble picture of Jupiter.
Click for full image.

Long term data from numerous observatories shows that the Great Red Spot on Jupiter, the largest and longest lasting storm in the solar system, has been continuously shrinking for decades, and appears approaching this year its smallest size ever measured.

Despite so many factors working to keep it “alive” the Spot may be in need of life support. It’s been shrinking for decades. In 2012 the rate of shrinkage abruptly accelerated, something many amateur observers have commented on since that time. Several years later, while still shrinking in diameter, it expanded in latitude becoming more circular. Now it’s narrowed again and continues to diminish in both axes. This observing season I’ve been struck by the Spot’s unusually small size. That, along with its pale pink color and turbulent environment, have made it less obvious than ever.

…Using the WinJUPOS program and one of his recent high-resolution images, Peach measured the Great Red Spot’s diameter on November 6, 2023, at 12,500 kilometers or about 7,770 miles across. If confirmed it would make this season’s GRS not only smaller than the Earth (12,756 kilometers or 7,926 miles across) but the smallest size in observational history. A British Astronomical Association Jupiter section bulletin on October 30th described it as “the smallest it has ever been.” That’s a far cry from the late 1800s when the Spot ballooned to 41,000 kilometers (25,500 miles) — big enough to swallow three Earths with room to spare. Now it can barely contain one!

No one knows if this shrinkage is merely a normal long term fluctuation, or a sign that this many-centuries-old storm is finally dissippating. When it comes to the solar system’s gas giants, their size and long orbits make any firm conclusion difficult in only a few centuries of observation. To understand them properly will likely require thousands of years of observations, covering many orbits and seasons.

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Saxavord spaceport gets launch deal from German rocket startup

2:07 pm

The Saxavord spaceport, one of two being built in Scotland, has signed a launch deal from the German rocket startup Hy-Impulse, with two suborbital test launches scheduled for next year and an orbital launch targeting 2025.

HyImpulse, a launch services provider and DLR spinoff based in Baden-Württemberg, Germany, is currently gearing up for its inaugural suborbital launch early next year from Australia. It will however look to conduct two suborbital launches from SaxaVord Spaceport, located in Scotland’s Shetland Islands, from August 2024 onwards. HyImpulse has already secured an Air Navigation Order (ANO) license from the UK’s Civil Aviation Authority for one launch.

These will be followed by first orbital launches from late 2025 onwards. The plan envisions rising to full commercial operations by 2030.

All this assumes that the UK’s Civil Aviation Authority (CAA) can issue the launch licenses in time. After all it only six to ten months to approve those suborbital launches, and almost two years to approve the orbital launch. So far the CAA has proven unable to approve anything within even those long time frames.

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Biden White House proposes major expansion of the regulations governing commercial space

9:23 am

We’re here to help you! The Biden White House yesterday proposed a major expansion of the regulations that govern commercial space, with the changes aimed at splitting all regulation within the Transportaion and Commerce Departments, but expand the regulations to so as to increase the power of the government over all future activitives, from rockets to spacecraft to space stations.

According to the White House’s statement [pdf]:

Specifically, this proposal would amend 51 U.S.C. 50902 to define a “human space flight vehicle” as a vehicle, including a launch vehicle or reentry vehicle, habitat, or other object, built to operate in suborbital trajectory or outer space, including on a celestial body, with a human being on board. A license would then be required for a citizen of the United States to operate a human space flight vehicle in outer space. (51 U.S.C. 50904).

DOT would authorize the operation of a human space flight vehicle consistent with public health and safety, safety of property, space sustainability, international obligations of the United States, and national security, foreign policy, and other national interests of the United States. (51 U.S.C. 50905). This proposal adds “space sustainability” and “other national interests” to DOT’s current authority. Including “space sustainability” would allow DOT to include debris mitigation and require measures to protect the sustainable use of outer space in their regulations, to include the mitigation and remediation of orbital debris and consideration of impacts to the space operational environment. [emphasis mine]

Essentially, these new rules — purposely written to be vague — will allow the government to forbid any activity in space by private citizens it chooses to forbid. No private space station could launch without government approval, which will also include the government’s own determination that the station will be operatied safely. Once launched, the vagueness of these regulations will soon allow mission creep so that every new activity in space will soon fall under its review.

Since no one in the government is qualified to supervise things like this, in the end politics and the abuse of power will be the rule.

Moreover, by what constitutional right does the federal government have to supervise the work of all space companies, in all things? It doesn’t have that right, and in fact the Constitution was written expressly to forbid it from attempting such a thing. The Constitution however is nothing more than fish wrap in modern America.

Note that most other news reports on this proposal are making it sound as nothing more than a simple revision of the law to better organize the regulatory system. The assumption is always that the government is all-knowing and all-seeing, and has the ability to act as school teacher for everyone else.

Initially we can expect these regulations will be followed with good faith, but such things never last. Given time they will end up squelching freedom in space and the entire American effort to colonize the solar system. And should any American colony become reasonably self-sufficient under these rules (something not likely), the rules guarantee that they will revolt from American rule as quickly as possible.

At this moment this proposal is simply that. Congress needs to review it and decide if it wishes to do as the Biden White House proposes. Though it is unlikely it will pass as written, it is also likely that our present Congress will simply reword it to accept this expansion of power, in some manner.

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China launches ocean observation satellite

8:52 am

China today successfully launched what it claimed was the first of a new generation of ocean observation satellites, its Long March 2C rocket lifting off from its Jiuquan spaceport in northwest China.

No word on where the rocket’s lower stages, which use toxic hypergolic fuels, crashed inside China.

The leaders in the 2023 launch race:

83 SpaceX
52 China
14 Russia
7 Rocket Lab
7 India

American private enterprise still leads China 95 to 52 in successful launches, and the entire world combined 95 to 81. SpaceX by itself is still leads the rest of the world (excluding American companies) 83 to 81.

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FAA and Fish & Wildlife approve further launches of Starship/Superheav at Boca Chica

12:35 pm

Starship/Superheavy flight plan for first orbital flight
The April Starship/Superheavy flight plan. Click for original image.
The slightly revised flight plan for flight two can be found here.

Starship stacked on Superheavy, September 5, 2023
Starship stacked on Superheavy, September 5, 2023,
when Elon Musk said it was ready for launch

UPDATE: The FAA has now issued the launch licence [pdf]. Note it adds that the FAA and Fish & Wildlife have imposed new requirements (as noted in the announcements below) on SpaceX on this and future launches, all of which will have to be reviewed after each launch.

Original post:
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Both the FAA and the Fish & Wildlife department of the Interior Departiment today released their completed investigations of the environmental impacts created by the first test launch of SpaceX’s Starship/Superheavy rocket in April 2023, and (not surprisingly) concluded that the launch did no harm, and that a second launch can be allowed.

The FAA report can be found here [pdf]. The Fish & Wildlife report can be found here [pdf]. Both essentially come to the same conclusion — though in minute detail — that Fish and Wildlife had determined in April 2023, only a week after that first test launch.

No debris was found on lands belonging to the refuge itself, but the agency said debris was spread out over 385 acres belonging to SpaceX and Boca Chica State Park. A fire covering 3.5 acres also started south of the pad on state park land, but the Fish and Wildlife Service didn’t state what caused the fire or how long it burned.

There was no evidence, though, that the launch and debris it created harmed wildlife. “At this time, no dead birds or wildlife have been found on refuge-owned or managed lands,” the agency said. [emphasis mine]

In other words, the investigation for the past seven months was merely to complete the paperwork, in detail, for these obvious conclusions then.

As part of the FAA action today, it also issued range restrictions for a November 17, 2023 test launch at Boca Chica. Though there is no word yet of the issuance of an actual launch license, it appears one will be issued, and SpaceX is prepared for launch that day, with a 2.5 hourlong launch window, opening at 7 am (Central). SpaceX has already announced that its live stream will begin about 30 minutes before launch, at this link as well as on X.

Hat tip to BtB’s stringer Jay and my reader Jestor Naybor for these links.

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Lava/ice eruptions on Mars

11:49 am

Lava/ice eruptions on Mars
Click for original image.

Cool image time! The picture to the right, cropped, reduced, and sharpened to post here, was taken on August 1, 2023 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). Labeled by the science team as showing “possible lava-ice interaction,” the photo features some pimply-looking mounds that, though round like craters, sit above the surrounding landscape like small volcanoes.

That these are likely not ancient pedestal impact craters that now sit higher because their material is packed and can resist erosion is illustrated by the bridge-like mound in the lower right. This mound was likely once solid, but its north and south sections have disappeared, either by erosion or sublimation. If formed by an impact the mound would have had a depression in its top center, and would have only eroded outside the rim.
» Read more

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Japan to spend $6.6 billion over ten years to develop its space industry

9:19 am

The Japanese government has created a new $6.6 billion fund that it will provide to its space agency JAXA, spread out over the next ten years, to help develop the country’s commercial space industry.

The very short article at the link provides little additional information. For example, will JAXA be required to act merely as a customer, buying services from competing private companies, or will it be allowed to use this money to create its own projects that it designs, builds, and owns?

The difference is fundamental. Presently JAXA functions like NASA had for decades, partnering with only a handful of big space companies (Mitsubishi for example) to build its own government rockets and spaceships. The results have been comparable to NASA prior to 2010: Little gets built and whatever is built is overbudget and far behind schedule.

Since NASA accepted the idea of capitalism in space, where it no longer builds or owns much but relies on private enterprise to get it done, things have moved fast. Similarly, India and China have followed suit, and both are getting similar good results.

The unanswered question from this story is whether Japan has finally taken the leap to do it as well. Making this transition can be politically difficult, because the space agencies and big space contractors fight to protect their turf. It is not clear if the Japanese government is willing to fight that battle.

If it doesn’t, however, Japan will continue to be a backwater in space, like Russia,as the rest of the world’s space-faring nations increasingly turn to private enterprise, competition, and (most of all) freedom to get results.

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Scientists: More evidence cosmic rays come from nearby supernova remnants

9:07 am

The uncertainty of science: According to high energy data from an instrument on ISS, astronomers found more evidence that the cosmic rays that enter our solar system likely come from nearby supernova remnants.

Current theory posits that the aftermath of supernovae (exploding stars), called supernova remnants, produce these high energy electrons, which are a specific type of cosmic ray. Electrons lose energy very quickly after leaving their source, so the rare electrons arriving at CALET with high energy are believed to originate in supernova remnants that are relatively nearby (on a cosmic scale), Cannady explains.

The study’s results are “a strong indicator that the paradigm that we have for understanding these high-energy electrons—that they come from supernova remnants and that they are accelerated the way that we think they are—is correct,” Cannady says. The findings “give insight into what’s going on in these supernova remnants, and offer a way to understand the galaxy and these sources in the galaxy better.”

The results however do not prove this. Nor do they eliminate the possibility that cosmic rays might also come from other sources outside our galaxy. At present the data is simply too uncertain.

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Intuitive Machines will attempt to launch 3 lunar landing missions in 2024

8:52 am

South Pole of Moon with landing sites

According to the company’s CEO, Intuitive Machines is pushing to fly two more Nova-C lunar landing missions next year after its first is launched by SpaceX on January 12th and hopefully lands successfully near the Moon’s south pole on January 19th.

Intuitive Machines is working on two more Nova-C landers for its IM-2 and IM-3 missions, also carrying NASA CLPS payloads. The company has not announced launch dates for those missions, but Altemus said he hoped both could take place by the end of 2024.

“We are planning three missions in 2024,” he said, which will depend in part on NASA’s requirements as well as orbital dynamics. Landings at the south polar region of the moon, the target for IM-2, are linked to “seasons” where lighting conditions are optimal for lander operations. IM-3, he said, would happen “a few months” after IM-2.

Though Nova-C will launch after Astrobotic’s Peregrine lander (launching on ULA’s Vulcan rocket), it will get to the Moon quickly, and will attempt its landing first. If successfully it will therefore be the first private payload to do so.

The company’s ambitions for 2024 are laudable, but depend so entirely on everything going perfectly it will not be surprising if they do not pan out. Nor will it reflect badly on the company if just one mission flies in 2024. Landing a robot on another world is hard. For private companies to do it is harder.

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ESA firms up space station partnership with Voyager Space

8:38 am

The European Space Agency (ESA) and the American company Voyager Space last week signed an agreement making Voyager’s Starlab space station Europe’s main space station destination, replacing ISS.

Starlab will fulfill that role, at least partially, in the future for the space agencies of individual ESA member states. It’s expected to launch as soon as 2028, with operations set to start in 2029. This will include access for astronaut missions and to conduct research as well as providing opportunities for commercial business development. Starlab is also set to provide a complete “end-to-end” system in low-Earth orbit to which European crews and cargo will journey.

This European deal became more likely when Airbus joined the partnership of Voyager and Lockheed Martin in January 2023. It is also probably why Northrop Grumman in October 2023 abandoned its own space station project and joined this one instead. ESA is a big customer, most likely to guarantee the most profits.

What makes this deal different than ISS is that the station will not be owned by this large government customer. The companies building Starlab — led by Voyager — will be free to sell its services to anyone who wishes to use it. This deal also means that NASA and ESA will be going separate ways after ISS, no longer partnering on a station.

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The caldera wall of a Martian giant volcano

12:12 pm

The caldera wall of Pavonis Mons
Click for original image.

Cool image time! The picture to the right, rotated, cropped, reduced, and enhanced to post here, was taken on June 8, 2023 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). It shows the top half of the northwestern interior wall of the central caldera of Pavonis Mons, the center volcano in the string of three giant volcanos found in Mars’ equatorial regions.

The elevation change from the top to the bottom of this picture is about 7,000 feet, though this covers only half the distance down to the floor of the caldera. The picture was taken as part of a survey of this caldera wall.

Volcanic activity here is thought to have ended more than a billion years ago. Thus we are looking at relatively old terrain that has had many eons to be reshaped since the last eruption.
» Read more

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NASA “pauses” Mars Sample Return mission

9:11 am

Perseverance's first set of core samples, placed on the floor of Jezero Crater
Perseverance’s first set of core samples,
placed on the floor of Jezero Crater

Faced with a strong threat of major budget cuts from the Senate, NASA has decided to “pause” the Mars Sample Return mission (MSR) by ramping back some work to consider major changes to the project.

We brought Steve [Thibault] downtown to be the chief engineer in the Headquarters MSR program office … leading a team that consists of all the implementing centers and our European colleagues to stand back and take a look at the architecture with a fresh set of eyes and figure out not only just how to improve our technical margins and make the mission more robust, but also to see if there are ways to implement it in ways to potentially save costs. We’re also going off and listening to industry and seeing what ideas they have.

While the House had approved NASA’s budget request that exceeded $1 billion to complete the mission (more than double its original price tag), the Senate responded by only allocating one quarter of that, demanding NASA come up with a plan that would match its original budget number. This Senate pressure was enhanced by an independent review that harshly criticized the present design of the project, which involves three NASA centers, European participation, and multiple American companies, all building different components that must all interact perfectly.

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Musk: Government approval for 2nd Starship/Superheavy launch expected before Friday

8:35 am

According to a tweet today by Elon Musk, he has been informed that the federal government will give its blessing for SpaceX to conduct the second Starship/Superheavy test launch from Boca Chica in time for a Friday November 17, 2023 launch.

The launch window opens at 7 am (Central) and lasts until 11:20 am.

Let us all now bow our heads to our lords and saviors at the FAA and Fish and Wildlife for finally deciding to allow this once-free American to simply do something the government was once forbidden from blocking. The worst part is that the fundamental law that forbids such government interference (its called the Constitution and the Bill of Rights) has not been officially repealed, merely morphed into nothing more than fish wrap while everyone decided to look the other way.

Be warned: Even if by some miracle this second test launch goes perfectly, these government agencies are still not going to allow a quick turn-around for a third launch. No, they will put SpaceX through the same investigatory grind, eating up months. And if the more likely scenario occurs, and the launch does not go perfectly, I guarantee the grind will go on longer.

Sovereign power now resides within Washington, not the people of the United States. The proof is how so many of those people now consider this situation normal and expected.

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Curiosity looks back at Gale Crater one last time before month-long communications break

11:11 am

Looking back at Gale Crater
Click for image.

Overview map
Click for interactive map

Though the view has not changed much since early October, when I last posted a Curiosity navigation image looking out across Gale Crater from the present heights of Mount Sharp, today’s image above, taken on November 8, 2023, sol 4001 since the rover landed on Mars, signals the beginning of the monthlong solar conjunction, when all communications with Mars is blocked because the Sun has moved between the Earth and the Red Planet.

Solar conjunction occurs every two years, with this being the sixth conjunction experienced by Curiosity. It officially began on November 6th and is expected to end around November 29th. The picture above however was obtained two days into that conjuction, and is unusual in that it does not have the large drop-outs now seen in many other images taken then, both from Curiosity and Perseverance. We should expect there to be very few additional images before the end of November.

The blue dot in the overview map to the right shows Curiosity’s present position, with the yellow lines indicating roughly the area covered by the picture above. The crater rim is about 20 to 25 miles away, with the peak of Mount Sharp about the same distance away in the opposite direction. The rover has climbed about 2,500 feet, but it still sits about 13,000 feet below the mountain’s peak. Though the photo encompasses Curiosity’s entire route since landing, most of it is out of sight, the lower flanks of Mount Sharp blocking our view.

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Spanish court indicts two high-altitude balloon companies for stealing from third

9:16 am

In a legal battle between the three Spanish high-altitude balloon tourist companies (Zero-2, Halo, and Eos-X), a court in Spain has indicted the latter two for stealing trade secrets from the first.

The case stems from Zero 2 Infinity’s allegations that the people hired to raise money for its space tourism business established two competing firms based on Zero 2 Infinity’s intellectual property.

After asking for extensive documentation to share with potential investors, some of the individuals indicted “changed the logo in the presentations and managed to raise 1 million euros for a company that was just a website with some” computer generated imagery, Jose Mariano Lopez-Urdiales, Zero 2 Infinity founder and CEO, told SpaceNews. “They thought they could do that because Zero 2 Infinity was in financial distress, in part because we were expecting that 1 million euros to arrive.”

…The law in question carries potential penalties “of imprisonment from three to five years” if the secrets in question were “disseminated, revealed, or transferred to third parties” in addition to fines, Spanish attorney Leonardo López Marcos, co-founder of the International Legal Center for Space Sustainability, said by email.

One of the companies, Halo, apparently used the fund-raisers as a go-between so that it never had any direct links to the original company, Zero-2. Of the three companies, Halo has now done the most test flights. Whether this ruling will force it to shut down remains unclear.

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SpaceX successfully launches two communications satellites

2:53 pm

SpaceX today successfully launched its third pair of communications satellites for the Luxembourg satellite company SES, its Falcon 9 rocket lifting off from Cape Canaveral.

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

The leaders in the 2023 launch race:

83 SpaceX
51 China
14 Russia
7 Rocket Lab
7 India

American private enterprise now leads China 95 to 51 in successful launches, and the entire world combined 95 to 80. SpaceX by itself is now leads the rest of the world (excluding American companies) 83 to 80.

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SpaceX launches 90 payloads on its ninth smallsat Transporter mission

4:57 pm

SpaceX today successfully launched 90 payloads on its ninth smallsat Transporter mission, its Falcon 9 rocket lifting off from Vandenberg in California.

From the link: “There will be 90 payloads on this flight deployed by Falcon 9, including CubeSats, MicroSats, and orbital transfer vehicles carrying an additional 23 spacecraft to be deployed at a later time.”

The first stage completed its twelth flight, landing back at Vandenberg.

The leaders in the 2023 launch race:

82 SpaceX
51 China
14 Russia
7 Rocket Lab
7 India

American private enterprise now leads China 94 to 51 in successful launches, and the entire world combined 94 to 80. SpaceX by itself is now leads the rest of the world (excluding American companies) 82 to 80.

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Frank Borman, an old-fashioned American of the highest order, passes away at 95

9:54 am

Frank Borman, suited up just before the launch of Apollo 8 in 1968
Frank Borman, suited up just before
the launch of Apollo 8 in 1968

Frank Borman, who was the commander of both the Gemini 7 manned mission that proved that humans could live in weightlessness for two weeks as well as the Apollo 8 mission to the moon, the first human mission ever to another world, passed away on November 7, 2023 in Montana at the age of 95.

For a detailed obituary, go here. Though still survived by his crewmates on Apollo 8, Jim Lovell and Bill Anders, his death ends that mission’s status as the last fully surviving crew of an Apollo mission.

My experience with Frank Borman was personal, as I interviewed him several times in writing Genesis: the Story of Apollo 8. In fact, he in many ways made the book possible. At the time I was still a relatively new science journalist, with no books to my credit. In trying to reach all three astronauts from Apollo 8, I did many web searches, and though I was able to locate the business numbers of Borman and Lovell, I found it impossible to locate contact information for Bill Anders.

Nonetheless, I started with Borman, and cold-called the car dealership he then owned in Corpus Cristi. When the phone was answered I was astonished to recognize the voice of Borman on the other end saying “How can I help you?” (Apparently it was lunch time, and Borman was holding the fort while his staff went out to eat.)

I immediately asked, “Is this commander Borman?” and got a very skeptical and suddenly doubtful “Yes” in reply. I realized immediately that Borman’s fame meant he was often harassed by fans in ways that could be annoying. I quickly explained who I was and that I wanted to write a history of the Apollo 8 mission, and to do so I wished to personally interview both him and his wife Susan. I explained that I strongly felt the story of the mission couldn’t be told properly without her perspective.
» Read more

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FCC extends SpaceX’s communications license for Starship/Superheavy launch

6:46 pm

The FCC tonight extended SpaceX’s communications license for Starship/Superheavy launch from December 1, 2023 to February 23, 2024.

Though there are a lot of rumors that Fish and Wildlife is about to approve the launch, which will allow the FAA to issue the actual launch license, this extension suggests SpaceX is covering its bets in case the approvals are further delayed, or if they are approved in November weather issues force a delay into December.

I remain pessimistic about a November launch, not because I don’t want it to happen (I do), but because I have no faith in the federal government’s desire to allow it to happen. The bureaucracy has now delayed this launch more than two months (SpaceX was ready to launch in September) and the politics continue to sugges the delays will continue.

Hat tip to BtB’s stringer Jay for the link.

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SpaceX successfully launches a cargo Dragon to ISS

6:40 pm

Using a Falcon 9 rocket lifting off from Cape Canaveral, SpaceX tonight successfully launched a cargo Dragon carrying supplies to ISS.

This Dragon capsule is making its second flight. The first stage also completed its second flight, landing back at Cape Canaveral. The capsule itself will dock with ISS early Saturday morning.

The leaders in the 2023 launch race:

81 SpaceX
51 China
14 Russia
7 Rocket Lab
7 India

American private enterprise now leads China 93 to 51 in successful launches, and the entire world combined 93 to 80. SpaceX by itself is once again leading the rest of the world (excluding American companies) 81 to 80.

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The strange craters in the high northern latitudes of Mars

11:59 am

The strange craters in the Martian northern lowlands
Click for original image.

Cool image time! The picture to the right, rotated, cropped, reduced, and enhanced to post here, was taken on August 22, 2023 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). I have also inserted data from a July 28, 2008 context camera image into the blank strip that now exists in the center of high resolution camera images due to the failure of one sensor.

This photo is what the camera team calls a terrain sample, and was probably taken not as part of any specific request but to fill a gap in the camera’s schedule in order to maintain its proper temperature. When the camera team does this they try to find locations that either have not been observed in much detail previously or have interesting features. In this case the team accomplished both. The interesting features are the two pedestal craters, both surrounded by splash aprons. Neither has been observed in high resolution previously, and the context camera has only taken two pictures of this location in total.
» Read more

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China’s Long March 3B rocket launches communications satellite

10:53 am

China last night successfully put a geosynchronous communications satellite into orbit, its Long March 3B rocket lifting off from its Xichang spaceport in southern China.

No word on where the rocket’s core stage, second stage, and four side boosters crashed inside China. All use extremely toxic hypergolic fuels, so anyone approaching any wreckage risks serious health issues.

The leaders in the 2023 launch race:

80 SpaceX
51 China
14 Russia
7 Rocket Lab
7 India

American private enterprise still leads China 92 to 51 in successful launches, and the entire world combined 92 to 80. SpaceX by itself is once again tied with the rest of the world (excluding American companies) 80 to 80, but this will probably change later today, when the company launches a cargo Dragon to ISS. NASA’s live stream is here.

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NASA awards company contract to develop new advanced solar panels

9:43 am

NASA has awarded the solar panel company Solestial its second development contract, with both contracts worth more than one million dollars, to develop new advanced solar panels for use on future commercial space stations.

The 18-month SBIR Phase II contract will provide funds to support development of next generation, 50-kilowatt (kW) class solar array wings. Solestial’s silicon solar blanket technology will allow for arrays larger than any ever built, while also maintaining lower mass and competitive efficiency. The array will be developed in collaboration with Opterus Research & Development, who will develop a low-cost, novel deployment system for Solestial’s ultrathin, flexible, silicon solar blankets.

These blankets will be an upgrade from the new panels presently being deployed on ISS, that unroll like a blanket rather than unfold like hard panels. The design is lighter weight, easier to deploy, and cheaper. It will thus become a valuable product that every private space station will want to buy.

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Firefly wins Australian payload for its second Blue Ghost lunar lander mission

9:29 am

Firefly yesterday announced that the Australian commercial company, Fleet Space Technologies, will fly its seismometer on Firefly’s second Blue Ghost lunar lander mission, planned to land on the far side of the Moon in 2026.

Fleet Space’s SPIDER payload is part of the Australian Space Agency’s Moon to Mars initiative that’s aligned with NASA’s Artemis program to support future habitation on the Moon. Upon deployment of the payload, Firefly’s Blue Ghost lunar lander will provide ongoing power and communications, enabling SPIDER to capture seismic data from the lunar surface for up to 14 days. This data will offer insights into the geological properties of the lunar subsurface and its mineral profile, such as water ice, that can support lunar infrastructure and further regolith exploration.

The mission also has payloads from NASA and the European Space Agency. Note that all three governments are buying the lunar landing services from this private company, rather than build the lander themselves.

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Next X-37B launch now scheduled for early December on SpaceX’s Falcon Heavy

9:21 am

The next X-37B launch has now been scheduled for a December 7, 2023 launch, and will be sent into orbit for the first time on SpaceX’s Falcon Heavy rocket.

The mission, designated USSF-52, will conduct a wide range of tests, including operating the reusable spaceplane in new orbital regimes, experimenting with space domain awareness technologies, and investigating the radiation effects on materials provided by NASA, the Space Force said in a statement Nov. 8. “We are excited to expand the envelope of the reusable X-37B’s capabilities,” said Lt. Col. Joseph Fritschen, the X-37B program director. The NASA experiment onboard, known as Seeds-2, will expose plant seeds to the harsh radiation environment of long-duration spaceflight.

SpaceX was awarded a $130 million contract in June 2018 to launch USSF-52. The mission was originally scheduled to launch in 2021 and has been delayed by payload and range availability.

The use of the Falcon Heavy suggests the payloads on this next flight are heavier and require that rocket’s extra boost. This will be the seventh X-37B flight of the Space Force’s fleet of two reusable mini-shuttles, beginning in 2010. The previous mission lasted 908 days in orbit, and landed one year ago in November.

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Japanese billionaire finally concedes his Starship Moon mission won’t happen in 2023

9:14 am

Japanese billionaire Yusaku Maezawa finally admitted publicly today that his manned Moon mission using SpaceX’s Starship/Superheavy rocket won’t happen in 2023 as first announced in 2018.

The most significant part of the announcement? “”We’re not sure when the flight will be,” Maezawa noted on X. Though SpaceX and several news sources claim that federal approval for the next test launch could occur as soon mid-November, Maezawa — as one of SpaceX’s most important customers — might have more detailed non-public information about that approval process.

Even if that second flight get approved and flies in November, it does not mean Maezawa’s manned mission will soon follow. SpaceX will certainly not be ready for manned Starship launches following this test. It will likely require at least a few more unmanned test launches, with each likely delayed months by the same federal bureaucracy that delayed the second test launch by months.

Unless something significant changes in how the federal government is regulating SpaceX at Boca Chica, the first manned flight of Starship is likely years away, no sooner than 2025, but more likely 2026 or 2027.

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Rocket Lab schedules next launch, plans 22 launches in 2024

9:03 am

Rocket Lab has completed its investigation into a September 2023 launch failure and has now scheduled its next Electron launch for the end of November.

More significant, it says it has 22 booked launches scheduled for 2024, a pace that would more than double its previous annual record of 9 launches in 2022.

In its third quarterly report it also revealed that it lost just over $40 million in that quarter, more than last year’s third quarter by 17%. The September launch failure impacted those numbers, though the company’s revenue in the third quarter still grew by 7% from the previous year.

To achieve 22 launches next year will require the company to launch twice a month. With three launchpads (two in New Zealand and one in the U.S.) this is possible, but challenging. Of those launches, nine will attempt to recover and reuse the first stage, and two will not be orbital but suborbital hypersonic tests for the military.

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Strange meandering ridge amidst Martian glaciers

12:21 pm

Overview map

Strange meandering ridge in glacier country

Cool image time! The picture to the right, cropped, reduced, and sharpened to post here, was taken on June 21, 2023 by the high resolution camera on Mars Reconnaissence Orbiter (MRO). Its focus is the meandering ridge in the center of the picture, which the scientists intentially describe vaguely as a “ridged flow-like feature”.

The elevation difference between the high and low points within the picture is about 500 feet, though most of that slope occurs in the lighter terrain on the right. The darker area where the ridge is located has no clear elevation trend, though there are hints of depressions and rises within it.

The yellow dot on the overview map above marks this location, deep within the chaos terrain dubbed Deuteronilus Mensae, on the western end of the 2,000 long northern mid-latitude strip I dub glacier country, because practially every image from there shows glacial features.

To underline this fact, the red and white dots mark previous cool images from 2020 and 2021, with the first showing an eroded glacier and the second glacial ice sheets.

The mesa to the east of this picture rises more than 6,000 feet to its peak, as indicated by the black dot. This is also the highest point for this entire grouping of mesas. All are surrounded by a single large apron of material, likely a mixture of alluvial fill and ice.

What however caused the narrow ridge in the picture above? Is it ice or bedrock? If ice why is it so different than the glacial material that seems to surround it? If bedrock, it suggests it is instead an ancient inverted channel created when that ridge was a canyon through which ice or water flowed, compacting the canyon floor. When the terrain around it eroded away it was more resistent and became a ridge instead.

I have no answer. The colors suggest the ridge is rock, not ice, but that is not conclusive.

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