Sutherland spaceport reconfigures design in effort to satisfy environmental concerns

Proposed spaceports surrounding Norwegian Sea
Proposed spaceports surrounding Norwegian Sea.

The Sutherland spaceport being built in the north of Scotland has announced plans to shrink its size in order to satisfy environmental concerns, likely raised by the many bureaucrats in the United Kingdom that have to approve its spaceport license.

Orbex is now consulting with the local community on proposed changes, including a smaller launch pad, to better protect the surrounding environment. There will also be smaller access roads, and the size of the integration facility, where rockets are assembled before launch, is to be reduced.

The company said: “These changes will make the building footprint smaller, leading to a reduction in peat disturbance and a lower impact on the groundwater ecosystem. The visual impact of the site will also be reduced, and there will be less disturbance to local watercourse crossings, with mammal migration paths widened to better preserve the natural environment.

Orbex has signed a 50-year lease to use this spaceport, and has been building its Prime rocket in a facility nearby. It had hoped to complete a first launch in 2023, but that is clearly not going to happen. It had applied for a launch license in February 2022, but apparently the Civil Aviation Authority (CAA) in the United Kingdom has still not issued it, almost two years later.

Much of the environmental opposition to the Sutherland spaceport was initially instigated by a billionaire who had invested in the competing Saxavord spaceport on the Shetland Islands. Though his lawsuit was dismissed in August 2021, this does not mean that the opposition by him and others has ceased.

Overall, it appears that like at Saxavord in Shetland, work at Sutherland has significantly slowed in recent months. It appears both are being blocked for regulatory reasons, delays that once again provide an opportunity for the spaceports being developed in Norway and Sweden.

Intelsat partnering with both Starlink and OneWeb

The satellite communications company Intelsat has begun partnering with both Starlink and OneWeb to provide service to its customers using satellites from its own constellation as well as the constellations of these competiting companies.

Intelsat is producing a new flat panel antenna that enables moving vehicles to use broadband services from the company’s geostationary satellites and from SpaceX’s Starlink network in low Earth orbit. The phased array electronically steered antenna was installed on the roof of a sports utility vehicle for demonstrations at an Intelsat investor day event Nov. 30.

This antenna is designed to be rugged enough for military use, thus targeting the prime customer Intelsat is aiming at. It also hopes to make a deal to use Amazon’s Kuiper constellation in the same way, once that constellation is launched.

The company also has a deal with OneWeb to use a combination of their satellites to provide broadband services during commercial airline flights.

Ursa Major raises $138 million in private investment capital

The rocket engine startup Ursa Major has successfully raised an additional $138 million in private investment capital in an extended round of fund-raising.

Rocket propulsion startup Ursa Major announced Nov. 30 it has raised $138 million in Series D and D-1 funding rounds. Investors include Explorer 1 Fund and Eclipse, RTX Ventures, funds and accounts managed by BlackRock, Exor Ventures, Mack & Co., XN and other institutional shareholders.

Based in Berthoud, Colorado, Ursa Major manufactures liquid engines for small space launchers and hypersonic vehicles, and recently announced plans to expand into solid rocket motors. An initial Series D round was completed earlier this year. But Ursa Major said it extended fundraising to include a Series D-1 round “due to strong interest in accelerating development on several future programs.”

The company’s decision to enter the solid rocket motor market was apparently greeted with enthusiasm by investors. The biggest user of these motors is the U.S. military, and it desperately needs more provides to refresh its stockpile, since so much of that stockpile has been shipped to the Ukraine.

Update on Blue Origin activity at Cape Canaveral

Link here. Much of the activity the article describes has to do with preparing for a first launch of Blue Origin’s New Glenn rocket, suggesting that it might finally take place in 2024 as presently planned.

In fact, the activity also suggests that the company intends to attempt to recover its first stage from a landing ship in the ocean on that first flight.

In early October, a large Liebherr mobile crane was delivered to Port Canaveral to support Blue Origin’s continuously growing presence on the Space Coast. Once New Glenn begins flying, this crane will assist recovery operations by lifting the 57.5-meter-tall first stage from the landing vessel and onto shore.

More recently on Nov. 27, a large jig on a barge was towed into Port Canaveral and proceeded to be offloaded by Blue Origin’s new crane. This custom-made structure appears to be a stand to support New Glenn first stages after being offloaded from its landing vessel. Various work platforms will allow crews to inspect the boosters in different locations before the booster itself is transported back to the factory, or the future refurbishment facility which is still yet to be built.

It also appears the company has built a full scale test version of New Glenn to allow testing of all operations prior to launch.

Keep your fingers crossed. With former CEO Bob Smith gone, Blue Origin might finally be coming back alive at last.

Russia launches Progress to ISS

Russia early this morning successfully launched a Progress freighter to ISS, its Soyuz-2 rocket lifting off from Baikonur in Kazakhstan.

The rocket’s core stage, strap-on boosters, and second stage crashed in the standard drop zones the Russians have used since the launch of Sputnik in 1957. It is unclear how close to inhabited areas any of these are.

The leaders in the 2023 launch race:

87 SpaceX
53 China
16 Russia
7 Rocket Lab
7 India

American private enterprise still leads China in successful launches, 99 to 53, and the entire world combined 99 to 85. SpaceX by itself still leads the entire world (excluding other American companies) 87 to 85.

SpaceX however has two launches scheduled for today, one at Vandenberg at 10:04 am (Pacific) and the second at Cape Canaveral at 11 pm (Eastern). The links go to the live streams.

ESA admits Ariane-6 will not fly until the summer of 2024

The European Space Agency today announced that the first launch of its new Ariane-6 rocket will not take place in the first quarter of 2024 and is now targeting a summer launch instead.

At a Nov. 30 briefing, ESA Director General Josef Aschbacher announced a launch period for the inaugural Ariane 6 flight of June 15 through July 31. A more precise launch date will be provided after qualification reviews in the spring of 2024. The announcement comes after a Nov. 23 long-duration test firing of a model of the core stage of the Ariane 6. That test, conducted on the launch pad at Kourou, French Guiana, was intended to simulate a full burn by the core stage.

The delay is not significant by itself, but in the large scheme of things it continues for another few months Europe’s lack of any large rockets to launch any payloads. The original plan when the Ariane-6 project was announced in the mid-2010s was for it to begin flights in 2020 with a several year overlap as the Ariane-5 was retired around 2023. As planned, the last launch of Ariane-5 occurred this summer, but Ariane-6 is now four years behind schedule.

At the moment the rocket has one more major test required, an upper stage static fire test scheduled for December. That test must go well for this new schedule to go forward, which will include a second Ariane-6 launch in 2024 followed by “as many flights as possible” in 2025. ESA hopes to do 9 to 10 Ariane-6 launches per year, most to fulfill the contract of 18 launches with Amazon to put some of its Kuiper satellite constellation into orbit.

Japan’s space agency JAXA was hacked this summer

According to officials of Japan’s space agency JAXA, its computer system was hacked this summer but only learned of that break-in recently.

The illegal access is believed to have occurred around summer, but JAXA was unaware of the attack until the police contacted the agency, according to the sources. A full investigation was launched after JAXA reported the cyber-attack to the Education, Culture, Sports, Science and Technology Ministry, which has jurisdiction over the agency.

Although no large-scale information leakage has been confirmed at this stage, an official related to JAXA said: “As long as the AD server was hacked, it was very likely that most of the information was visible. This is a very serious situation.”

Earlier hacks to JAXA’s systems have also occurred in 2016 and 2017, with the culprits identified as working under the direction of the Chinese military. It is very likely that China is involved this time as well. China has previously been identified as the perpetrator of hacks of JPL from 2009 to 2019, during which much of JPL’s files on its planetary missions was stolen. It was thus no surprise when later Chinese planetary missions looked like upgraded copycats of those missions.

Why China is attempting to steal anything from Japan’s space program is puzzling however, considering its recent failures. If anything, China’s space program is presently far more advanced than Japan’s, and it should be Japan trying to steal from China.

SpaceX buys the company that makes its Dragon parachutes

According to a Florida bankruptcy filing dated November 22, 2023, SpaceX has purchased for $2.2 million Pioneer Aerospace, the company that has been manufacturing the parachutes used by its Dragon cargo and manned capsules.

Apparently SpaceX bought the company in order to make sure its parachutes would still be available. This purchase also brings that operation into SpaceX itself, so that the company is no longer dependent on an outside vendor. Since its early days SpaceX has attempted to build as much as possible in-house, and this buy follows that policy.

Space industry expresses opposition to White House regulatory proposal

Not surprisingly, the Commercial Spaceflight Federation (CSF), the industry group that represents pretty much the entire new commercial space business, has sent a letter to both the House and Senate expressing strong opposition to the November 15th White House regulatory proposal that would impose heavy regulation on both launches and the construction of any private facility in space.

“We oppose the recently released National Space Council (NSPC) proposal on the topic in its current form, which fails to consider the points that CSF and many other stakeholders raised during the NSPC listening sessions last year,” CSF said in its letter to Congress.

The organization raised several concerns, including how responsibilities would be split between the two departments and the potential for “duplicative and conflicting” requirements between Commerce and Transportation. “For some operations, it is unclear which agency would hold the authority to issue a relevant license, or if multiple licenses would be needed,” it stated.

The group is concerned about giving additional responsibilities to the FAA’s commercial space transportation office without also significantly increasing its budget, noting that the office is struggling to keep up with its current launch and reentry licensing. At an October hearing of the Senate Commerce Committee’s space subcommittee, industry officials recommended increasing that office’s budget to handle launch licensing work, without any discussion of it taking on additional responsibilities.

CSF was also worried that the proposed mission authorization system could disrupt plans by NASA to shift from the International Space Station to commercial stations by the end of the decade. “Introducing a bifurcated and unclear regulatory regime for commercial space stations,” the letter stated, “could risk U.S. leadership in low-Earth orbit.”

Apparently the entire space industry came to the same conclusion I did after reading the White House proposal after its release:

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.

It must be noted that the entire Democratic Party caucus in the House apparently approves of this power grab, because they immediately abandoned all support of the previously negotiated proposal that the industry and Congress had worked out and a House committee was about to pass. Their opposition forced that committee vote to be canceled. According to that committee, it will resume its consideration of that bill today. We shall see if this industry opposition changes any of their minds.

Pentagon is now all-in on capitalism in space

Capitalism in space: Based on recent remarks from officials as well as a number of newly issued contracts, the U.S. military has now decided to completely shift from designing and building its own space hardware — which it has increasingly done badly at great cost — to simply becoming a customer buying products from the private sector.

First we have remarks and press announcements from top Pentagon officials, stating this policy change.

Deputy Defense Secretary Kathleen Hicks, who has spearheaded Pentagon efforts to bring cutting-edge technology into defense programs, is overseeing the military’s first commercial space integration strategy.

The new strategy comes as the Pentagon seeks to tap into advancements in commercial space technology to maintain an advantage over China, now seen as America’s top military competitor. “At Deputy Secretary Hicks’ direction, the Department is currently developing our first DoD Commercial Space Integration Strategy in order to drive integration and ensure the availability of commercial space solutions during competition, crisis and conflict,” Pentagon Spokesman Eric Pahon said Nov. 27 in a statement to SpaceNews.

Nor are these merely words. On November 22, 2023 the military announced a request for proposals from twenty different commercial space companies to provide all of its military needs in orbit, with potential contracts worth up to $900 million.

The Proliferated Low Earth Orbit (PLEO) Satellite-Based Services contract, first announced in July, is run by the Defense Information Systems Agency (DISA) on behalf of the Space Force’s Commercial Satellite Communications Office (CSCO), a central marketplace for satellite services operated by the Space Systems Command.

…The PLEO contract “supports the Department of Defense’s requirement to provide worldwide, low-latency PLEO services,” said DISA. The IDIQ contracting method allows the Department of Defense, other federal agencies and international allies “to procure fully managed satellite-based services and capabilities for all domains (space, air, land, maritime and cyber) with a consistent, quality-backed, low-latency offering.”

This shift is excellent news, not only for the commercial space industry but for the American military itself. The former is guaranteed to grow and innovate as these companies compete for military business, while the latter will get what it needs more quickly and at much lower cost.

SpaceX launches 23 Starlink satellites

SpaceX last night successfully launched another 23 Starlink satellites into orbit, its Falcon 9 rocket lifting off from Cape Canaveral.

The first stage completed its seventeeth flight, landing on a drone ship in the Atlantic. That SpaceX now has several first stages that have been reused this much and it isn’t considered news is in itself a story. The company has actually gotten this rocket to perform like an airplane, a goal that Elon Musk aspired too more than a decade ago.

The leaders in the 2023 launch race:

87 SpaceX
53 China
15 Russia
7 Rocket Lab
7 India

American private enterprise now leads China 99 to 53 in successful launches, and the entire world combined 99 to 84. SpaceX meanwhile widens its lead over the rest of the world (excluding American companies) 87 to 84.

As a number of my readers have noted, the U.S. lead this year is entirely due to SpaceX, indicating a dominance that is actually unhealthy. Other American companies need to come forward and challenge it, because the competition will spark innovation and better rocketry. With no competition, it is inevitable that even SpaceX could get lazy.

Blue Origin begins third major expansion of Huntsville facility

Blue Origin has been issued a $8.4 million building permit by local Huntsville authorities as part of the third major expansion of its rocket-manufacturing facility there.

According to the report, of the 377 permits issued so far in October and November, this was the largest. All three expansions have occurred in the past three years.

The article however includes this ridiculous statement:

The aerospace company owned by Jeff Bezos, Blue Origin has emerged as one of the top commercial spaceflight companies as the country has placed a renewed effort on returning to the moon and eventually to Mars.

How could Blue Origin be “one of the top commercial spaceflight companies” when it has still not launched anything into orbit? Even the tiny rocket startup Astra, now on the verge of bankruptcy, put more mass into orbit than Blue Origin. Everyone has, since the mass Blue Origin has put into orbit so far equals a nice fat zero.

This expansion however does suggest that something positive might finally be happening at the company. With the removal of Bob Smith as CEO and Jeff Bezos now living in Florida and closer to the action it could be that the continuing string of non-accomplishment that has made Blue Origin a bit of a joke in the space industry might possibly be ending.

We shall have to wait and see, however.

Ariane-6’s core stage completes full 7 minute engine test

Engineers yesterday successfully completed a two-hour dress rehearsal countdown and fueling of an Ariane-6 first stage followed by a full seven minute engine burn, simulating what that stage would do during a launch.

The test took place on Ariane-6’s launchpad in French Guiana.

The November 23 test sequence was run the same way as the previous ones, with a launch sequence and final countdown representative of a launch, including removal of the mobile gantry and filling the launcher’s upper and core stage tanks with liquid hydrogen (-253° Celsius) and liquid oxygen (-183° Celsius). The test ended with the ignition of the core stage Vulcain 2.1 engine, followed by more than 7 minutes of stabilized operation covering the entire core stage flight phase. All functional aspects of Ariane 6’s core stage during the flight phase were tested.

According to the European Space Agency, only one more engine test of the Ariane-6’s upper stage remains before the spring launch can be attempted, and that engine test is planned for next month in Germany.

With the retirement of the Ariane-5 rocket in July, Europe has had no large rocket to launch payloads. Originally Ariane-6’s first launches were supposed to be in parallel with Ariane-5’s last launches, but its development is four years behind schedule.

China launches classified satellite

China today used its Long March 2D rocket to launch what it described as “a technology experiment satellite for satellite internet technologies”, the rocket lifting off from its Xichang spaceport in the southwest of China.

No other information was released. While the satellite could be a test satellite for a constellation comparable to Starlink, the lack of information suggests otherwise.

No word also on whether the rocket’s first stage, using toxic hypergolic fuels, landed near habitable areas. The drop zone was over heavily populated areas in China.

Furthermore, China’s Kuaizhou-1 rocket had also been expected to launch today from Xichang in the wee hours of the morning, also carrying a classified payload. No word yet on whether that launch occurred, was scrubbed, or was simply the Long March 2D launch, the name of the rocket misunderstood prior to launch because of China’s secrecy.

Putting that unknown launch aside, here are the present leaders in the 2023 launch race:

86 SpaceX
53 China
14 Russia
7 Rocket Lab
7 India

American private enterprise still leads China 98 to 53 in successful launches, and the entire world combined 98 to 83. SpaceX by itself still leads the rest of the world (excluding American companies) 86 to 83.

Eutelsat-OneWeb gets license approval in India

Less than two weeks after SpaceX obtained regulatory approval to offer its Starlink system in India, Eutelsat-OneWeb (newly merged) has now gotten its own approval.

Eutelsat-OneWeb is half owned by an Indian investment firm, so it is no surprise it obtained this approval soon after SpaceX. The two companies will now be competing aggressively for business in this giant country, whose technological capabilities has been renewed in recent years by the abandonment of a socialist/communist government for a leadership focused on encouraging freedom, capitalism, and competition.

North Korea launches spy satellite

In its third attempt this year to launch a spy satellite, North Korea today succeeded at last, its new Chollima-1 rocket lifting off from Sohae spaceport on the country’s western coast and placing in orbit what is probably a relatively primitive spy satellite with a limited lifespan.

Though launched on the coast, the flight path crossed over North Korea, with drop zones for the rocket’s lower stages in the Yellow and East China seas. The previous two launch failures (in May and August) did the same, with South Korea salvaging stages and the satellite from the first failure. The data recovered suggested the spy satellite was of “no military utility” according to the South Korean military.

As usual, U.S. and South Korean officials condemned the launch, calling it a violation of UN sanctions. Note too that this was not North Korea’s first successful launch, having managed launches in 2012 and 2016 previously, with a different rocket.

Because this was North Korea’s first success in 2023, the leader broad in the 2023 launch race remains unchanged:

86 SpaceX
52 China
14 Russia
7 Rocket Lab
7 India

However, the launch was the 180th in 2023, setting a new global record for the launches in a single year, eclipsing the record set last year. Since Sputnik in 1957 the average number of successful launches globally was generally less than a hundred. This year it is very possible the world will double that average, almost entirely because of American private enterprise, which leads China 98 to 52 in successful launches, and the entire world combined 98 to 82. SpaceX by itself still leads the rest of the world (excluding American companies) 86 to 82.

SpaceX launches 23 more Starlink satellites

SpaceX early last night continued its campaign to reach 100 launches in 2023, its Falcon 9 rocket launching for the third time in just over four days, lifting off from Cape Canaveral carrying 23 more Starlink satellites into orbit.

The first stage completed its fifteenth launch, landing on a drone ship in the Atlantic.

The leaders in the 2023 launch race:

86 SpaceX
52 China
14 Russia
7 Rocket Lab
7 India

American private enterprise now leads China 98 to 52 in successful launches, and the entire world combined 98 to 81. SpaceX by itself is now leads the rest of the world (excluding American companies) 86 to 81.

With this launch, the number of successful orbital launches in 2023 now matches the record total of 179 set last year. With a little more than five weeks to go, expect that number to top 200 before the year is out, especially because China has historically tended to launch a lot of rockets in December.

North Korea announces it will attempt orbital launch of spy satellite this week

North Korea has announced that it will make a third attempt to place a spy satellite into orbit this week, lifting off anytime between November 22nd and December 1st, with drop zones of the rocket’s lower stages over the Yellow and East China seas.

The North initially planed to make the third launch attempt in October following two botched launches — in August and May. But it did not press ahead with the plan last month, raising speculation that it might need more preparation time.

As expected, South Korea has protested. It is also likely gearing up to attempt to recover as much debris from the launch as possible, as it did successfully on the previous launches.

High altitude balloon company World View will not go public

The high altitude balloon company World View has ended its negotiations, begun early this year, with a venture capital investment firm to merge and make its stock public.

In a Nov. 17 statement, World View and Leo Holdings Corp II announced they were canceling plans announced in January to merge. The decision to end the merger was mutual, the companies said.

The companies did not give a specific reason for calling off the deal. “Over the course of 2023, World View received strong interest from potential investors,” the companies stated. “However, given challenging market conditions, World View and Leo jointly determined that it was the best course of action at this time to not proceed with their previously announced transaction.”

There could be a lot of good and bad reasons this deal fell through. Mostly likely World View officials saw the generally negative consequences experienced by other space startups that went public in this manner in the past few years, and decided it better to hold off.

Rocket engine startup Ursa Major enters solid-rocket motor business

Recognizing a desperate need of the military to ramp up production of solid rocket motors after much of its missile stockpile has been depleted by President Biden’s large gifts to the Ukraine, the rocket engine startup Ursa Major has now announced it is entering solid-rocket motor business.

Describing the solid rocket motor [SRM] market as “plagued by a broken supply chain and an overextended industrial base,” the Colorado startup today announced its plans to use its 3D printing techniques developed for liquid rocket engines to speed production of solid-fuel propulsion systems. Ursa Major has received several contracts from the Air Force Research Laboratory for its work on a new rocket engine for heavy space launch vehicles, as well as a hypersonic engine.

“Traditional SRM providers rely on production lines that are difficult to re-tool, expensive to ramp up, and dependent on a significant workforce to operate,” the company said in a press release touting its “new approach” to manufacturing, dubbed Lynx. “Ursa Major is offering a new way to scale production of SRMs,” Ursa Major CEO Joe Laurienti said in the press release. “Lynx meets the defense industry’s need for a faster, cheaper, scalable, and flexible SRM production process that results in better-performing solid rocket motors.”

The article also notes that at present the military is dependent on only two companies for new solid rockets, Northrop Grumman and Aerojet Rocketdyne (now L3Harris). The article also notes that it could take anywhere from five to eighteen years for these companies to replenish the depleted stocks.

The bottleneck however has brought several new players into the field, with the military eager to issue contracts to these new players. This decision by Ursa Major is thus a very good one.

India now plans robotic lunar sample return mission

Following the successful landing of Vikram on the Moon, officials of India’s space agency ISRO have announced it is considering a much more ambitious follow-up, Chandrayaan-4, that will not only land on the lunar surface with a much larger rover, it will also dig up some samples and return them to Earth.

The spacecraft will travel to the moon, land, collect samples, and then connect to another module in space. The module will then return to Earth orbit. As the two modules approach Earth, they will separate, with one part returning to Earth and the other will keep orbiting the planet. Desai described the mission as ambitious, stating, “Hopefully, in the next five to seven years, we will meet the challenge of bringing samples from the moon.”

For return to Earth, Desai said that the mission would need two launch vehicles containing four modules (Transfer module, Lander Module, Ascender Module and Re-entry module). RM and TM would be Parked in the lunar orbit and two will go down from which Ascender Module will get separated from lander module and would collect the sample.

If India does this mission, while also completing its first manned mission during that time frame, it will place itself in direct competition with China and the U.S., and in fact will be getting close to matching both in capabilities.

Musk: Next Starship/Superheavy test launch could happen in only 3 to 4 weeks

Superheavy & Starship, on their way
Superheavy & Starship, shortly after liftoff on November 18th

In a tweet on November 19, 2023, Elon Musk revealed that SpaceX could be ready for its next Starship/Superheavy test launch in only a matter of weeks, assuming federal red tape doesn’t get in the way.

Starship Flight 3 hardware should be ready to fly in 3 to 4 weeks. There are three ships in final production in the high bay (as can be seen from the highway).

In reporting on the second test launch on November 18, 2023, I noted that with prototypes ready to go SpaceX could probably launch within a month. Musk has now confirmed that assessment.

I also predicted that the FAA and Fish & Wildlife would not allow such a thing, and though they will determine there is no reason not to launch again, they will not issue a launch licence until the February/April time frame.

I want this prediction clearly on the record. It is important for the public to know the source of these delays.

It is also important for the press to apply pressure on these government paper pushers so they don’t feel encouraged in their intransigence. When I made a similar (and wholly accurate) prediction in May about the second launch, many in the press criticized that prediction (directly and indirectly) for daring to say bad things about government regulators. Now it appears that others in the press are no longer so naive, and are willing to note the slowness of the licensing process.

The regulators might not want to stand in the way and are simply following procedure. The press however mustn’t treat them gently. It must hold their feet to the fire to make sure they don’t take their time doing so.

Moreover, we have seen fewer headlines claiming falsely that the rocket “blew up” or “exploded.” Instead, a large percentage of the press now got it right and noted the mission’s success and that the destruction was not an accident but part of the self-destruct system.

After the last launch I lambasted the press for getting these facts wrong. Maybe holding their feet to the fire forced a reassessment and better reporting this time around.

Musk: Starship/Superheavy launchpad essentially undamaged after launch

Superheavy launchpad post launch
Click for original image.

In a tweet posted only a short time ago, Elon Musk announced that the redesigned and rebuilt Boca Chica launchpad experienced little or no damage during the launch of Superheavy/Starship on November 18, 2023.

Just inspected the Starship launch pad and it is in great condition!

No refurbishment needed to the water-cooled steel plate for next launch.

Congrats to @Spacex team & contractors for engineering & building such a robust system so rapidly!

Musk included the picture to the right in the tweet, showing the essentially undamaged launchpad pad. A close looks suggests there was some damage to the rear pillar near the top, but overall it appears the next launch could occur here very quickly.

Musk of course is wrong about who he credits for redesigning and rebuilding this launchpad. The real credit must go to the FAA bureaucrats who led the investigation and must have clearly guided those SpaceX engineers and contractors. To expect private citizens to think for themselves and come up with such difficult engineering without supervision from government paper-pushers in Washington is unreasonable and unfair. Maybe the Biden Justice Department should consider another lawsuit against Musk, this time for spreading more disinformation!

Moreover, who cares that the launchpad deluge system worked exactly as planned? We must allow Fish & Wildlife to spend several months now to investigate this launch — as well as write a long report of many words — to make sure that deluge of water did not harm any of the wildlife that lives on this barrier island, which has a water table of essentially zero and is flooded regularly and repeatedly by storms over time.

Anyone who disagrees is clearly a bigoted racist who wants to harm little children!

SpaceX launches 22 Starlink satellites

The beat goes on: SpaceX early this morning launched another 22 Starlink satellites, its Falcon 9 rocket lifting off from Vandeberg in California.

The first stage completed its 15th flight, landing successfully on a drone ship in the Pacific.

The leaders in the 2023 launch race:

85 SpaceX
52 China
14 Russia
7 Rocket Lab
7 India

American private enterprise now leads China 97 to 52 in successful launches, and the entire world combined 97 to 81. SpaceX by itself is now leads the rest of the world (excluding American companies) 85 to 81.

SpaceX successfully launches Superheavy and Starship

Superheavy & Starship, on their way
Note how all 33 Superheavy engines are firing.

SpaceX this morning successfully launched its Superheavy/Starship heavy lift rocket into its test orbit.

The test flight achieved far more than the first test in April. First, during the entire flight of Superheavy all 33 Raptor-2 engines fired normally. None cut out prematurely. Then at very risky hot fire stage separation — where the second stage (Starship) ignited prior to separation from Superheavy — the correct number of engines shut down, Starship’s engines fired, and Superheavy successfully separated and began its maneuvers for a soft splashdown in the Gulf of Mexico.

At that point mission controllers issued the self-destruct command to destroy Superheavy. Though it appeared that the stage was struggling to flip for its controlled return to Earth, it is also very likely that mission controllers wanted to test that flight termination system after its not perfect performance on the first test flight. Then, the self-destruct command did not activate the instant the command was given, being delayed by about 40 seconds. This time it appeared it worked as planned.
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SpaceX launches 23 Starlink satellites

While everyone is focused on the Starship/Superheavy launch scheduled for tomorrow at 7 am (Central) at Boca Chica, SpaceX tonight launched another 23 Starlink satellites, its Falcon 9 rocket lifting off from Cape Canaveral.

The first stage successfully completed it eleventh flight, landing on a drone ship in the Atlantic.

The leaders in the 2023 launch race:

84 SpaceX
52 China
14 Russia
7 Rocket Lab
7 India

American private enterprise still leads China 96 to 52 in successful launches, and the entire world combined 96 to 81. SpaceX by itself is now leads the rest of the world (excluding American companies) 84 to 81.

Researchers confirm it was a Chinese rocket stage that impacted Moon in 2022

Impact, before and after
The crash site is the double crater in the
lower image.

Researchers have now confirmed that the unknown rocket stage that impacted the Moon in 2022 was from a Chinese rocket, a Long March 3B that launched China’s Chang’e-5 lunar sample return mission in November 2020.

“In this paper, we present a trajectory and spectroscopic analysis using ground-based telescope observations to show conclusively that WE0913A is the Long March 3C rocket body (R/B) from the Chang’e 5-T1 mission,” the researchers, led by Tanner Campbell, a doctoral student in the UA’s Department of Aerospace and Mechanical Engineering, wrote in a study that came out Thursday (Nov. 16) in the Planetary Science Journal. These two lines of evidence — how the object was moving and what it was made of — leave little doubt about WE0913A’s provenance, Campbell and his colleagues report.

The data, combined with the unusual double crater caused by the impact, also suggests that this stage had additional unknown equipment at its top, matching the mass of its engines at the bottom. Since the Chinese continue to deny it was their stage and have said nothing about it, we have no idea what that extra equipment might have been.

German rocket startup signs deal with Norwegian spaceport

Map of northern European spaceports

The German rocket startup Isar Aerospace has signed a deal to provide the Andoya spaceport in the north of Norway with a new flight tracking and safety system, to be used by all launches including Isar’s own Spectrum rocket.

The purpose of the autonomous flight tracking system is to precisely and reliably keeping track of the Spectrum launch vehicle’s position, speed and direction of travel as it ascends to orbit, which is important to guarantee Andøya Spaceport’s flight safety requirements. The objective is to further evaluate the use of the system in enabling automated flight termination functionality for launches by Andøya Spaceport’s ground system, autonomously triggering an abort of the mission if ever operational parameters of the launch vehicle are out of bounds.

This announcement today illustrates the rising competition between German rocket startups and European spaceports. Yesterday the Saxavord spaceport in Scotland and another German rocket startup, HyImpulse, announced their own launch deal. Today’s announcement is the response from Andoya and Isar.

Today’s announcement also increases the pressure in the UK’s Civil Aviation Authority (CAA) to get its regulatory act together. Andoya is positioning itself as a good alternative to the two new British spaceports in Scotland, as shown by the red dots on the map above, should red tape in the UK slow launches there.

Sierra Space shakes up its staffing

Sierra Space yesterday did a major staffing shake up, laying off 165 workers while shifting 150 with secruity clearances from its parent company Sierra Nevada.

Sierra Space this week shipped the first Dream Chaser, named Tenacity, for pre-launch testing at NASA’s Armstrong facility in Ohio. The layoffs began soon after, the Sierra Space spokesperson said, noting the company conducted a surge in hiring this year to complete work on the Tenacity spacecraft.

With Tenacity shipped, Sierra Space’s spokesperson said the company is realigning to focus on the operations phase of Dream Chaser’s first mission, as well as on classified national security work. The latter part of Sierra Space’s realignment includes adding nearly 150 employees with security clearances from Sierra Nevada Corp., the aerospace and defense contractor owned by Fatih and Eren Ozmen, which the space company was spun out of two years ago. Sierra Space’s spokesperson said the company is creating a national security space team to work on several classified contracts.

This shift suggests that at least in the short run, Sierra is putting more focus on future military contracts rather than its civilian manned space projects like its LIFE space module (for the Orbital Reef space station) and future manner versions of its Dream Chaser mini-shuttle. I wonder if the company is having more internal doubts about Orbital Reef and its main partner, Blue Origin. Unlike the stations being built by Axiom and Voyager Space, which have already garnered contracts from both national and international customers, Orbital Reef has not done the same. There could be great doubts in the space community it will be built because of Blue Origin’s absymal record for building anything.

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