UK’s CAA gives Saxavord on Shetland Islands its range license

Proposed spaceports surrounding Norwegian Sea
Proposed spaceports surrounding Norwegian Sea.

The Civil Aviation Authority (CAA) has now issued the range license for the Saxavord spaceport on the Shetland Islands, following up issuing it a spaceport license in December.

A range licence is a legal requirement ahead of a space launch, but is not in itself permission to launch. This licence grants the broad approval to provide β€˜range control services.’ Specifics will depend on the launch vehicle and will be outlined as part of relevant launch licences.

Work by the Civil Aviation Authority continues in assessing potential launch operators from SaxaVord.

Sounds good, eh? Not so fast. It took the CAA about two years to issue these two spaceport licenses, but that doesn’t give anyone the right to launch from Saxavord. The CAA must still issue launch licenses to the specific rocket companies wishing to launch. Though the German rocket startup Rocket Factory Augsburg wants to do the first orbital test flight this year from Saxavord, it still must get that launch license. Do not be surprised if it takes the CAA more than a year to issue it.

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Astroscale wins contract to complete removal of large piece of space junk

Capitalism in space: Japan’s space agency JAXA has now awarded the orbital tug startup Astroscale a contract to complete the removal of an abandoned upper stage from a previously launched rocket.

Astroscale has already flown the first phase of this project, with its ADRAS-J tug flying in March and April a demo rendezvous mission with the rocket stage, getting to within several hundred meters of the stage. The second phase, now approved, will grab the stage with a robot arm and then de-orbit it. No date for the launch of that second phase was announced.

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Several new missions to the asteroid Apophis proposed by commercial and governments

Apophis' path past the Earth in 2029
A cartoon showing Apophis’s path in 2029

At a conference this week several new missions to the asteroid Apophis during its close Earth fly-by in 2029 were proposed by both private companies and government entities.

  • Blue Origin is considering sending its Blue Ring orbital tug, launched in 2027 on a Falcon 9.
  • JPL proposes sending two cubesats on the orbital tug mission previously announced by the startup ExLabs.
  • NASA continues to study sending the two Janus spacecraft, since its original asteroid mission was lost when the Psyche asteroid mission was delayed.
  • The European Space Agency has two different missions under study.

With all of these missions, the big obstacle is funding. Most are either only partly funded, or not at all.

At the moment the only mission actually on its way to Apophis is OSIRIS-APEX, which having completed its sample return mission to Bennu was then sent to Apophis.

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SpaceX and Rocket Lab complete launches

Both SpaceX and Rocket Lab successfully completed launches today. First SpaceX launched another 23 Starlink satellites, its Falcon 9 rocket lifting off from Cape Canaveral. The first stage completed its ninth flight, landing on a drone ship in the Atlantic.

Shortly thereafter, Rocket Lab’s Electron rocket lifted off from one of its launchpads in New Zealand, placing two technology demonstration satellites in orbit, one testing a solar sail from NASA and the other from South Korea testing a cubesat doing optical observations of Earth. Though the first stage had the markings of a stage designed for resuse, there was no indication in the company’s live stream of any attempt to recover it.

The leaders in the 2024 launch race:

42 SpaceX
16 China
6 Russia
5 Rocket Lab

American private enterprise now leads the rest of the world combined in successful launches 49 to 28, while SpaceX by itself still leads the rest of the world, including other American companies, 42 to 35.

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German rocket startup Hyimpulse’s first suborbital rocket arrives in Australia

Australian commercial spaceports
Australia’s commercial spaceports. Click for original map.

The German rocket startup Hyimpulse today announced that its first suborbital rocket, the SR75, had arrived in Australia for its planned first test launch.

On 28 February, Southern Launch, the commercial outfit that manages the Koonibba Test Range, revealed that a launch attempt of the suborbital SR75 rocket would occur between late April and early May. This likely gives the team little room for the unexpected as it prepares for launch.

Those launch dates depend on whether Australia’s government will issue the launch licenses on time. So far its ability to do so in a timely manner has been difficult if not impossible. For example, the rocket startup Gilmour, which wants to launch from Bowen at about the same time, has been waiting more than two years to get its approval, delaying its first orbital test launch by more than a year.

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PLD Space announces its upcoming plans

Capitalism in space: Having received in late January a $43.5 million grant, bringing its total funding to more than $120 million, the Spanish rocket startup PLD Space today announced its upcoming plans.

[T]he company intends to inaugurate the first serial space rocket factory in Spain in mid-2024. The facilities will also enable vertical integration of the launchers. The industrial site, whose building work is already underway, will house the factory for the first MIURA 5 units [the company’s orbital rocket] as well as the company’s head offices. In total, PLD Space will be able to count on 18,400 square metres of industrial facilities in Elche (Alicante).

…Also scheduled for 2024, construction work is to begin on the launch base at the European CSG spaceport in Kourou (French Guiana), which belongs to CNES [France’s space agency]. This site, covering over 15,700 square metres, will host MIURA 5’s first launches.

That France is now leasing launch facilities to private companies illustrates starkly how Europe is steadily abandoning Arianespace, the European Space Agency’s government-run commercial company. Instead, Europe is now choosing competition and private enterprise as its model. Expect these new companies, including PLD, to achieve big things in the coming years.

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Update on SpaceX’s preparations for the 4th test flight of Superheavy/Starship

Link here. The article is definitely worth reading, as it tells us that SpaceX is pushing hard to be ready to launch in early May, as Musk has promised. The article also thinks SpaceX will be able to ramp up later launches to one every two months.

The article however is I think being naively optimistic about this timeline, because it naively assumes the FAA will quickly approve the launch licenses to meet that schedule. I guarantee the FAA won’t, as it has taken it one to four months after SpaceX was ready to launch to approve the licenses for the previous launches. The length of that approval process has shrunk each time, but FAA still made Space X wait each time, for no reason.

Making that schedule even more unlikely is SpaceX’s desire to do as many as nine test launches per year at Boca Chica. While the company could certainly do this, the environment reassessment issued in 2022 limits it to only five launches per year. It needs a waiver from the FAA and the Biden administration,
a waiver no one should expect considering the Biden administrations hostility to Musk.

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Slovenia signs Artemis Accords

NASA announced yesterday that Slovenia has become the 39th nation to sign the Artemis Accords, joining the American alliance for exploring the Moon and the solar system.

The alliance now includes these nations: Angola, Argentina, Australia, Bahrain, Belgium, Brazil, Bulgaria, Canada, Columbia, Czech Republic, Ecuador, France, Germany, Greece, Iceland, India, Israel, Italy, Japan, Luxembourg, Mexico, the Netherlands, New Zealand, Nigeria, Poland, Romania, Rwanda, Saudi Arabia, Singapore, Slovenia, South Korea, Spain, Sweden, Switzerland, the United Kingdom, the United Arab Emirates, the Ukraine, the United States and Uruguay.

As with all the recent announcements, the NASA press release now insists that the accords are designed to “reinforce and implement key obligations in the 1967 Outer Space Treaty,” the exact opposite of the original goals of the accords. Rather than overvcome the Outer Space Treaty’s restriction on private property in space, the Biden administration is now using the accords to strengthen that restriction. To quote someone (Mussolini) whose policies the modern globalist world clearly admires, “Everything in the State, nothing outside the State, nothing against the State.”

This could all change with different leadership in Washington, but whether the administrative state, led by the Democratic Party, will allow such a thing at this point in history is very questionable. And they appear aided in this totalitarian effort by a meek and largely ignorant American public.

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Blue Origin completes delivery of the two BE-4 engines for ULA’s second Vulcan launch

Blue Origin this week completed delivery of the two BE-4 engines needed for the second launch of ULA’s Vulcan rocket, presently scheduled for sometime this fall.

That launch was originally targeting an April launch, but according to official announcements has been delayed until the fall because final ground testing of its payload, Sierra Space’s Tenacity mini-shuttle, is not complete. It appears that Blue Origin also contributed to that delay, as it is now obvious that its engines were not available as planned in time for that April launch.

This delay also raises questions about Blue Origin’s ability to ramp up BE-4 engine production to meet the needs of ULA’s Vulcan rocket and Blue Origin’s New Glenn rocket. Both have large launch contracts with Amazon to launch its Kuiper constellation, while ULA also has almost as many contracts with the U.S. military. To meet those contracts, Blue Origin will have to produce several hundred BE-4 engines yearly in the very near future. Right now it appears it can only produce about one per year.

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Boeing to reduce staffing for SLS due to overall delays in Artemis

Boeing announced yesterday that it is going to reduce the staffing for its SLS rocket, caused by delays in other parts of the program that force it to stretch out operations.

When Boeing cites “external factors,” it is referring to the slipping timelines for NASA’s Artemis Program. In January officials with the space agency announced approximately one-year delays for both the Artemis II mission, a crewed lunar flyby, to September 2025; and Artemis III, a lunar landing, to September 2026. Neither of these schedules are set in stone, either. Further delays are possible for Artemis II, and likely for Artemis III if NASA sticks to the current mission plans.

Although the SLS rocket will be ready for the current schedule, barring a catastrophe, the other elements are in doubt. For Artemis II, NASA still has not cleared a heat shield issue with the Orion spacecraft. That must be resolved before the mission gets a green light to proceed next year. The challenges are even greater for Artemis III. For that mission NASA needs to have a lunar landerβ€”which is being provided by SpaceX with its Starship vehicleβ€”in addition to spacesuits provided by Axiom Space for the lunar surface. Both of these elements remain solidly in the development phase.

What Boeing is telling us indirectly is that, though NASA has not yet announced any further delays in those launch dates for Artemis-2 and Artemis-3, those dates are going to be delayed, quite possibly by one or more years.

None of this is a surprise. I have long been predicting that the first manned lunar landing in the Artemis program will not take place before 2030. In fact, that date was obvious the moment NASA announced its plan to make the Lunar Gateway space station an integral part of the program, back in 2018, when it was called LOP-G.

Now that SLS development is complete and NASA considers it “operational”, Boeing is merely reducing the staffing to maintain its assembly line, reducing it accordingly because of expected delays when additional rockets will be needed.

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FAA to now require that reentry spacecraft get landing license before launch

We’re here to help you! The FAA is now going to require that any company planning to launch a payload or spacecraft into orbit to get both its launch and landing licenses before launch, in order to avoid the situation that occurred last year when Varda launched its capsule and then had difficulties getting its landing license approved due to red-tape confusion between government agencies.

In a notice published in the Federal Register April 17, the FAA’s Office of Commercial Space Transportation announced it will no longer approve the launch of spacecraft designed to reenter unless they already have a reentry license. The office said that it will, going forward, check that a spacecraft designed to return to Earth has a reentry license as part of the standard payload review process.

In the notice, the FAA said that decision was linked to safety concerns of allowing spacecraft to launch without approvals to return. β€œUnlike typical payloads designed to operate in outer space, a reentry vehicle has primary components that are designed to withstand reentry substantially intact and therefore have a near-guaranteed ground impact as a result of either a controlled reentry or a random reentry,” it states.

While this seems to fall directly under the FAA’s basic authority, to make sure launches and landings pose no risk to the general public, I guarantee it is also going to slow the growth of the new space manufacture industry. I fear that with time approvals will be delayed, some so much that companies will go bankrupt waiting for approval. The FAA will never be able to guarantee perfection in this matter, and as bureaucrats tend to be cautious, expect it to increasingly oppose re-entries by new companies.

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SpaceX launches 23 more Starlink satellites

Bunny march on! SpaceX today successfully launched another 23 Starlink satellites, its Falcon 9 rocket lifting off from Cape Canaveral.

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

The leaders in the 2024 launch race:

41 SpaceX
15 China
6 Russia
4 Rocket Lab

American private enterprise now leads the rest of the world combined 47 to 27, while SpaceX by itself now leads the rest of the world, including other American companies, 41 to 33.

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