U.S. space law versus UN Outer Space Treaty

In its effort to provide legal protections to private companies attempting to do asteroid mining, it appears that the U.S.’s most recent space law directly contradicts the UN Outer Space Treaty.

The United States recently passed a law that contains an article that directly concerns asteroid mining and legalizes it. This law is the Commercial Space Launch Competitiveness Act (CSLCA), which was signed into law by President Obama in 2015. The CSLCA addresses resource extraction in Article IV, and states, โ€œA U.S. citizen engaged in commercial recovery of an asteroid resource or a space resource shall be entitled to any asteroid resource or space resource obtained, including to possess, own, transport, use, and sell it according to applicable law, including U.S. international obligations.โ€

The issue here is that US law is in opposition to a UN treaty, to which the US is a signatory. The Outer Space Treaty is one of the oldest and most important agreements in the history of international space policy. Under the Outer Space Treaty, asteroid mining is illegal, since it is an appropriation of a celestial body by a State. Since the human being or organization that is doing the resource extraction is under the purview of some State, that State is responsible for the actions that are done by the nationals or organizations that are doing the mining.

This responsibility was given to the State by the sixth article of the OST and is strengthened by the Liability Convention of 1972. Since the State is responsible and liable for the actions done by their nationals, this means that the State could be interpreted as appropriating the asteroid.

I am surprised and encouraged to see two different articles about the problems of the Outer Space Treaty appear in the press less than a week after my op-ed on the very subject. I am sure there is no connection, other than the subject is increasingly topical, and others are recognizing the same things I am. Still, that these stories are appearing suggests that the chances are increasing that something will finally be done to either change or abandon the treaty.

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Luxembourg rejects proposed space legislation because of Outer Space Treaty

Luxembourg’s legislature has rejected a proposed space regulatory framework because it did not address the legal restrictions on property rights imposed by the United Nations Outer Space Treaty.

Schneider, the deputy prime minister and minister for economy, presented a bill whose objective was to set a legal framework and give legal security to the property of minerals and other valuable resources in space, in particular on asteroids, and to regulate the authorisation and surveillance of both exploration and mining missions.

In a formal opinion published on 7 April, the council noted that private property claims are illegal or at least not legally binding in most of the international treaties and agreements relating to space and celestial bodies.

Neither the UN treaty on principles governing the activities of states in the exploration and use of outer space, including the moon and other celestial bodies of 1967, nor the agreement governing the activities of states on the moon and other celestial bodies of 1979 (which was not ratified by Luxembourg) answer the question of private property of space resources.

What is most important here is that the Luxembourg government now intends to “to ask for a revision of the question of property in the Outer Space Treaty.” As I said in my op-ed in The Federalist on Monday, nations are increasingly recognizing that the Outer Space Treaty is a problem for property rights, and needs to be revised. Otherwise, private development will be difficult if not impossible.

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Japan aims for record 8 launches in 2017

Capitalism in space: If all goes as planned, Japan plans to launch a record of eight launches in a single year in 2017, partly because they will begin launch that nation’s own GPS satellite constellation.

Most of these satellites are government launches. Still, the number and in increase in launch pace indicates that Japan does not wish to be left behind in the increasing competition within the launch industry.

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Audit finds SLS unlikely to launch in 2018

A NASA audit has found that it is unlikely that the first SLS test flight will take place as scheduled in 2018, and that the first manned flight is also likely to be delayed from its 2021 launch target.

“NASAโ€™s first exploration missions โ€” EM-1 and EM-2 โ€” face multiple challenges that will likely delay their launch,” the report states. The missions “are not likely to launch by 2018 or 2021, respectively,” it continues.

When might a crew launch? Hard to say.

The report says incomplete NASA information makes it “more difficult for both the agency and external stakeholders to gain a full understanding of the costs of that mission or to assess the validity of the agencyโ€™s launch date assumptions.”

If the first manned flight happens in 2023, as now expected, it means that it will occur 20 years after George Bush first proposed the Crew Exploration Vehicle (Orion) and the heavy lift rocket to put it into space. The total cost to fly this one mission will be approximately $43 billion.

Let me repeat that: $43 billion and 20 years to fly a single manned mission. Does no one in government see something wrong with this picture?

Posted from the West Bank settlement of Beitar Illit.

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China launches advanced communications satellite

China today successfully launched an experimental communications satellite, outfitted to test the use of ion engine attitude thrusters as well as ground-to-orbit laser communications tests.

The article also outlines China’s busy launch schedule in April, which will include the launch and first test flight of their Tianzhou-1 cargo freighter. That flight will test the freighter’s ability to rendezvous and dock with their Tiangong-2 test space station module. This article notes that the freighter has been mounted on its Long March 7 rocket in preparation for launch in mid-April.

Posted in the air, now past Nova Scotia and moving into the Atlantic.

I must say that I am very glad to get out of Newark Airport. Though they have recently upgraded the airport, they have done so at the cost of providing affordable services to the traveler. All the restaurants there are very over-priced, and provide tiny portions. I actually ended up eating two dinners at two different restaurants in order to get enough food, and paid almost $40 for the pleasure. In addition, the tip was automatically added to the bill. I had no choice about that, even though the service was routinely bad. (They had installed tablets at every table so that you could order by computer. Getting a waiter to provide water however was practically impossible, and when I did get one they were slow to bring it.)

In addition, there were no fast food restaurants, which I normally avoid but would have been a far better choice in this case.

Newark is part of the New York urban area, a decidedly leftwing Democratic enclave. Thus, I am not surprised that things there cost too much, provided poor service, and also provided few choices.

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First Falcon Heavy side first stage ready for initial tests

Capitalism in space: SpaceX prepares for first Falcon Heavy launch this fall, with the first side stage ready for its first hot fire static tests while the company prepares the launchpads.

They need to finish repairing the launchpad damaged in the September 1 explosion so that the Falcon 9 can once again launch from there. Once this is done, they have an estimated sixty days of additional work to do with the Falcon Heavy pad. It is expected the switch back to the old pad will take place by August. meaning that the first Falcon Heavy launch will likely happen no earlier than October.

Posted while in the air over Nova Scotia on the way to Israel.

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Turkey moves to create its own space agency

The new colonial movement: A draft bill to create a Turkish space agency has been introduced in that country’s parliament.

The Turkish Space Agency, according to the draft bill, will also be in charge of coordinating, managing, and operating all satellite requirements, design, manufacture, launch, and operations in Turkey, as well as coordinating private Turkish industries towards those goals. Janeโ€™s Defence Weekly reports that the draft bill for the Turkish Space Agency has previously been held up for years due to a dispute between the Turkish military and several Turkish administrations as to who should be the lead within the agency. The draft bill in front of parliament suggests that the military have lost that argument, doubtless because of the aftermath of the July 2016 attempted coup, and instead it will take the lead on technical issues rather than policy and strategy.

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Aerojet Rocketdyne trims and reorganizes workforce

Capitalism in space: In an effort to reduce costs and increase efficiency Aerojet Rocketdyne is cutting approximately 300 jobs while closing facilities in California and Virginia.

Rancho Cordovaโ€™s nearly 70-year run as a hub of the aerospace industry will soon end. On Monday, Aerojet Rocketdyne Inc. announced that it would relocate or eliminate about 1,100 of its 1,400 local jobs over the next 2 1/2 years and shut down manufacturing operations in the area. The company also said it would close its facility in Gainesville, Va.

Rocket engine manufacturing will be consolidated in a new plant in Huntsville, Ala. In all, 800 jobs will be added in Huntsville by the end of 2018.

The company is faced with stiff competition from Blue Origin and others, and until now has resisted changing its methods of operation, which in the past relied on generous government contracts that were uninterested in lowering costs. That world appears to be ending, and so it appears that the Aeroject Rocketdyne is finally changing as well. This is a good thing, as it increases the chances that the company will survive.

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Sweden delivers science instrument for Chinese lunar probe

The new colonial movement: The Swedish Institute of Physics has completed construction and delivered a science instrument to be flown on China’s Chang’e 4 spacecraft that will bring an orbiter, lander, and rover to the Moon’s far side in 2018.

The instrument will be installed on the rover, and will study the surface and how it interacts with the solar wind. This will also be a continuation of research performed by India’s Chandayaan-1 orbiter.

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Soyuz returns ISS crew to Earth

A Russian Soyuz capsule safely returned three astronauts to Earth this morning.

This completes the second flight of the Soyuz-MS upgraded capsule.

The new MS series sports more efficient solar panels, a new Kurs NA approach and docking system weighing less than half that of its predecessor, additional micro-meteoroid debris shielding, and a modified docking and attitude control engine โ€“ which will add redundancy during docking and deorbit burns.

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