Freedom: What Trump’s election will mean for America’s space policy

The resounding landslide victory by Donald Trump and the Republicans yesterday is going have enormous consequences across the entire federal government. As a space historian and journalist who has been following, studying, and reporting on space policy for decades, this essay will be my attempt to elucidate what that landslide will mean for NASA, its Artemis program, and the entire American aerospace industry.

The cost of SLS
The absurd cost of each SLS launch

The Artemis Program

Since 2011 I have said over and over that the government-designed and owned SLS, Orion, and later proposed Lunar Gateway space station were all badly conceived. They all cost too much and don’t do the job. Fitting them together to create a long term presence in space is difficult at best and mostly impractical. Their cost and cumbersome design has meant the program to get back to the Moon, as first proposed by George Bush Jr. in 2004, is now more than a decade behind schedule and many billions over budget. Worse, under the present program as currently contrived that manned lunar landing will likely be delayed five more years, at a minimum.

For example, at present SLS is underpowered. It can’t get astronauts to and from the Moon, as the Saturn-5 rocket did in the 1960s. For the first manned lunar landing mission, Artemis-4, SLS will simply launch four astronauts in Orion to lunar orbit, where Orion will rendezvous and dock with the lunar lander version of Starship. That Starship in turn will require refueling in Earth orbit, using a proposed fuel depot that has been filled by multiple earlier Starship launches.

Once Starship is docked to Orion the crew will transfer to Starship to get up and down from the Moon, and then return to Earth in Orion.

You think that’s complicated? » Read more

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FCC issues first deep space communications license to private asteroid mining company

The Federal Communications Commission (FCC) on October 18, 2024 issued the first deep space communications license to the private asteroid mining startup company Astroforge for its planned Odin mission to an asteroid.

Asteroid prospecting company AstroForge has been awarded the first-ever commercial license for operating and communicating with a spacecraft in deep space, ahead of its Odin mission that’s set to launch and rendezvous with a near-Earth asteroid in early 2025.

The license, granted by the U.S. Federal Communications Commission (FCC) on Oct. 18, pertains specifically to setting up a communication network with radio ground stations on Earth, to enable commands to be sent up to Odin and data to be transmitted back to Earth. In this case, deep space is defined by the International Telecommunications Union as being farther than 2 million kilometers (1.2 million miles) from Earth.

Other private companies have sent missions to the Moon, but this will be the first to go beyond. Odin will orbit and map the asteroid — not yet chosen — in advance of a larger AstroForge spacecraft, dubbed Vestri, that will land on the asteroid.

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Three launches last night

Last night three different rockets took off from three continents.

First, Russia launched two space weather satellites and 53 cubesats, its Soyuz-2 rocket lifting off from its Vostochny spaceport in the far east. The main payload were the two Ionosfera-M satellites, designed to study the Earth’s ionosphere in tandem.

The rocket flew north, over Russia, where its lower stages were dropped into planned drop zones. No word if they crashed near habitable ares.

Next, SpaceX launched an unmanned cargo Dragon to ISS, its Falcon 9 rocket lifting off from Cape Canaveral in Florida. The first stage completed its fifth flight, landing safefly back at Cape Canaveral. The capsule is on its fifth flight, and successfully docked with ISS this morning.

Finally, Rocket Lab launched a “confidential commercial” payload under a contract designed to launch very fast after contract signing, its Electron rocket lifting off from one of its launchpads in New Zealand.

The leaders in the 2024 launch race:

108 SpaceX
49 China
13 Russia
12 Rocket Lab

American private enterprise now leads the rest of the world combined in successful launches 126 to 75, while SpaceX by itself still leads the entire world, including American companies, 108 to 93. Note too that with these launches the world has exceeded 200 launches in 2024, the second time this has ever been done, with the record of 213 launches set last year. This record will almost certainly be broken sometime this month.

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Polaris Spaceplanes begins test flights of its second Mira prototype

After losing its first Mira prototype test plane during a flight in May, the German startup Polaris Spaceplanes has now begun test flights of its replacement, dubbed Mira-2.

With this prototype the company hopes to test its aerospike engine in flight for the first time, leading to the construction of its full scale spaceplane Aurora.

This five-metre-long vehicle is equipped with jet engines for take-off and landing and one of the company’s in-house developed AS-1 aerospike engines for rocket-powered flight.

POLARIS conducted the first three test flights of the MIRA II demonstrator at the Peenemünde Airport on the coast of the Baltic Sea. Over the three flights, the vehicle accumulated a total of 20 minutes of flight time and covered more than 50 kilometres.

All three flights were unmanned, as Mira-2 is relatively small. The company will now install the aerospike engine, with the next flights testing that engine. If successful, it would be the first time ever an aerospike rocket engine has ever flown.

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Three Chinese astronauts return to Earth

Three Chinese astronauts safely landed in Mongolia today after completing a six month mission on China’s Tiangong-3 space station.

Ye Guangfu, on his second flight, and two rookies, Li Cong and Li Guansu, lifted off on April 25, 2024 at 8:59 am EDT and docked about six-and-a-half hours later. They’ve been aboard the past six months conducting scientific experiments and performing maintenance activities including a space walk.

They landed today, November 3, at 12:24 pm EST at the Dongfeng landing site in the Inner Mongolia Autonomous Region. China is 13 hours ahead of EST, so it was a nighttime landing there at 1:34 am November 4. China’s CGTN television network provided live coverage. Descent and touchdown were captured by infrared cameras.

A new crew has taken over occupancy of Tiangong-3, and has now started its own six month mission.

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Australia issues licenses for two spaceports

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

The Australian government has now issued permits for two different spaceports, making possibly orbital launches at both in the near future.

First the planning minister for the province of South Australia has issued final approval allowing launches at the Southern Launch facility on Australia’s southern coast, though that approval included serious restrictions, such as no rocket launched could be taller than 30 meters. He also placed limitations on the number of launches per year, 36, the amount of noise a launch could make, and added other rules “regarding cultural heritage and native vegetation management.”

The spaceport hopes to complete its first orbital launch by the end of next year. Not surprisingly, the leftists in Green Party opposed the spaceport.

Second, the Australian Space Agency issued a launch license to Gilmour Space at its Bowen spaceport on the eastern coast of Australia, seven months late. This quote from the company’s founder is instructive:

But Mr Gilmour said when he and his brother, James Gilmour, set out to be the first to build a rocket of its kind in Australia almost a decade ago, he never imagined that getting a [launch] permit would be the most difficult part. “In my wildest dreams, I didn’t think it’d take this long,” he said. “I honestly thought the environmental approval [to launch a rocket over the Great Barrier Reef] would take the longest, and we got that well over a year ago.”

The company had originally hoped to launch early this year. It still hopes to do so before the end of 2024.

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Japan launches military communications satellite

Japan today successfully launched a military communications satellite on the fourth launch of Mitsubishi’s new H3 rocket.

Liftoff occurred at Japan’s Tanegashima spaceport on the southern end of Japan’s island chain.

This was Japan’s fifth launch in 2024, the most launches it has accomplished in a single year since it completed six in 2018. As such the leader board in the 2024 launch race remains unchanged:

107 SpaceX
49 China
12 Russia
11 Rocket Lab

American private enterprise still leads the rest of the world combined in successful launches 124 to 74, while SpaceX by itself still leads the entire world, including American companies, 107 to 91.

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Rocket startup Relativity experiencing money troubles

According to a report from Bloomberg today and based on anonymous sources, the rocket startup Relativity is experiencing serious cash shortages that threaten its future.

Relativity Space Inc., the privately held US maker of 3D-printed rockets that once soared to a $4.2 billion valuation, is running low on cash, raising questions about the future of its launch business, people familiar with the matter said.

The company has faced challenges raising additional capital, said the people, who spoke on condition of anonymity because the matter is confidential. Relativity, which last launched a rocket in March 2023 and has plans to launch its larger Terran R in 2026, hasn’t reached a decision on a path forward.

It is hard to say whether this information is correct. However, the story also had this tidbit that I myself have heard from my own sources:

The company also announced plans to incorporate more traditional manufacturing methods with Terran R, moving away from using 3D printing.

Since from its very founding Relativity touted 3D printing as the wave of the future, claiming its decision to build its rockets entirely in that manner would produce rockets fast and cheaply. That it is no longer doing this suggests that reality was not the same as these visions, and the company discovered that it is better to look for the best way to do each thing rather than try to fit everything into the same mold.

It also appears that the company spent a lot of its capital trying to make 3D printing work, and as a result it is now short of cash.

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Boeing finally shuts down its DEI division

Boeing's racist hiring goals in 2024
Boeing’s racist hiring goals in 2024

According to a report from Bloomberg news today, Boeing has now dismantled its Diversity, Equity, and Inclusion (DEI) division, with its head leaving the company.

Staff from Boeing’s DEI office will be combined with another human resources team focused on talent and employee experience, according to people familiar with the matter. Sara Liang Bowen, a Boeing vice president who led the now-defunct department, left the company on Thursday. [emphasis mine]

The highlighted phrase above tells us all we need to know. The focus under Boeing’s new CEO Kelly Ortberg will be “talent and employee experience,” not skin color or gender.

Bowen wrote the following in announcing her dismissal:

It has been the privilege of my lifetime to lead Equity, Diversity, and Inclusion at the Boeing company these past 5+ years. Our team strived every day to support the evolving brilliance and creativity of our workforce. The team achieved so much – sometimes imperfectly, never easily – and dreamed of doing much more still. [emphasis mine]

As far as I can tell, all that Bowen accomplished was to destroy the reputation of Boeing as a quality manufacturer of aerospace products. Instead, it became a place which hired people based on their race, and didn’t care if they knew the difference between a screwdriver and a forklift. The screen capture to the right comes from the company’s 2024 Boeing Sustainability & Social Impact Report [pdf], which is still online, as is the webpage of Boeing’s DEI division. Both still tout the racist quota goals of this DEI department that forced the company to consider race and gender above talent and experience in its hiring. Hopefully that ugliness will vanish soon as well.

Meanwhile, Boeing union employees on the west coast are about to vote on a third contract proposal, having rejected the previous two and going on strike since mid-September. I suspect the decision above to get rid of this poisonous DEI department will sit well with those union employees, and likely help to encourage them to approve the plan.

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North Korea launches test ballistic missile for the 1st time in almost a year

North Korea not only successfully launched on October 30, 2024 a test ballistic missile for the 1st time in almost a year, the missile set a new altitude record, reaching an altitude of 4,350 miles, more than a thousand miles higher than the country’s previous missile record.

Japanese Defense Minister Gen Nakatani told reporters the missile’s flight duration of 86 minutes and its maximum altitude of more than 7,000 kilometers (4,350 miles) exceeded corresponding data from previous North Korean missile tests.

Having a missile fly higher and for a longer duration than before means its engine thrust has improved. Given that previous ICBM tests by North Korea have already proved they can theoretically reach the U.S. mainland, the latest launch was likely related to an effort to examine whether a missile can carry a bigger warhead, experts say.

In other words, North Korea is getting very close to having an operational ICBM that can deliver a nuclear warhead anywhere on the globe. Worse, it appears this solid-fueled rocket launches from a large mobile vehicle, making it impossible to locate and destroy beforehand.

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Hypersonic engine manufacturer Reaction Engines goes bankrupt

Reaction Engines, the British hypersonic engine company that since 2011 has been touting its Skylon spaceplane and winning a variety of development contracts to build it. has now gone bankrupt, shutting down all operations.

However, this year, the company found itself in major financial difficulties due to unexpectedly slow growth and the inability to secure an additional £150 million (US$193 million) in funding, followed by BAE Systems and Rolls-Royce being unwilling to put up bail-out capital.

As a result, as of October 31, Reaction Engines is in the hands of administrators PricewaterhouseCoopers (PwC). The company’s website forwards to PwC where there is a notice saying that further information will be released to creditors as the available assets are assessed. According to Sky News, 173 of the company’s 208 staff were made redundant.

After more than a decade of work and no apparent progress, it appears no one was willing to front the company any additional cash.

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European Commission finally awards contract to build its government Starlink-type constellation

The European Commission yesterday finally awarded a gigantic contract to a consortium of European satellite companises to build its government-conceived and government-designed communications constellation designed to duplicate constellations already in orbit and built by Starlink and OneWeb.

The full constellation, dubbed IRIS2 and first proposed in 2022, is expected to have 290 satellites. The consortium, dubbed SpaceRISE, is led by satellite companies SES, Eutelsat, and Hispasat, and also includes Thales Alenia Space, OHB, Airbus Defence and Space, Telespazio, Deutsche Telekom, Orange, Hisdesat, and Thales SIX.

In other words, practically every major European aerospace company gets a piece of the pie.

According to a 31 October press release, the European Commission aims to have the IRIS2 service up and running by 2030. The project was initially expected to cost approximately €6 billion, of which the European Commission would provide 60%, with the rest being covered by private industry. However, recent reports have indicated that the project’s budget will likely reach as much as €10 billion.

Based on these numbers, it is going to take more than six years to launch, with each satellite costing about 3.5 million euros.

This is a very typical European government project, conceived not to fill a real need but to make sure there is a European version of something for Europe to use. It is also conceived as a way to transfer cash to as many European aerospace contractors as possible. Considering the number of companies involved and the fact that the whole constellation is government designed, expect the budget to well exceed ten billion euros before completion, and take far longer to become operational than presently planned. For example, the project was first proposed more than two years ago and only now has the contract been issued. In that time SpaceX conceived and has practically launched its entire direct-to-cell Starlink constellation of about the same number of satellites.

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