Virgin Orbit’s cash problems continue

Because of endless delays getting a regulatory approval of a launch in the United Kingdom, Virgin Orbit has been unable to complete the 4 to 6 launches in 2022 that it had planned, and is thus experiencing serious cash shortages that has now caused it to cancel plans to sell “additional securities.”

Virgin Orbit reported third quarter revenues of $30.9 million, which exceeded the zero revenues reported in Q3 2021. The company’s net loss was $43.6 million, which was higher than the $38.6 million loss in Q3 2021.

While costs and losses have mounted, Virgin Orbit has experienced delays in increasing its launch rate. The company had planned to conduct four to six launches this year. Today, the total stands at only two with just over a month left in 2022.

Virgin Orbit’s third launch was originally scheduled to take place in last August from Spaceport Cornwall in England. The company is still awaiting a license from the UK government that would allow the launch to take place. It is the first time the government has licensed both an orbital launch and a spaceport, so the process it taking longer than anticipated.

The company had not only ramped up production of its LauncherOne rocket in anticipation of an increased launch rate, it also purchased two more 747s to act as the rocket’s first stage carrier. Those actions however were based on the ability to increase the launch rate, which has been stymied since the summer by Great Britain’s Civil Aviation Authority, which can’t seem to issue permission for Virgin Orbit to launch from a runway in Cornwall.

The canceled sale of securities appears part of the entire investment deal near the end of 2021. The cash shortages and this deal also appear connected to the decision by Richard Branson’s Virgin Group to invest $25 million in Virgin Orbit earlier this month.

Virgin Orbit officials say they intend to double their launch rate in 2023. I suspect that they have to. It is now sink or swim.

UK awards launch license to Cornwall airport

After several months delay, the Civil Aviation Authority (CAA) in the United Kingdom yesterday issued a license to a Cornwall airport, dubbed Spaceport Cornwall, allowing Virgin Orbit to begin final preparations for the first orbital launch from within the British Isles.

The red tape however is not done.

The licence means that Virgin Orbit, which is behind the launch (named Start Me Up after the Rolling Stones song), is clear to begin to carry out mission-readiness tasks. But further licences are needed relating to this specific mission before blast-off can happen.

Melissa Thorpe, the head of Spaceport Cornwall, said: “To be the first spaceport in the UK with a licence to operate is a historic moment. Cornwall is now ready to open up the use of space for good.” She added: “The CAA continues to work on several licence applications, including being in very advanced stages with Virgin Orbit on its applications for launch and range licences, as well as the satellite operators, ahead of a proposed first UK launch.

I am reminded of the meme showing a crowd of officials surrounding one ditch digger, with the only one doing any real work that digger. It appears right now that the bureaucrats in the CAA might outnumber the staffing at both Virgin Orbit and Cornwall, and all they have to do is issue a piece of paper.

UK govt requests public comment on Shetland spaceport

The Civil Aviation Authority (CAA) of the United Kingdom, tasked with regulating space operations, has requested public comment on the environmental impact of the proposed Shetland spaceport, dubbed SaxaVord and presently under construction.

Shetland Islands Council granted planning permission in February, with Lockheed Martin and Skyrora among the companies looking at launching satellites, as early as next year.

One of the environmental considerations is for no launches or tests between mid-May and the end of June to avoid disturbing breeding birds. U nst’s 135 bird species include red-throated divers, merlins, puffins and Arctic terns.

The spaceport has said it expects to conduct at least 30 launches a year, once operational. That number is probably optimistic.

Meanwhile, it is beginning to appear that — at least in these early stages — the CAA is not going to be helpful to Great Britain’s effort to develop a space industry. Not only does this action suggest it is not enthused about this spaceport and is putting up barriers to it, it has slow-walked the licensing of the Virgin Orbit launch from Cornwall, costing that company so much money because of the delay that its liquidity was threatened.

Virgin Orbit’s first launch from UK delayed by red tape

We’re here to help you: The first launch of a satellite from the United Kingdom, launched by Virgin Orbit by taking off from a runway in Cornwall, is experiencing prolonged delays getting its license approved by the British bureaucracy.

While the company says there are no specific issues holding up approval, the permit remains unapproved. Virgin Orbit had hoped initially to launch in the summer, but could not, and this delay has also delayed its later launches and thus reduced its profits in 2022, forcing it to obtain extra investment capital from Richard Branson’s Virgin Group in order to pay the bills.

Meanwhile, the British bureaucracy struggles to issue the licenses.

The delays have attracted the attention of a House of Commons committee, which released a report Nov. 4 criticizing those delays and calling for more personnel to be assigned to reviewing license applications. “For this initial set of licence applications, the Department for Transport must provide additional resource to the CAA [Civil Aviation Authority] to ensure that the licensing process does not impede the feasibility of a launch this year,” the report stated.

A source familiar with the CAA’s licensing activities, speaking on background, noted that the CAA now had about 50 people working on license applications, up from the 35 mentioned in the report. That included one person seconded to the CAA from the U.S. Federation Aviation Administration’s Office of Commercial Space Transportation.

As always, private enterprise gets it done, while government requires dozens of people and months to simply fill out forms. Worse, we all know the CAA is going to say yes. The delay is simply a game to justify its existence, not to really accomplish anything.

Virgin Orbit gets UK marine license for its Cornwall launch

Virgin Orbit has been issued its marine license from the United Kingdom for its planned October 29, 2022 launch from Cornwall, the first such orbital launch from the British Isles.

Virgin Orbit proposes to conduct a maximum of one launch in 2022 and approximately two launches per year over the next 8 years (January 2023-December 2030).

The licence issued by MMO covers the 2022 launch, the first of its kind in the UK. As there is material to be deposited into the sea that will be loaded in the UK, the activity requires a marine licence from MMO, as required by The Marine and Coastal Access Act 2009.

The ever-growing reach of government bureaucracy is worldwide. Though Virgin Orbit’s airplane, carrying the LauncherOne rocket and its seven smallsats, is taking off from Cornwall, the release of that rocket will not occur until it is over the Atlantic, with the expendable first stage falling into the ocean west of Portugal. Yet somehow the company must get permission of these UK bureaucrats — as well as American ones — to fly.

Skyrora’s first suborbital rocket launch fails shortly after liftoff

Capitalism in space: The first launch attempt of a suborbital rocket for Skyrora, a rocket startup from the United Kingdom, failed on October 8, 2022 shortly after liftoff.

The launch was from Iceland, with the rocket crashing in the ocean about 1,600 feet from the pad. No one was injured. The rocket, Skylark-L, was designed for a suborbital flight to test equipment that will be used in the orbital rocket, Skyrora-XL.

Skylark-L is Skyrora’s 11m suborbital rocket, capable of reaching 4x the speed of sound and an altitude of over 125 km. 70% of the technology tested in the Skylark-L launch attempt will be applied to the systems of the Skyrora-XL vehicle, providing a key incremental learning opportunity to increase technological readiness ahead of vertical orbital launch next year.

As this was an engineering flight, the failure is actually a good thing, as it will provide Skyrora’s engineers information about changes needed to make their rocket function properly. Don’t expect that first orbital launch however next year, as the company promises. These things always take longer than expected.

Virgin Orbit ready to launch from Cornwall, United Kingdom

Capitalism in space: Virgin Orbit announced today that it has completed its preparations for its first launch from Cornwall, United Kingdom, which would also be the first launch ever from British soil.

An actual launch date has not yet been set, due to the “launch permitting regulatory process” in the UK. At the moment Cornwall is vying with two new spaceports in Scotland for the honor of that first launch.

Astroscale to partner with UK companies to develop mission to remove two defunct orbiting satellites

Capitalism in space: The Japanese-based company Astroscale has signed an agreement with the United Kingdom’s space agency to develop a mission — in partnership with a number of UK companies — to remove two defunct orbiting satellites.

The COSMIC mission will be developed in collaboration with 10 UK-based partner companies in England, Scotland and Northern Ireland including: MDA UK, Thales Alenia Space UK, Nammo, GMV-NSL, NORSS, Goonhilly, Satellite Applications Catapult, Willis Towers Watson, and other advisory and industrial partners.

What Astroscale brings to the table is its magnetic capture system that it has already tested in orbit.

This is also the second contract Astroscale has won in Europe for its space junk removal technology. In May it signed a deal with OneWeb to de-orbit two of its satellites.

UK regulators to investigate Viasat-Inmarsat merger

The United Kingdom’s Competition and Markets Authority (CMA) yesterday opened an investigation into the purchase of InMarsat by Viasat, announced in November ’21, to see it that merger would “result in a substantial lessening of competition within any market or markets in the United Kingdom for goods or services.”

This investigation will clearly delay the merger. It also appears somewhat counter-productive, considering that Inmarsat has been having trouble making money in recent years due to the market’s shift from its big geosynchronous satellites to constellations of smallsats in low Earth orbit, such as SpaceX’s Starlink. Viasat meanwhile has been desperately trying to block Starlink because of that very competitive threat.

By merging, these two satellite companies might survive and compete with the new orbital constellations. Otherwise, they might both go out of business, thus reducing competition. It seems the CMA will be shooting itself in the foot if it blocks this merger.

Virgin Orbit signs deal to launch Welsh-built satellite from Cornwall in ’22

Capitalism in space: While competing spaceports are now being constructed in Scotland and hope to launch this year, Virgin Orbit yesterday signed a deal with the Wales company Space Forge to launch its satellite from Cornwall, England, in ’22.

Because Virgin Orbit is already operational, while the rockets planned for the two Scottish spaceports in Shetland and Sutherland are still being developed, it appears that Cornwall will win the race to complete the first launch from UK soil in more than a half century.

Space Forge’s business plan is in itself most intriguing.

Space Forge recently announced that, along with partners, it is developing a world-first service incorporating both launch and return of a new small class of vehicle – the ForgeStar – that can be deployed from conventional launchers to provide rapid, reliable and reusable in-space infrastructure. This inaugural mission will see Space Forge’s ForgeStar-0 platform launched for the first time and will test future return from space technology.

Aiming to unlock the next steps on the path to market expansion, dedicated in-space manufacturing, coupled with proof of reliable return, will allow Space Forge to leverage the benefits of the space environment, namely: microgravity, vacuum, and temperature, to create products impossible to manufacture on Earth.

How exactly this satellite will safely return its space-manufactured goods is not yet clear, but if it does so successfully Space Forge will have created a product that at present would be unique. While you can now get your products back from ISS, such a process is very complicated and not very cost effective. Space Forge, if successful, would simplify that process, allowing customers to launch, manufacture products in space, and get those products back, all in one package.

UK bans all space-related exports to Russia

In response to Russia’s invasion of the Ukraine, the United Kingdom yesterday announced new sanctions, banning all space-related exports as well as increased sanctions on aviation.

For Russia, this component of these new space sanctions might be the most painful, should something go wrong on one of its launches:

The space export ban includes all related services, including insurance or reinsurance services, U.K. officials said. “This means cover is withdrawn on existing policies and UK insurers and reinsurers will be unable to pay claims in respect of existing policies in these sectors,” wrote in the statement.

This restriction also means that any satellite customers will not be able to claim damages. Thus, customers like South Korea, which still has two launches planned on Russia rockets, will lose everything if the launch fails. Because of this, it is almost certain that it will cancel these launches,

Orbex applies for UK launch license

Capitalism in space: The British smallsat rocket company Orbex has now submitted its application for a launch license to the United Kingdom’s Civil Aviation Authority (CAA).

The press release does not mention a launch date, but it does state that ground tests of Orbex’s Prime rocket, designed to launch smallsats, are about to begin.

The Orbex ‘Prime’ rocket is soon to be tested on the Orbex LP1 launch platform at a facility in Kinloss, close to the Orbex headquarters in Forres, where full ‘dress rehearsals’ of launch procedures will take place.

Actual launches will take place at Space Hub Sutherland in Scotland. A previous announcement in 2020 had suggested the first launch would occur in ’22. Whether that date can still be met is unclear, but without doubt Orbex is moving forward towards launch.

Pushback: Children in England are refusing to wear masks or get tests

A little child shall lead them, by James Johnson
Painting by James L. Johnson.

And little child shall lead them: According to one teacher’s union official in Great Britain, children are refusing in “huge numbers” to wear masks or get twice-weekly tests for COVID, despite government mandates requiring both.

In its latest guidance issued on Jan. 2, the UK Department for Education (DfE) recommended that secondary school pupils in England should wear face coverings inside classrooms to slow the spread of the Omicron variant of the CCP (Chinese Communist Party) virus. Before that, masks were already recommended in outdoor communal areas and corridors. Secondary school students are also advised to take a lateral flow test twice a week.

But according to the NASUWT teachers’ union, there has been strong resistance from pupils to the new policy. Damien McNulty, a national executive member of the union, told the BBC on Thursday: “Sadly, we have had reports in the last 24 hours of at least six secondary schools in the northwest of England where children, in huge numbers, are refusing to take lateral flow tests or to wear masks.”

“We’ve got one school in Lancashire where only 67 children out of 1,300 are prepared to have a lateral flow test and wear masks,” he said.

» Read more

Data: Vaccines don’t stop COVID, but COVID is not that dangerous

UK COVID numbers in late October 2021

The graph to the right was created from the data produced by the United Kingdom Health Agency covering the period from October 25, 2021 to November 21, 2021. It shows the percentages of the vaccinated and unvaccinated individuals who became infected with COVID, were hospitalized by it, and even died from it.

As you can clearly see, it apparently makes no difference anymore whether you received no shots, one shot, two shots, or three shots. Your chances of getting infected with COVID is just as likely if you are vaccinated than if you are not. The shots don’t protect you.

The graph is part of a long article detailing how in the UK, COVID appears to no longer be a virus of the unvacccinated, but in fact is now a virus of the vaccinated. Apparently, you stand a higher chance of getting sick from COVID if you have been vaccinated than if you have not.

The story however distorts the truth badly, since it exaggerates the danger. This graph was produced based on these numbers:

The report reveals that there were 833,332 recorded Covid-19 cases, 9,094 Covid-19 hospitalisations and 3,700 Covid-19 deaths from October 25th to November 21st.

When we run the actual number of deaths against the number of people infected with COVID, whether vaccinated or not, we find that 99.5% easily survive the illness. This confirms previous numbers I have cited covering the entire United States. COVID, like the flu, is relatively harmless to almost the entire population. Only the elderly, the sick, and the chronically ill are threatened seriously by it.

So, what take-away should we take from this information?

1. All vaccine mandates are irrational. They do nothing to reduce the risk of COVID. To impose such rules based on this data suggests that the Biden administration is completely divorced from reality in its policy making.

2. The virus itself is not a serious threat and never was. 99.5% of everyone survives it. Since we now know that the lockdowns, the mask mandates, the vaccines, the installation of plexiglass everywhere, and the social distancing rules did nothing to limit its spread, we should stop all these crazy irrational policies now. Return to normal life, and let the virus finally spread through the population in a way that will allow natural immunity to build up. Only then can we finally choke this thing off for good.

I think the public is finally ready. I think that most everyone is sick and tired of stupid rules and irrational policies and will resist strongly any attempts at new rules. You might see them imposed in fascists states like California and New York, but in general the country, even the world, is ready to tell power-hungry politicians to go jump in a lake.

Shetland spaceport gets 10-year launch contract from new British rocket company

Capitalism in space: The new spaceport in Shetland, Scotland, has signed a 10-year launch contract from the new British rocket company, Skyrora.

Rocket company Skyrora has agreed a multi-launch deal with the SaxaVord spaceport on Unst, the most northerly of the Shetland Islands, as it moves closer to launching its XL rocket in 2022. This is the first agreement Skyrora has made with a Scottish Spaceport. If successful, this could be the first rocket to go to space from the UK.

The deal with SaxaVord [the new name for the Shetland spaceport] will run for the next decade, giving Skyrora the ability to build towards its target of 16 launches a year by 2030.

The XL rocket is designed to launch smallsats, and will compete with companies like Astra and Rocket Lab. If Skyrora is success, it will not only be the first rocket to launch from the UK, it will be the first British-built rocket to launch since October 1971.

United Kingdom’s new comprehensive space strategy: develop a robust private sector

Map of UK space strategy

Capitalism in space: The United Kingdom yesterday released a new comprehensive space strategy that seems generally focused on encouraging the growth of a private aerospace industry.

You can read the actual strategy here [pdf].

Though most of the text is high-sounding but mostly meaningless political talk, the overall strategy is excellent. It is focused not on creating a “space program” that the British government will design and build — what had been the traditional but generally unsuccessful approach since the 1960s — but to instead find ways to encourage the private sector to achieve what it wants to do. The map to the right, taken from the strategy document, illustrates this. The focus is entirely in supporting the growth of a commercial private industry by either creating industrial centers for space manufacturing or spaceports for launching satellites.

In this context, the vagueness of the strategy’s goals makes sense. The UK government has properly concluded that it is not its place to set those goals, but to let the commercial sector do it based on where they think they can make the most profit.

All in all, this strategy bodes well for the UK’s future in space.

United Kingdom passes comprehensive spaceflight regulations

Capitalism in space: As required by the Outer Space Treaty as well as to lay a framework for commercial and private space launches from within the United Kingsom, the UK this week passed new comprehensive spaceflight regulations that appear modeled closely after already existing regulations in the United States.

From the government’s press release:

The legislation provides the framework to regulate the UK space industry and enable launches to take place from British soil for the very first time. It will unlock a potential £4 billion of market opportunities over the next decade, creating thousands of jobs and benefiting communities right across the UK.

This also puts the UK in a unique position as the first country in Europe able to launch spacecraft and satellites from home soil. This could lead to better monitoring of climate change, as well as improved data for satellite navigation systems, improving journeys right here on the ground, too.

The full law can be read here. It is long, so I have not reviewed it entirely, but it does seem to be closely modeled after several U.S. laws, including the 2004 Space Amendments Act that presently guides FAA regulation and licensing of commercial space launches. The UK even gave its own Civil Aviation Authority (CAA) the same job the FAA has in the U.S.

British startup rocket company wants to recover only satellite launched by UK

Capitalism in space: Skyrora, a British startup rocket company which is attempting to build the first rocket using hypersonic technology, has now issued a challenge to the commercial space industry to come up with a plan to snatch from orbit the only satellite ever launched by a rocket built by the United Kingdom and bring it back safely to Earth.

Edinburgh-based rocket company Skyrora is issuing a challenge to find a way to retrieve the Prospero satellite. The object was the first and only UK spacecraft to be launched on a British rocket, from Australia in 1971. It’s defunct now, obviously, but is still circling the globe on an elliptical orbit some 1,000km up.

Skyrora, who will soon start sending up rockets from Scotland, regards the satellite as an important piece of UK space heritage. The company has already recovered part of the Black Arrow vehicle that placed Prospero in orbit. This fell back to Australia in the course of the mission where it languished for decades in the Outback until the firm had it shipped home and put on display.

Now, Skyrora is looking for ideas as to how best to approach and grab hold of the 66kg satellite, whose original mission was to investigate the space environment.

After that single successful launch of Black Arrow, the British government decided to abandon it, and in fact for the next half century refused to invest any money in space, at all. While the decision was probably economically wise for the government, it also did not do anything to encourage a private space industry, and for the next half century there was none in the UK. This is now finally changing, but fortunately not as a government space program like Black Arrow but as a competitive private launch industry aimed at profit.

Recovering Prospero would be a nice public relations stunt that might help further encourage that private industry.

Sierra Space makes deal with UK spaceport for Dream Chaser landings

Capitalism in space: Sierra Space has signed an agreement with a spaceport in Cornwall, England, allowing it to land its Dream Chaser mini-shuttles there.

Sierra Space signed a memorandum of understanding (MOU) with Spaceport Cornwall expressing support for future landings of Dream Chaser at the spaceport, also known as Cornwall Newquay Airport in southwestern England.

The MOU came after Sierra Space performed a study, supported by the U.K. Space Agency, evaluating the feasibility of using the spaceport for Dream Chaser landings. The lifting body vehicle is designed to glide to a landing on runways, and the initial study concluded the spaceport is “a suitable and viable return location for the orbital return” for Dream Chaser, Sierra Space said in a statement.

The more places Sierra can land Dream Chaser the more commercially viable it will be. For Cornwall, this strengthens its position as a spaceport, having already signed an agreement with Virgin Orbit to allow it to launch from there.

Shetland spaceport application rejected by local monument authority

The application to build a spaceport on one of the Shetland Islands has been rejected by a local monument authority because it would cause “extensive and adverse impact on the cultural significance” of a WWII radar station.

Mr Strang [head of the spaceport organization] said he was “greatly surprised” by the decision, claiming HES [Historic Environment Scotland] had “done nothing to preserve the site for the last 50 years”.

Skaw is the UK’s most northerly Second World War radar station and protected as a scheduled monument of national importance. The proposed space centre would be built almost entirely with in the RAF radar station site. It would require the removal of nine buildings, including air raid shelters, guard huts and those associated with the radar system. More than 200 archaeological features, such as foundations of buildings, gun emplacements and bomb craters would also be removed.

The Shetland Islands are very remote with few job opportunities for its residences. Putting a spaceport there seems like an excellent idea, especially because it will create hundreds of jobs where none exist now.

The radar facility did the same, but it did so more than seventy years ago, during World War II. Protecting these old and unused buildings for the sake of those long gone jobs seems utterly foolish.

The spaceport people say they will oppose this decision, but it is not clear from the article what they can do. The law as written appears to give this historical agency full power to veto.

ESA awards UK’s Orbex 7.45 million euros to fund rocket development

Capitalism in space: The European Space Agency (ESA) has awarded the new United Kingdom smallsat launch company Orbex 7.45 million euros to help fund the development of its Prime rocket.

This will supplement the 4.7 million euros that Orbex has raised from private capital.

The funds from the award will go towards the completion of spaceflight systems in preparation for the first launches of Orbex’s 19-metre ‘microlauncher’ rocket, Prime. €11.25 million of the total funding will be assigned to work undertaken in the UK, in particular the lightweight avionics designed in-house by Orbex in Forres, and the guidance, navigation and control (GNC) software subsystem being designed by Elecnor Deimos, a strategic investor and partner of Orbex. The remaining €900,000 of the total funding package will support the development of the GNC for the orbital phase being developed by Elecnor Deimos for Orbex in Portugal.

If all goes right, Prime will make its first launch from Sutherland, Scotland, in ’22.

The contract award signals the shift at ESA that resembles what happened at NASA in the past decade, moving from designing and building its rockets and spacecraft to buying the product from private companies. While ESA might be providing a large bulk of the capital to develop Prime, it appears ESA is not involving itself heavily in the development itself, leaving that instead to the company.

Meteorite recovered in driveway in UK only days after landing

Meteorite hunters successfully recovered a meteorite only days after it plowed through the atmosphere and landed in a driveway in Gloucestershire in the United Kingdom on February 28th.

The fragment, weighing nearly 300 grams, and other pieces of the space rock were located after scientists reconstructed the flight path of the fireball that unleashed a sonic boom as it tore across the sky shortly before 10pm UK time on Sunday 28 February. The black chunk of rock, a carbonaceous chondrite never seen before in the UK, thumped on to a driveway in the Cotswolds town of Winchcombe, scientists at the Natural History Museum in London said, adding that further fragments were retrieved nearby.

Ashley Green, a scientist at the museum, said it was “a dream come true” to be one of the first people to see and study a meteorite that had been recovered almost immediately after coming down.

Footage of the bright streak captured by the public, and a camera network operated by the Natural History Museum’s UK Fireball Alliance, helped researchers calculate that the meteor had spent most of its orbit between Mars and Jupiter before it ploughed into Earth’s atmosphere.

I seriously doubt that no carbonaceous chondrite asteroids have never been found in Great Britain before. Instead, what the reporter misunderstood was that this was the first such asteroid in the UK recovered immediately after its arrival. Carbonaceous chondrites are very fragile. Much of their material will quickly erode and disappear, preventing researchers from obtaining a complete census of their entire make-up. Grabbing this thing mere days after landing means they will have a sample more closely resembling these kinds of asteroids in space.

In this way this rock is not much different than the samples being brought back from Hayabusa-2 and OSIRIS-REx. It isn’t as pristine, but it certainly carries far more information that meteorites recovered decades or even centuries after landing.

Similar quick recoveries in the past few years have forced some major rethinking about the make-up of the asteroid population. This meteorite will likely add to that revolution.

Lockheed Martin picks ABL’s rocket to make its first UK launch

Capitalism in space: Lockheed Martin has chosen the smallsat rocket company ABL Space Systems to launch its first UK satellite payload from Shetland.

Lockheed said Feb. 7 that ABL will perform a launch of its RS1 rocket from the Shetland Space Centre, a spaceport to be developed on the island of Unst in the Shetlands, in 2022. The rocket, on a mission called the UK Pathfinder launch, will place into orbit a tug developed by Moog in the UK that will then deploy six 6U cubesats.

The launch will fulfill an award made by the British government in 2018 to support development of a domestic launch capability. The $31 million contract to Lockheed Martin covered a launch, then planned for a spaceport at Sutherland in northern Scotland, as well as Moog’s orbital maneuvering vehicle.

Lockheed did not disclose at the time, though, which vehicle it would use for the launch. The company does not have a small launch vehicle of its own compatible with the spaceport, but has invested in companies working on such vehicles, including ABL Space Systems and Rocket Lab.

It appears Lockheed choose ABL over Rocket Lab because of its mobile launch capability. As designed, its RS1 rocket needs no permanent infrastructure at the launch site. All they need is a concrete pad.

This decision also heightens the competition between the two presently proposed UK spaceports in Sutherland, Scotland, and Unst, Shetland. While planning at Sutherland started earlier, local opposition appears to be slowing it down.

ABL is one of six smallsat rocket companies planning a first orbital launch in 2021. While it is unlikely all will do so, the likelihood is increasing that several will, which will make things very busy in the rocket industry.

Starlink begins rollout in United Kingdom; blocked in Russia

Capitalism in space: SpaceX’s Starlink internet service has now begun providing its service in the United Kingdom, following approval by the government there.

Because the British government is now also an owner of Starlink’s direct competitor, OneWeb, this creates an interesting conflict of interest that fortunately has so far not impeded SpaceX. We shall have to see whether this changes with time.

Meanwhile, in Russia a similar conflict of interest has resulted in some government action against Starlink.

Russia’s legislative body, the State Duma, is considering fines for individuals and companies in the country that use Western-based satellite Internet services. The proposed law seeks to prevent accessing the Internet by means of SpaceX’s Starlink service, OneWeb, or other non-Russian satellite constellations under development.

…In the Russian-language article, translated for Ars by Robinson Mitchell, members of the Duma assert that accessing the Internet independently would bypass the country’s System of Operational Search Measures, which monitors Internet use and mobile communications. As part of the country’s tight control on media and communications, all Russian Internet traffic must pass through a Russian communications provider.

It is not surprising that Russia would take steps to block Starlink service—the country’s space chief, Dmitry Rogozin, views SpaceX as a chief rival in spaceflight. Rogozin has been critical of both NASA and the US Department of Defense for subsidizing SpaceX through government contracts. (While it is true that SpaceX has received launch contracts from the US government worth several billion dollars, it has also provided launch services at a significant discount compared to other providers.) More recently Rogozin has said Starlink is little more than a scheme to provide US Special Forces with uninterrupted communications.

That the legislation is also aimed at blocking OneWeb however is strange, considering that OneWeb is quite literally Rogozin’s only remaining commercial customer for Roscosmos’s launch services.

In the end, such laws will only end up doing more damage to Russia than to SpaceX. When you don’t allow competition you basically don’t allow any achievements at all. Russia will sink into a second-class status, not because its people are second-class but because its government is.

Tragically it appears the U.S. federal government is now in a race with Russia to the bottom.

Smallsat rocket startup Obex raises $24 million

Capitalism in space: The smallsat rocket startup Obex of the United Kingdom today announced that it has raised $24 million in private investment capital to support the development of its Prime rocket.

Conceived and developed as an environmentally sustainable launch system, the Orbex Prime rocket uniquely uses bio-propane, a renewable biofuel that cuts CO2 emissions by 90% compared to traditional kerosene-based rocket fuels. Designed to be recoverable and re-usable, Orbex Prime is intended to leave no debris in the ocean or in orbit around the Earth. The company is constructing the rocket vehicle at factories in Forres, near Inverness in Scotland, and Copenhagen in Denmark.

…Orbex has already confirmed six commercial satellite launch contracts, with the first launches expected in 2022. The company’s preferred launch site will be the Sutherland spaceport on the northernmost coast of Scotland, which was granted planning permission in mid-August 2020.

Whether the Sutherland spaceport happens however remains uncertain. Though it still appears to be moving forward, there is a lot of local opposition to it, some with clout. It appears however that Orbex is aware of this reality, and is developing Prime to allow it to launch from other sites.

That the company is trying to build this rocket as reusable right from the beginning is encouraging. It shows that the rocket industry is finally accepting the new paradigm established by SpaceX. For them to achieve this by ’22 however will be quite challenging.

Wealthy environmentalist picks his preferred UK spaceport

Capitalism in space: A wealthy businessman who is also involved in environmental causes has invested almost 1.5 million pounds in the proposed spaceport planned for the Shetland Islands, the northernmost British islands.

What makes this investment especially interesting is this same environmentalist’s opposition to a different spaceport proposed for Sutherland, Scotland.

Danish businessman Mr Povlsen, who is reportedly worth £4.5bn thanks to his Bestseller clothes retail empire, and his wife own thousands of acres of land in Sutherland, and on other estates in the Highlands. [Their company] Wildland Ltd has raised concerns about Space Hub Sutherland’s impact on the Caithness and Sutherland Peatlands Special Protection Area, and has sought a judicial review of Highland Council’s permission for the satellite launch project.

Another of the Povlsens’ companies, Wildland Ventures Ltd, has invested in Shetland Space Centre.

This apparently is the ultimate in NIMBY (not in my backyard!). It seems this couple is throwing its weight behind the Shetland site in order to help keep the Sutherland site (in their backyard) from being built.

Lockheed Martin to move its smallsat rocket launch project to the UK

Capitalism in space: Lockheed Martin announced today that it is moving its Pathfnder smallsat rocket operation to a new spaceport in Shetland in the United Kingdom, with the first launch targeted for ’24.

This Shetland site is a different UK spaceport than the Sutherland site, also in Scotland, where both Lockheed Martin and the British company Orbex also hope to launch.

FCC approves expansion of OneWeb constellation to 2,000 satellites

Capitalism in space: The FCC has approved the request by the satellite company OneWeb to increase the size of its satellite constellation from 720 to 2,000 satellites, at 50% of which must be launched by August ’26.

The company, now exiting bankruptcy with its purchase by a partnership of the UK government and an Indian-based communications company, appears gearing up to resume launches.

The FCC’s approval was partly because it would “increase competition for broadband services.” Under the Trump administration the goal is to encourage as many private space companies as possible, to promote innovation and the lowering of costs to the consumer. This decision continues that policy.

UK spaceport in north Scotland approved

Capitalism in space: A commercial spaceport in Sutherland, Scotland, has received full approval from the local planning commission.

With planning permission now secured, construction is on course to begin before the end of the year, and HIE is hopeful that the site could be operational and supporting its first launch as early as 2022.

Their prime customer, a UK company dubbed Orbex Space, had said two years ago it would do its first launch by 2021, so this announcement also reveals a year delay in that first launch.

Lockheed Martin, teamed with Rocket Lab, has also said it will launch from this site.

United Kingdom partnership buys bankrupt OneWeb

Capitalism in space? A partnership between the UK government and an Indian company operating in the UK has purchased the bankrupt satellite company OneWeb for $1 billion.

The decision for the U.K. government to purchase OneWeb came with few details about when satellite launches will resume and exactly what the OneWeb satellites will now be used for and even who will have access to them once launched.

The overall deal is worth $1 billion USD, with the U.K. government and Bharti Enterprises Ltd. (an Indian-based company with an operational arm in the U.K.) each committing $500 million USD to the acquisition deal.

The buy-out is expected to close by the end of the year and will represent a 90% overall stake in OneWeb, with the organization’s original investors maintaining a 10% share according to reports from Bloomberg News.

The Johnson government has indicated it wishes to use the OneWeb constellation, still incomplete, as some sort of navigational tool, like GPS. The problem is that the satellites were not designed for this, but for providing internet service.

The article provides a good overview of the questions raised by this government decision. It is hard to figure how this purchase makes sense for the UK government. The impact however on one of OneWeb’s launch providers, Russia, could be very negative. OneWeb was going use a lot of Soyuz rockets to get its satellites off the ground, and had become practically the only commercial customer Russia still has. It is unclear what will happen now with that contract deal.

1 2 3 4