Tag: competition

Virgin Galactic searching for profits outside of space tourism

7:52 am

Not a surprise: After almost two decades of development and no commercial suborbital tourism flights, the new management of Virgin Galactic (with Richard Branson having sold off his majority shares) is now searching for other ways to make money with its assets.

Among them, renting out the WhiteKnightTwo (WK2) launch support aircraft for government or private businesses to use for science, research, and national security applications. There’s just one problem: Legally it cannot do that.

Because WhiteKnightTwo is considered an experimental aircraft by the Federal Aviation Administration using it in this manner would be a violation of 14 CFR 91.319(a)(2), which states that “no person may operate an aircraft that has an experimental certificate – (1) For other than the purpose for which the certificate was issued; or (2) Carrying persons or property for compensation or hire.” In a filing made Tuesday The Space Company and Virgin Galactic jointly petitioned for exemption from the regulations.

It appears the new management is recognizing that the suborbital tourism market is weak (with the coming of orbital tourism), and needs to shift gears, any way it can.

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Report: Astronomy threatened by satellite constellations

11:31 am

A report issued today, resulting from a video conference of astronomers in July, has concluded that much of ground-based astronomy is threatened by the new large satellite constellations being launched by SpaceX, OneWeb, and others.

The astronomers’ report offers six solutions for solving the problem.

  • Launch fewer or no LEOsats. However impractical or unlikely, this is the only option identified that can achieve zero astronomical impact.
  • Deploy satellites at orbital altitudes no higher than ~600 km.
  • Darken satellites or use sunshades to shadow their reflective surfaces.
  • Control each satellite’s orientation in space to reflect less sunlight to Earth.
  • Minimize or eventually be able to eliminate the effect of satellite trails during the processing of astronomical images.
  • Make more accurate orbital information available for satellites so that observers can avoid pointing telescopes at them.

Notice what solution they don’t offer? Maybe astronomy should focus on building space-based telescopes, where the view would be clear, unimpeded by both the satellites and (much more importantly) the atmosphere.

In fact, the claim in the first solution above, that launching no satellites is “the only option identified that can achieve zero astronomical impact” is intellectually dishonest. All astronomers have to do is get their observatories into space, something that is very doable and affordable with today’s cheaper launch capabilities and technology. In space the impact of the satellites will once again be zero. And they will have the added benefit of getting outside the atmosphere, which by the way is actually a bigger limitation to observations than any satellite constellation.

It seems to me that this report was written by the faction of astronomers who make their living building big ground-based telescopes. Rather than think of solutions, they want to protect their turf by attacking the achievements of others.

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A nuclear battery that never needs charging?

10:14 am

A California company, NDB (which stands for nuclear diamond battery), is developing a nuclear battery using waste products from nuclear power plants that will never need charging and will be able to replace almost any ordinary battery, from those used in computers and smart phones to AA and AAA batteries.

The heart of each cell is a small piece of recycled nuclear waste. NDB uses graphite nuclear reactor parts that have absorbed radiation from nuclear fuel rods and have themselves become radioactive. Untreated, it’s high-grade nuclear waste: dangerous, difficult and expensive to store, with a very long half-life.

This graphite is rich in the carbon-14 radioisotope, which undergoes beta decay into nitrogen, releasing an anti-neutrino and a beta decay electron in the process. NDB takes this graphite, purifies it and uses it to create tiny carbon-14 diamonds. The diamond structure acts as a semiconductor and heat sink, collecting the charge and transporting it out. Completely encasing the radioactive carbon-14 diamond is a layer of cheap, non-radioactive, lab-created carbon-12 diamond, which contains the energetic particles, prevents radiation leaks and acts as a super-hard protective and tamper-proof layer.

To create a battery cell, several layers of this nano-diamond material are stacked up and stored with a tiny integrated circuit board and a small supercapacitor to collect, store and instantly distribute the charge. NDB says it’ll conform to any shape or standard, including AA, AAA, 18650, 2170 or all manner of custom sizes.

The company says it has already built a proof-of-concept, and will begin building commercial prototypes as soon as it can reopen (they were shuttered by the Wuhan flu panic).

More at the link. Also see the video below the fold. To say this technology would be game-changing is an understatement of epic proportions. At the same time, a lot of difficult work will be required to make it practical and affordable. Don’t expect this to be available in stores for at least a few years.
» Read more

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Russia to spend $470 million to restore Sea Launch

9:51 am

The Russian government today revealed that it has agreed to spend $470 million to restore the Sea Launch floating launchpad.

Before Russia took possession the platform had been stripped of much of its equipment, probably as part of the final financial settlement with Boeing, which had once been a part owner (with Russia and the Ukraine). As part of the break-up of the company Russia had had to buy Boeing off (after many lawsuits) to gain full ownership.

As noted by Deputy Prime Minister Yuri Borisov, “It is a unique structure unparalleled in the world. Some have plans for building something similar. It would be very silly of us, if we decided against restoring the Sea Launch and using its services. Technically all this is possible.”

For Russia the platform gives them the potential of a launch site at the equator, something they have never had.

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Four American launches in the four days

9:39 am

UPDATE: Rocket Lab’s launch has been delayed to 11:05 pm (Eastern) August 28 due of weather.

Beginning tomorrow, the next four days will be very busy for the American space rocket industry, with three companies attempting to complete four different launches.

First comes Rocket Lab, which will attempt its first launch of its Electron rocket since its first operational launch failure on July 4. Launch is scheduled for 11:05 pm (Eastern) on August 26th.

Next ULA is scheduled to use its most powerful rocket, the Delta 4 Heavy, to put a National Reconnaissance Office surveillance satellite into orbit. Launch is set for 2:12 am (Eastern) on August 27th. This very expensive rocket (which costs three to four times that of a Falcon Heavy) has only four launches left before being permanently retired.

Then SpaceX will attempt two launches in quick succession. The first will launch at 7:19 pm (Eastern) on August 27th, putting up an Argentinian Earth observation radar satellite. On this launch the first stage is a new one, and will attempt the first landing at Cape Canaveral since March 2020.

SpaceX will then follow with its third Starlink launch this month and twelfth overall, scheduled for 10:30 am (Eastern) on August 29th out of its facility at Cape Canaveral, assuming the other launches at Kennedy go as planned.

Moreover, the startup smallsat rocket company Astra is also aiming to attempt its first test launch before the end of August. The date is not yet set.

Busy times for sure, but note that this is only the beginning. I expect by the end of the 2020s the launch schedule will get increasingly packed. Soon having three three launches per week will seem routine.

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ULA’s Vulcan rocket: problems with Blue Origin’s rocket engine

10:04 am

Based on a detailed update today at NASASpaceFlight.com on the status of ULA’s new Vulcan rocket, it appears that while everything is proceeding as scheduled for a 2021 launch debut, the big issue that might cause a delay is Blue Origin’s BE-4 rocket engine, to be used in Vulcan’s first stage.

Speaking to the Denver Business Journal yesterday, ULA CEO Tory Bruno noted an ongoing issue with BE-4’s turbopumps but voiced his confidence that the issue would soon be resolved and that it would not impact Vulcan’s schedule at this time.

…Development of the BE-4 has long been seen as the critical path for Vulcan. ULA exercised an option within the U.S. Space Force’s National Security Space Launch (NSSL) Phase 2 award proposal and bid Atlas V as a backup vehicle for Vulcan in case the latter ran into development or certification issues.

When asked when ULA would have to inform the Space Force of its desire to switch one of the first awarded NSSL missions from Vulcan to Atlas V under a purely hypothetical BE-4 or Vulcan issue, Mr. Peller [VP of Major Development for ULA] did not comment directly, instead affirming ULA’s confidence that all of their NSSL missions would fly on Vulcan. [emphasis mine]

From the Denver Business Journal article:

Blue Origin is still troubleshooting the 75,000-horsepower pumps that bring fuel to the BE-4’s main combustion chamber, Bruno said, adding that he’s confident the issues will soon be solved. “There’s very little technical risk,” he said. “It isn’t easy, but we know we can do it.” [emphasis mine]

This is the first public admission I’ve seen anywhere of a specific problem with the BE-4 engine. It also suggests strongly that the problem has been long-standing, and has not yet been solved.

Both articles also make it clear that ULA is prepared to continue using both the Atlas 5 rocket and the Russian engines (that the BE-4 is supposed to replace) until 2027, if necessary.

While it could very well be that the BE-4’s turbopump issues are on the way to being solved and there will be no delays, the careful wording by Bruno and his head of development strongly suggests that they are aware of an issue and are trying to deflect press interest in it. In fact, the timing of this revelation, only six weeks after Blue Origin delivered to ULA its first BE-4 engine (a test version not flightworthy), suggests that ULA has only now become aware of the issue, and is now working to help solve it.

Stay tuned. I suspect all will become very clear within the next few months.

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Russia to continue bilateral space negotiations with U.S.

9:28 am

According to one Russian foreign policy official, the Putin government will continue bilateral space negotiations with United States in connection with both its Artemis Accords (designed to encourage private ownership in space) and the military doctrines in space recently set forth by the U.S. Space Force.

The official also made note of a Russian-Chinese agreement related to the use of space, which seems to counter what the Trump administration is pushing with the Artemis Accords. However, the fact that these bilateral agreements and negotiations now exist actually gets the U.S. what it wants, foreign treaties that set out goals and rules that bypass the restrictions of the Outer Space Treaty. Those restrictions make private ownership in space legally questionable. That Russia is willing to continue negotiations with the U.S. means that it might agree eventually to some framework that allows private property in space, in order to remain a partner in the Trump administrations Artemis lunar project.

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Blue Origin-led partnership delivers lunar lander mockup to NASA

9:14 am

Capitalism in space: The Blue Origin-led partnership, which calls itself “the National Team,” has delivered to the Johnson Space Center a full scale mock-up of the manned lunar lander it is building for NASA.

The full-sized, but low-fidelity, mockup includes both the descent element, developed by Blue Origin, and ascent element, built by Lockheed Martin, and stands more than 12 meters high.

The companies developed the mockup to allow NASA astronauts and engineers to study the layout of the vehicle, including positioning of various components, and get feedback while the lander is still in an early stage of development.

While providing this mock-up to NASA for design review makes sense, I must say that I yawned when I saw the string of overly excited new reports about it from almost every mainstream news outlet. It appears that though Jeff Bezos and Blue Origin have become very skilled at delivering nothing but mock-ups and promises over the past few years, both have also become very skilled at getting the press pumped up with each new mock-up and promise.

More and more does Bezos and Blue Origin remind me of Richard Branson and Virgin Galactic, making promises and holding spectacular fake press events, but actually achieving little. I could be wrong, but I can’t get that similarity out of my head. Blue Origin was founded in 2000, before SpaceX, and after more than twenty years it has yet to fly anything commercially. Work on its New Shepard reusable suborbital rocket has apparently stalled, without ever flying humans. Its main rocket engine, the BE-4, is taking years to develop, with only test versions built, none flightworthy. And New Glenn, its orbital rocket, remains a fantasy.

I truly hope my cynicism here is unfounded. I want Blue Origin to succeed. I just wish they’d finally do something.

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Chinese company successfully completes 300 meter hop of first stage

8:53 am

Linkspace hopper prototype being transported to launch site

The new colonial movement: The Chinese pseudo-company Linkspace has successfully completed a 300 meter hop of the first stage of its new rocket.

Video of the hop can be seen here. The photo to the right is a screen capture from that video showing the rocket being transported to the launch site. Based on this image, the stage appears small, no more than twenty feet tall. I suspect this is only a prototype, comparable in many ways with SpaceX’s Grasshopper, which was a prototype to test vertical landing.

This success however lays the groundwork for building a full scale model.

I call Linkspace a “pseudo-company” in that it might have raised independent investment capital and appears to work as a private company, in China and with rockets there is no such thing. Everything this company does is closely supervised by the government. There is no independence here.

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UK spaceport in north Scotland approved

8:38 am

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.

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Musk: 100+ reuses of Falcon 9 1st stages possible

8:25 am

Capitalism in space: According to Elon Musk:, based on what SpaceX has learned so far in reusing the 1st stages of its Falcon 9 rocket, it is entirely possible that the present design could result a hundred or more reuses.

Now, with all that experience in hand and a Falcon 9 Block 5 booster already 60% of the way to the ten-flight reuse milestone, Musk says that “100+ flights are possible” and that “there isn’t an obvious limit.” While “some parts will need to be replaced or upgraded” to achieve dozens or hundreds of booster reuses, Musk says that SpaceX “almost never need[s] to replace a whole [Merlin 1D] engine.

Given that a Falcon 9 booster’s nine M1D engines are likely the most difficult part of each rocket to quickly and safely reuse, it’s extremely easy to believe that individual boosters can launch dozens – if not hundreds – of times with just a small amount of regular maintenance and repairs. In that sense, SpaceX has effectively achieved Musk’s long-lived dream of building a rocket that is (more or less, at least) approaching the reusability of aircraft.

The next step in this effort will be to shorten the turnaround times. At the moment the best time between any booster’s reflight has been just under two months. SpaceX has said they want to be able to refly boosters in just days.

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Nauka finally arrives at launch site, thirteen years late

3:33 pm

Russia’s Nauka module for ISS has finally arrived at its launch site at Baikonur, Kazakhstan, to be prepared for its launch, now scheduled for April 2021.

After its arrival and fitting-out, Nauka will become the primary laboratory module on the Russian segment. Currently, Russia has two small laboratory modules – Rassvet and Poisk – both of which will be dwarfed by Nauka. Additionally, Nauka will take the title of the heaviest Russian module on the Station, at 24.2 tons. Zvezda currently holds this honor, at 20.3 tons.

The module is thirteen years later than first planned and has been under construction for more than a quarter century.

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Rocket Lab planning private Venus mission

8:33 am

Capitalism in space: According to its founder and CEO Peter Beck, the smallsat rocket company Rocket Lab is now planning a private Venus mission to be launched in 2023.

The 2023 mission will employ Rocket Lab’s two-stage Electron booster and Photon satellite bus. The 57-foot-tall (17 meters) Electron is a viable option for interplanetary missions now, thanks to recent advances in battery technology that boost the performance of the rocket’s Rutherford engines. With that improvement, Electron is now capable of lofting up to 660 lbs. (300 kilograms) of payload to low-Earth orbit instead of 500 lbs. (225 kg), Rocket Lab representatives have said.

“It opens the window for Venus, and it opens the window for recovery,” Beck said. (The company is working to recover and reuse the Electron’s first stage. Returning boosters will make guided re-entries to Earth’s atmosphere, which will require more fuel, which in turn will require more powerful engines to get the added weight off the ground.)

Photon, which has yet to make its spaceflight debut, won’t descend into Venus’ sulfurous skies on the coming mission. The current plan calls for the spacecraft to deploy one or more smaller probes into the planet’s atmosphere, Beck wrote in a Twitter post on Aug. 4.

There is a certain irony here, if Beck launches a private interplanetary science mission ahead of Elon Musk. Musk created the rocket company SpaceX expressly because he wanted to do a private science mission to Mars and needed an affordable rocket to do it. Since then he has been so focused on making that rocket company succeed he has not devoted any effort to that initial science mission concept. Beck, who came much later, now appears set to beat Musk to this first milestone.

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SpaceX launches three commercial plus more Starlink satellites

8:18 am

Capitalism in space: SpaceX today successfully launched three commercial Earth reconnaissance satellites plus another 58 Starlink satellites.

They have now put 653 Starlink satellites into orbit.

The first stage, which was flying a record sixth time, successfully landed on its platform in the Atlantic. They also caught one of the fairing halves, and are retrieving the second half out of the ocean. Both fairings were also reused.

The leaders in the 2020 launch race:

19 China
13 SpaceX
9 Russia
4 ULA

The U.S. now leads China 21 to 19 in the national rankings.

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Skyrora completes first test launch from Iceland

9:25 am

Capitalism in space: The United Kingdom smallsat rocket startup Skyrora successfully completed its second test suborbital launch from Iceland on August 15.

The rocket was launched in two parts, or stages, in front of a crowd of onlookers. The first stage launch reached a height of six kilometres, the second, a height of 30 kilometres. Both parts landed in the sea, not far from shore, and were easily retrieved by Search and Rescue volunteers, thanks to GPS equipment inside each piece.

This was also the first rocket launch from Iceland in a half century.

Skyrora’s first flight was back in August 2018, but that was only a single stage flight. They are aiming for orbital flights by 2023.

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Another Starship/construction update at Boca Chica

9:15 am

Link here.

The successfully flown fifth Starship prototype has been moved back to its assembly area while the sixth is now on the launchpad being prepped for its own hop. At the same time, the buildings that will be used for all future ship assembly are going up, as well as construction of the launchpad for Super Heavy, the first stage of this giant reusable rocket.

It appears that SpaceX is going to be alternating hops between prototypes 5 and 6, while it preps prototypes 8 and 9. The use of two alternating prototypes not only speeds testing of the vehicle itself, it also speeds testing of the procedures the company will need for transporting these vehicles about, from the assembly building to the launchpad and then from the landing site back to the assembly building.

Except another hop in mere weeks of Starship prototype #6. As for Super Heavy, the article notes this:

What can be confidently assumed is SpaceX is preparing the facility groundwork for the first assembly and testing of Super Heavy by 2021.

Test programs and new vehicles will always stretch schedules. However, there remains the distinct possibility SpaceX could launch their first Super Heavy rocket before the Space Launch System (SLS – the orange one) is due to conduct her maiden launch at the end of next year. [emphasis mine]

Even if Super Heavy does not fly before SLS, I am very confident in predicting that the SpaceX rocket will fly many more times than SLS, and do it not as an expendable rocket but reused each time.

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SpaceX ups fund-raising effort from one to two billion

9:53 pm

Capitalism in space: SpaceX has apparently raised $2 billion during an on-going investment capital round, double what the company had initially expected.

This means that SpaceX has now raised $4 billion in private investment in the last year, the bulk of which the company says it is devoting to Starship. However, they have also said that for this most recent round some of the monies will go to making their Starlink satellite internet constellation operational. With 595 satellites already in orbit, and good testing ongoing, it appears a lot of investors want to get in on the game.

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Criminal investigation begun against former NASA manned program head

9:45 pm

The U.S. Attorney’s office for DC has opened a criminal investigation into actions taken by Doug Loverro, the former head of NASA’s manned program, during contract bidding for a NASA lunar lander project.

The grand jury investigation concerns communications between Doug Loverro, then the chief of human spaceflight for NASA, and Jim Chilton, senior vice president of Boeing’s space and launch division. These discussions occurred early this year, during a blackout period when NASA was taking bids to construct a Human Landing System for the Artemis Moon Program. It is not permissible to interfere with a competition for government contracts.

“Mr. Loverro, who wasn’t part of NASA’s official contracting staff, informed Mr.Chilton that the Chicago aerospace giant was about to be eliminated from the competition based on cost and technical evaluations,” the report states, citing unidentified sources. “Within days, Boeing submitted a revised proposal.”

The analysis at the link is excellent. Read it all.

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NASA targets October 23rd for next manned Dragon flight

9:32 pm

Capitalism in space: NASA and SpaceX yesterday announced that they have now set October 23rd as the earliest launch date for next manned Dragon flight.

The mission will carry Crew Dragon commander Michael Hopkins, pilot Victor Glover, and mission specialist Shannon Walker, all of NASA, along with Japan Aerospace Exploration Agency (JAXA) mission specialist Soichi Noguchi for a six-month science mission aboard the orbiting laboratory following launch from Launch Complex 39A at NASA’s Kennedy Space Center in Florida.

They had previously said they were aiming for a late September launch, but this extra delay allows them to better coordinate with other traffic to and from ISS, while also giving them an extra month to review the data from the first manned flight, just completed.

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Ariane 5 launches three payloads into orbit

9:27 pm

Capitalism in space: Arianespace’s Ariane 5 rocket today successfully launched three payloads into orbit, two communications satellites and Northrop Grumman’s second Mission Extension Vehicle (MEV-2), a robot designed to bring dead communications satellites back to life.

After several months of orbit-raising and phasing maneuvers, the MEV-2 mission will perform a similar docking and mission extension service [as done by the first MEV] beginning in 2021 for the Intelsat 10-02 communications satellite, which launched in 2004. MEV-2 will provide Intelsat 10-02 with five additional years of useful service life, helping it deliver media and broadband services across Europe, the Middle East, Africa and South America.

This was only Arianespace’s third launch this year, tying them with Japan but not enough to get on the leader board. The leaders in the 2020 launch race:

19 China
12 SpaceX
9 Russia
4 ULA

The U.S. still leads China 20 to 19 in the national rankings.

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SpaceX begins first tests of Starship’s thermal tiles

9:15 am

Link here. They have already flown some tiles on both a Dragon cargo flight as well as Starhopper’s one flight. They are now accelerating the work by testing the installation of a lot of hexagon-shapped tiles directly onto the steel hull of the Starship prototypes. From the article:

Behind the scenes, SpaceX is assuredly performing extensive laboratory-style tests with tiles and an agreement signed with NASA Ames Research Center confirmed that the company is using the facility’s arcjet to physically simulate the conditions of orbital-velocity reentry. Tests on the scale of a full Starship, however, are an entirely different story.

The first signs of large-scale heat shield installation testing appeared on July 9th when local resident and photographer Andrew Goetsch (Nomadd) captured photos of a test coupon covering half of an entire steel Starship ring. In April 2020, CEO Elon Musk confirmed on Twitter that the current design involved affixed heat shield tiles directly to Starship’s steel hull with steel studs. It’s unclear how exactly the company is installing steel studs directly onto the ~4mm (0.15 in) thick skins of a pressure vessel or if an off -the-shelf solution was available but Nomadd’s July 9th photos explicitly show the process required to refine the settings on the mystery stud installer.

The article has some good pictures. Expect to see a lot of these tiles on the surface of future prototypes.

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The four companies (one a Chinese government operation) aiming for first orbital launch in 2020

8:57 am

Link here. The three private companies are Astra, Firefly, and Virgin Orbit. The fake Chinese private company is Expace.

Of the four, only Firefly has not yet attempted to launch, and in many ways remains the dark horse in this competition, coming out of bankruptcy to become reborn with a new investor. All three of the American private companies however have made it clear they intend to launch before the end of the year. The Chinese company’s plans are unknown (not surprisingly). Astra will be first, with its next launch attempt set for later this month.

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Endeavour at Cape, being prepped for next flight

8:46 pm

Capitalism in space: Endeavour, SpaceX’s Dragon capsule that was the first to fly two astronauts to ISS, has now arrived at the company’s facility at Cape Canaveral, where it will be inspected, refurbished, and prepped for its next manned flight in the the spring of 2021.

SpaceX teams at Cape Canaveral will remove the exterior panels from the Crew Dragon spacecraft, and begin inspections to assess how the spacecraft weathered its 64-day space mission, according to Benji Reed, SpaceX’s director of crew mission management. “We want to make sure that we kind of dig deep and understand everything that’s gone on with this vehicle, make sure we’re really ready to go, and then do some of the aspects of the refurbishment,” Reed said. “There are some things that we will replace, some things that are standardly replaced, some things that we want to upgrade based on lessons learned, or that were already planned in work.”

SpaceX will still need to build a new trunk for each Crew Dragon mission. The trunk is an unpressurized module mounted to the rear of the Crew Dragon capsule, providing electrical power with solar arrays, and radiators to maintain steady temperatures inside the spaceship.

I guarantee the company will use what it learns in this inspection to improve later Dragon manned capsules. Right now they plan on from 5 to 10 flights per capsule. Since their contract right now only calls for six flights, that likely means the company only needs to build at most three to cover this NASA contract. However, NASA is certain to extend that contract, since six flights will only cover about two to three years, and ISS will be manned longer than that. Moreover, SpaceX has at least two tourist flights booked, so that calls for additional capsules as well.

Either way, we must shift our thinking. These might only be Dragon capsules, but they each get a name because each will fly more than once. It is thus appropriate to use that name instead of just calling them Dragon.

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SpaceX prepares sixth Starship prototype for hop

7:56 am

Capitalism in space: Having moved its fifth Starship prototype back to its facility at Boca Chica for repairs to its legs following its first light, SpaceX is simultaneously preparing its sixth Starship prototype for its own hops.

They plan more short hops to smooth out the launch process, aiming for the ability to do several per day, followed later by a much higher altitude hop. Expect the next hop within about two weeks.

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SpaceX to build resort near Boca Chica

8:51 am

Capitalism in space: SpaceX is seeking to hire a manager to lead the design and construction of a resort near Boca Chica for future spaceport customers.

The job posting seeks a manger to “oversee the development of SpaceX’s first resort from inception to completion,” with the ultimate aim of turning Boca Chica into a “21st century Spaceport.” That would include overseeing the entire design and construction process, as well as getting all necessary work permits and regulatory approvals, and completing the ultimate build of the facility.

Makes perfect financial sense, assuming Starship does eventually fly. Customers will need and expect a nice place to stay before and after their flights, and SpaceX has the land and is best positioned for providing it. And even if Starship doesn’t fly, during the rocket’s development there is money to be made providing tourists the best viewpoint for watching test flights, while also creating a source of profit independent of actual flight.

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Air Force terminates development contracts to ULA, Blue Origin, Northrop Grumman

9:44 am

In awarding ULA and SpaceX exclusive launch rights for all launches through 2026, the Air Force also decided to end prematurely the development contracts to ULA, Blue Origin, and Northrop Grumman aimed at helping these companies develop new rockets.

An issue at hand is the termination of the Launch Service Agreement contracts that the Air Force awarded in October 2018 to Blue Origin and Northrop Grumman, as well as to ULA. The purpose of the agreements was to help Phase 2 competitors pay for launch vehicle development and infrastructure. Blue Origin received $500 million; Northrop Grumman $792 million and ULA $967 million. The funds were to be spread out through 2024, and the Air Force from the beginning said the LSAs would be terminated with those companies that did not win a Phase 2 procurement contract.

Despite political pressure to not end the LSAs, the agreements will be terminated, Assistant Secretary of the Air Force for Acquisition Will Roper said Aug. 7 during a video conference with reporters. “We will work with those two companies to determine the right point to tie off their work under the LSA agreements,” Roper said. The intent of the LSAs “was to create a more competitive environment leading into Phase 2,” he said. “The point is not to carry them indefinitely.”

LSA funds supported the development of Blue Origin’s New Glenn rocket and Northrop Grumman’s OmegA launch vehicle. ULA will continue to receive funds for its Vulcan Centaur vehicle.

Almost immediately after the award of these contracts was announced in 2018, ULA and Blue Origin announced one year delays in the development of Vulcan and New Glenn. Apparently, meeting the additional requirements of military’s bureaucracy in exchange for getting the cash slowed development.

Now they won’t be getting a large part of that cash, making the decision to take it a deal with the devil. The delay in development has definitely hurt both companies in their competition with SpaceX. First, it likely has raised the cost and complexity of their new rockets, making it harder to compete in price. Second, the delay has given SpaceX more time to grab more customers while improving its own rockets.

SpaceX initially protested not getting a share of this development money, but has subsequently chosen to no longer pursue such government money for Starship because it doesn’t want itself hampered by obtuse government officials and their mindless requirements.

Meanwhile, Northrop Grumman’s Omega rocket is almost certainly dead. That company took the old big space company approach, structuring development around government cash. Without it there is no R&D money at Northrop Grumman to continue work. Furthermore, Omega was designed to serve only once customer, the military. Without any launch contracts there are no customers for Omega, especially because it likely has too high a launch price.

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Air Force limits future launch bidding to SpaceX and ULA

4:13 pm

The Air Force today announced that it decided, after more than a year of discussions and negotiations, to limit bidding on all launch contracts for the next five years to only SpaceX and ULA, thus restricting competitive bidding on those contracts.

The awards represent the second phase of the military’s National Security Space Launch program, which is organized by the Air Force’s Space and Missile Systems Center in Los Angeles, California. Four companies — Elon Musk’s SpaceX, ULA, Northrop Grumman and Jeff Bezos’ Blue Origin — bid for the contracts, with the military set to spend about $1 billion per year on launches.

The NSSL awards represent nearly three dozen launches, scheduled between 2022 and 2026. ULA won 60% of the launches, and SpaceX won the remaining 40%.

The award blocks Northrop Grumman and Blue Origin from bidding on these contracts. Expect a lawsuit from these two companies demanding that they have the right to bid, just as SpaceX did several years ago when the Air Force tried to maintain ULA’s monopoly on bidding.

On a very common sense level, this approach by the Air Force (its space operations soon to be taken over by the Space Force) makes little sense. Why restrict bidding? Both Blue Origin or Northrop Grumman expect to have their new rockets operating commercially in the next two years. They should have the right to bid on military launches. The competition will strengthen the launch market, reduce the costs to the military, and give it more redundancy and flexibility.

Based on my research, the only real reason I have ever been able to find for the Air Force’s desire to do this is their inability to deal with their paperwork should more than two bids be received.

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Russia to ship Nauka to Baikonur launch site August 10

9:48 am

Russia now plans to ship its Nauka ISS module to Baikonur on August 10th, three days later than previously planned, where it will begin the final nine months of preparations for launch.

“The stage of electrical tests takes about six months together with preparations because there is a large number of systems. Scheduled operational measures take another three months from this moment to the launch. This involves direct preparations for the launch together with the provision of microbiological protection, fueling and other operations,” he explained.

Nauka will provide the Russians a second toilet on ISS, plus produce oxygen and water (from urine) for six astronauts. It will also become the cabin for a third Russian-flown astronaut, either tourist or professional.

Nauka is a quarter century in the making, its construction having started in 1995. As a government-run project, that pace matches well with SLS, Orion, the James Webb Space Telescope, and many other big government projects not related to space. The goal isn’t to accomplish anything really but to create the justification for fake jobs that can last a lifetime.

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