Viewing options for first National Space Council meeting

Keith Cowing of NASAWatch has located details about the time and video viewing opportunities for Thursday’s first public meeting of the National Space Council.

The event will be streamed online on NASA TV and via Whiteouse.gov starting around 10:00 am. The event itself is only 2 to 2.5 hours long (not mentioned on the advisory).

…There is nothing online anywhere to suggest that the public can attend this event so it looks like it is going to be an expensive photo op with only a select few actually in attendance listening to pre-written statements being read before the cameras. The expense of taking over a large portion of a busy museum seems to be for the purpose of providing impressive backdrops for a meeting that is mostly show and little substance.

The advisory still provides no details about speakers.

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First Flight

The last part in Doug Messier’s series on the commercial aviation/space history, First Flight, is now available.

Messier brings his history of Virgin Galactic up to the present, and then compares their efforts to build a reusable suborbital spacecraft with that of Blue Origin and its New Shepard design. For Virgin Galactic, the comparison does not reflect well upon them. While fourteen years have passed since the company began its so far unsuccessful effort to reach suborbital space, Blue Origin has already done it multiple times, with a reusable ship. And it took Blue Origin about half the time to make that happen.

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Sierra Nevada and Canada sign agreement for using Dream Chaser

Capitalism in space: Sierra Nevada has signed an agreement with the Canadian Space Agency (CSA) to study ways in which Canada might utilize the company’s reusable Dream Chaser spacecraft.

This agreement is very preliminary, with no apparent specific plans announced nor any exchange of money. It is however another signal of the strong interest that foreign governments have in buying time on Dream Chaser, once it is operational.

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One Chute

Part 4 of Doug Messier’s series on commercial space history, A Niche in Time, is now available. It is entitled “One Chute” and focuses on the long and sad history of Virgin Galactic.

One new detail that Messier notes struck me:

At the time of the accident, Virgin Galactic had about 700 customers signed up to fly on SpaceShipTwo. Officials now say the number is around 650. Assuming full ships with six passengers aboard, Virgin Galactic would need 109 flights just to fly out its current manifest. The figure doesn’t include flight tests and missions filled with microgravity experiments. That’s a lot of launches to make without expecting at least one catastrophic failure, possibly involving prominent wealthy passengers.

It increasingly appears that this will be a total loss for the investors who poured money into Virgin Galactic.

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Falcon Heavy launch delayed?

In quelling a false rumor that said NASA was forcing SpaceX to change the launchpad location for its Falcon Heavy (it is not), SpaceX noted that Falcon Heavy’s first launch will occur “no earlier than the end of 2017.”

Previously they have said that they are aiming for November 2017, following the reconfiguration of the 39-A launchpad from Falcon 9 launches to Falcon Heavy launches. This statement suggests that a November launch is now considered unlikely. The reconfiguration will take 60 days, and cannot occur until SpaceX switches its Falcon 9 launches from launchpad 39-A back to launchpad 40. Since a Falcon 9 launch is presently scheduled for launchpad 39-A this Saturday, that reconfiguration cannot begin before then. Moreover, the launchpad for an October 30 Falcon 9 launch remains unnamed, suggesting that launchpad 40 might not be ready by then and therefore forcing SpaceX to use 39-A for Falcon 9. This would in turn delay the first Falcon Heavy launch to the very end of December, at the earliest.

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NASA to extend use of private module on ISS

Capitalism in space: NASA has decided to extend the life of Bigelow’s module BEAM on ISS beyond its original two year test.

NASA’s original contract with Bigelow was to keep BEAM on ISS for two years and then jettison it, but NASA has concluded that BEAM has value as a storage compartment and wants to keep it there. NASA said the new contract would overlap the originally contracted test period, for a minimum of three years, with two options to extend for one additional year. A decision on whether to jettison it at that point or continue using it will be made thereafter.

The agency said that not only would NASA use it for stowage, but Bigelow will be allowed to use it “as a test-bed for new technology demonstrations.”

Using it makes a lot more sense than jettisoning it (the typical government way). This will also allow them to study the longevity in space of an expandable module.

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UAE announces manned spaceflight plans

The new colonial movement: The United Arab Emirates has announced their plans to establish an astronaut corps that would fly on the manned spacecraft of other nations.

The first of those astronauts would fly by the end of 2021, the 50th anniversary of the founding of the UAE. “We have not decided on who will be flying us yet,” he said. “We do envisage that we partner up with all of the major space agencies, somehow and in some structure.”

There would be several options for the UAE to choose from, including Soyuz flights by Russia to the International Space Station and Shenzhou flights to a Chinese space station slated to be completed by the early 2020s. Other options include flights on commercial crew vehicles being developed by Boeing and SpaceX.

To me, the really exciting aspect of this is that the UAE is now a new customer looking for a means to get its people into space, which makes all those manned programs, including the American private companies, competitors for that business.

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Testing underwater interplanetary robots on the cheap

This article describing a test of an underwater robot by JPL scientists in the interior of a glacier warmed the cockles of my heart when I read this paragraph:

Klesh and Leicty’s recent expedition relied on a commercial grade submersible and a “homemade” glacial probe. The latter was built using off-the-shelf and 3-D printed parts. They did all their own wiring and programming.

NASA test projects like this are often gold-plated. I like how these scientists took a more practical approach, getting their data without spending a fortune in time and money. Moreover, they gained some engineering knowledge that can be applied practically in future probes, both here on Earth and on other planets.

Hat tip Jim Mallamace.

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Sierra Nevada and German space center increase ties

Capitalism in space: Sierra Nevada and the German Aerospace Center have signed a new agreement increasing their partnership for using Dream Chaser in space.

The current MOU follows a 2013 Technical Understanding between the parties that initiated cooperation on space activities. This new agreement allows the two entities to establish goals and baseline objectives on future missions, scientific contributions and future space architecture for LEO, Cislunar and lunar operations, and deep space exploration.

It is clear once again that Sierra Nevada is trying to find partners who can pay to keep Dream Chaser flying as much as possible, between its cargo missions to ISS.

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Boeing delays first manned Starliner flight

Capitalism in space: It appears that Boeing has pushed back the first manned flight of its Starliner capsule from August 2018 to early 2019.

In an interview at the conference, Ferguson said that the company’s current schedule calls for a pad abort test at White Sands Missile Range in New Mexico in the second quarter of 2018. That would be followed by an uncrewed orbital test flight of the vehicle, launched on an Atlas V, in the third quarter of 2018. “If the results of that are very favorable,” he said of the uncrewed flight test, “our crewed flight test is fourth quarter — perhaps, depending on the outcome, maybe the first quarter of the following year.”

This schedule appears to be an overall three to five month delay in their program.

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Egypt announces creation of space agency

The new colonial movement: The Egyptian government today voted to create an Egyptian space agency with the goal of encouraging the development of a home-based satellite industry.

The ruling by the Council of Ministers will now pass on to the Egyptian parliament for final agreement and made into law. Minister Abdel Ghaffar also said that Egypt intends create a satellite manufacturing centre in 2019, and then launch Egypt’s first indigenously made satellite in 2020.

This satellite is now dubbed Misr Sat 2, previously known as EgyptSat-2, and will be designed and manufactured at Space City, located in New Cairo. Space City is a one hundred acre plot of land where satellite manufacturing and other space facilities are being built. Misr Sat-2 is to be partly funded by China to the tune of U.S.$45 million after a Memorandum of Understanding was signed between Egypt’s President Abdel Fattah El-Sisi and China’s President Xi Jinping on the sidelines of the BRICS Summit held in Xiamen, China, earlier in September 2017.

This project is linked to larger aid from China, and appears to be prompted by this Chinese aid.

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Elon Musk’s economic version of SLS

Last night Elon Musk gave a speech providing an update on his vision for building an interplanetary spaceship, and in the process described at length how he intends to make such a rocket/spacecraft affordable, efficient, and profitable. His update included outlining how he hopes this rocket could even be used as a transportation vehicle on Earth. However, this was what I consider the most significant:

But most importantly came a timeline that, while aspirational – something even Mr. Musk noted – is encouraging.

Currently, SpaceX will begin full-scale construction of the first BFRs in the second quarter of 2018, with the aim to launch the first two BFR missions in the 2022 interplanetary alignment and launch window to Mars. Those first two BFR missions will be scouting missions of sorts to “confirm water resources and identify hazards and place power, mining, and life support infrastructure for future flights” on the surface. Those two missions will then be followed by four BFR missions in 2024 to the red planet.

Excitingly, two of those missions will be crew missions taking the first people to Mars, while the other two will be cargo ships bringing more equipment and supplies.

Will Musk achieve this schedule? I have doubts, but I also think he has a reasonable chance, based on his track record. More important, if he even comes close he, along with Jeff Bezos and Blue Origin with their New Glenn rocket, will demonstrate the utter absurdity of our federal government spending a further dime on SLS, Orion, or NASA’s new boondoggle, a lunar space station.

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Lockheed Martin unveils concepts for Mars ship and lander

The boondoggle lobbying continues! Lockheed Martin today unveiled its concepts for a Mars interplanetary ship, built around its Orion capsule, as well as a fully reusable Mars lander.

The timing of this announcement fits perfectly with last week’s NASA announcement of its concepts for building a lunar space station, along with this week’s announcement to study doing it with the Russians. It also times perfectly with the announcement that the first public meeting of the National Space Council will take place on October 5. And tonight Elon Musk will give an update on his own proposals for getting to Mars.

All these public relations announcements suggest to me that the Trump administration is getting close to unveiling its own future space policy, and they all suggest that this policy will be to build a space station around the Moon. My guess is that Lockheed Martin and SpaceX are vying for a piece of that pie in their announcements today.

Let me also note that Lockheed Martin’s concept above illustrates nicely what a lie Orion is and has always been. They have been touting it for years as the vehicle that will get Americans to Mars, but now admit that it can only really be a small part of a much larger interplanetary ship, and will be there mostly to be the descent capsule when astronauts want to come home. They also admit in the video at the first link that their proposal for getting to Mars is only a concept. To build it would require many billions of dollars. I wonder will it cost as much as Orion and SLS ($43 billion plus) and take as long (18 years plus) to build? If so, it is a bad purchase. We can do this faster, and for less.

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Sputnik full scale test model sells for $850K

A full scale engineering test model of the Soviet Union’s Sputnik satellite sold at auction yesterday for $850K.

Bonhams auctioned the “beeping” replica of the now-iconic satellite, with its polished metal sphere and four protruding antennas, for $847,500 (including the premium charged to the buyer) at its New York gallery. The winning bid, placed by an unidentified buyer on the telephone, far surpassed the pre-auction estimate and the amount paid for a similar Sputnik replica sold by Bonhams for $269,000 in 2016.

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