ArianeGroup’s transition to Ariane 6 rocket

Link here. It appears that this transition not only includes replacing Ariane 5 with Ariane 6, but also the phase out of Russian Soyuz rockets by 2022. This loss of business is going to hurt Russia, as the government there desperately needs cash with the drop in oil prices.

The article also noted that ArianeGroup will charge two prices for Ariane 6, depending on configuration and payload, $85 million and $130 million per launch. These prices seem high, but because they likely cover the launch of two satellites, customers will be charged half these amounts, $40 million and $65 million, which is competitive in today’s market.

Will these prices be competitive in 2020s? I have my doubts. I estimate, based on news reports, that SpaceX is charging about $40 million today for a launch with a reused first stage, and $62 million for a launch with an entirely new rocket. Give them another five years of development and I expect those prices to drop significantly, especially as they shift to entirely reused first stages for almost every launch and begin to demonstrate a routine launch cadence of more than one launch per month.

This quote below explains how ArianeGroup really intends to stay alive in the launch market:

The price targets assume that European governments — the European Space Agency, the European Commission, Eumetsat and individual EU nations — agree to guarantee the equivalent of five Ariane 62 missions per year, plus at least two missions for the light-lift Vega rocket.

In other words, ArianeGroup really doesn’t wish to compete for business. It wants to use government coercion to force European space agencies and businesses to buy its product. They might get that, but the long term result will be a weak European presence in space, as everyone else finds cheaper and more efficient ways to do things.

How not to land a rocket

The SpaceX blooper reel! It shows some crash footage that had not been released earlier. Also, the captions almost certainly were written by Musk himself, and if not, reek of his sense of humor, and also reveal the humbleness that he and his company bring to this effort. If you can’t laugh at yourself, you will make it hard to spot the moment when you are making a major error.

Russia’s Proton rocket today successfully launched a commercial satellite

The competition heats up: Russia today successfully placed a Spanish communications satellite into orbit using its Proton rocket.

Russia remains one launch behind SpaceX, 13 to 12, for 2017, but they have three more launches scheduled for September, while SpaceX has nothing planned. Overall I think it is going to be a neck and neck race between the American private company and Russia, the former perennial leader in launches, for the final 2017 lead.

SpaceX completes static fire tests of Falcon Heavy first stages

Capitalism in space: SpaceX announced today that they have completed static fire testing of the three first stages that will be used on the first Falcon Heavy test flight, tentatively scheduled for sometime in November.

That November launch remains very tentative. The launchpad still needs to be prepped, and these stages still have to be shipped to Florida, assembled, and then undergo at least one static fire test, as a unit. Despite these caveats, it is clear that that SpaceX is getting closer to that first Falcon Heavy launch.

SpaceX postpones Mars Dragon missions

Based on statements from one NASA official, it appears that SpaceX has put its plans to fly a Dragon capsule to Mars on “the back burner.”

Jim Green, head of NASA’s planetary science division, told Spaceflight Now in an interview that SpaceX has told the agency that it has “put Red Dragon back on the back burner.”

“We’re available to talk to Elon when he’s ready to talk to us … and we’re not pushing him in any way,” Green said. “It’s really up to him. Through the Space Act Agreement, we’d agreed to navigate to Mars, get him to the top of the atmosphere, and then it was up to him to land. That’s a pretty good deal, I think.”

It is my impression that, because NASA has forced SpaceX to give up on propulsive landing of its Dragon manned capsules, the company cannot afford to invest the time and money on it themselves, and thus do not have a method yet for landing a Dragon on Mars. Thus, they must postpone this program.

SpaceX launch today

SpaceX is scheduled to resume launches at Kennedy, after a month of range upgrades by the Air Force. You can watch it live here, or here.

Launch is presently scheduled for 12:31 Eastern time to send a Dragon capsule to ISS. At the moment all looks good for an on-time launch.

The launch was a complete success, including a picture-perfect first stage landing at Kennedy.

SpaceX completes static fire for next launch, advances its Falcon Heavy prep

Capitalism in space: SpaceX today successfully completed its routine dress rehearsal static fire in preparation for a Monday launch of a Dragon cargo capsule to ISS.

Two items of note regarding this launch. First, it will be the last cargo capsule launched by SpaceX that has not been used before. From now on they plan on recycling all cargo ships, and have actually shut down the production line building new cargo capsules. Instead, they want to focus on building new upgraded manned Dragon capsules.

Second, even as this launch goes forward, with the first stage expected to land at Kennedy on their landing pad there, they are building the second landing pad at this same site to accommodate the planned November first launch of Falcon Heavy. For that launch, the two side mounted first stages will return to Kennedy, while the core stage will land on a barge in the ocean.

SES agrees to a second Falcon 9 launch with used first stage

Capitalism in space: SES has agreed to launch a second commercial satellite using a previously flown Falcon 9 first stage.

The launch of the SES 11 spacecraft, also named EchoStar 105, will be the third time SpaceX has sent a customer’s satellite into orbit with the help of a reused rocket stage. Industry officials said SES, EchoStar and SpaceX agreed in recent weeks to shift the satellite from an all-new rocket to one with a previously-flown first stage. The SES 11/EchoStar 105 satellite will likely ride a Falcon 9 first stage that first flew Feb. 19 with a Dragon supply ship heading for the International Space Station, one source said, but a firm assignment has not been confirmed. That vehicle returned to a vertical touchdown at Landing Zone 1 at Cape Canaveral Air Force Station.

Liftoff from a Florida launch pad is scheduled no sooner than around Sept. 27, a couple of days after a United Launch Alliance Atlas 5 rocket is set to haul a classified payload into orbit for the National Reconnaissance Office, the U.S. government’s spy satellite agency.

The most wonderful aspect of this is how routine it is steadily becoming.

SpaceX now one of the world’s most valuable companies

Data from a new round of investment capital fundraising says that SpaceX is now valued at $21 billion, placing it among the only six venture-backed companies worth more than $20 billion.

The article also notes that this new valuation is up from the $12 billion listed only two years ago.

Update: As noted by my readers, I have revised the post to note that this story refers not to all companies but to those that obtained their financing privately.

The damage and repair of TDRS-M creates complicated scheduling problems

Because of the launch delay caused by the accident that damaged the antenna of NASA’s TDRS-M communication satellite, requiring its replacement, the agency is now faced with a cascading series of scheduling problems.

They are now aiming for an August 10 launch of TDRS-M on a ULA Atlas 5. This will then force a delay in the August 12 launch of a Dragon capsule to ISS to August 14, which can’t be delayed past August 16 because of a scheduled Russian spacewalk on ISS that must happen on August 17 because it involves the release of two satellites. Making things even more complicated is Dragon’s cargo, which includes mice for a rodent experiment. If it doesn’t occur before August 16, the mice will then have to be replaced with fresh mice, causing further delays.

There is then even the chance that these scheduling problems might impact SpaceX’s scheduled August 28’s launch of the X-37B, as well as ULA’s scheduled August 31 launch of surveillance satellite.

One additional tidbit: This Dragon will be the last unused cargo capsule. All future SpaceX cargo missions will use previously flown capsules.

I should add that these scheduling issues illustrate starkly the growing need for more launch sites. There is money to be made here, fulfilling this need.

Schedule for commercial manned flights solidifies

Capitlism in space: It appears that the schedule for the first unmanned and manned test flights of the commercial capsules being built by SpaceX and Boeing is getting more certain.

The latest SpaceX schedule calls for an uncrewed test flight in February 2018, followed by a crewed test flight in June 2018. Boeing’s schedule anticipates an uncrewed test flight in June 2018 and a crewed test flight in August 2018.

While this sounds encouraging, the story contradicts a Boeing report last week that suggested their first manned flight would be delayed into the fourth quarter of 2018. Both stories however pin the first unmanned demo flight for June 2018, which now seems to be a firm date.

News from SpaceX

Capitalism in space: At the annual convention of the National Space Society, Elon Musk revealed some significant new details about his company’s future engineering and launch plans.

The first two stories are related, as it had been powered landings that SpaceX hoped to use for its Red Dragon Mars landings. Dropping powered landings, at this time, means that the first Dragon mission to Mars will likely not happen in 2020. While Musk outlined a number of good engineering reasons for this decision, to me this quote from the first article was significant:

SpaceX planned to transition from splashdowns, which is how the current cargo version of the Dragon returns to Earth, to “propulsive” landings at a pad at some point after the vehicle’s introduction. Certification issues, he said, for propulsive landings led him to cancel those plans. “It would have taken a tremendous amount of effort to qualify that for safety, particularly for crew transport,” he said.

In other words, NASA was balking at this innovation, and was putting up so many obstacles that it just wasn’t worth the company’s effort at this time. NASA is their main customer for manned launches, and NASA doesn’t like daring or creativity or innovation. The powered version of Dragon will probably have to wait for other private customers looking for a way to get into space.

The third story outlines the engineering challenges that SpaceX has been dealing with in its effort to build the Falcon Heavy, and includes this tidbit from Musk:

With all of these elements in consideration, Mr. Musk is urging caution regarding public expectation for Falcon Heavy’s first flight, saying that there is a “real good chance that the first vehicle [won’t] make it to orbit. So I want to make sure to set expectations accordingly.”

Even more telling was how Musk continued on this point, stating that he hoped Falcon Heavy makes it far enough away from LC-39A before failing so the pad will escape significant damage. “I hope it makes it far enough away from the pad that it’s not going to cause damage. I would consider that a win, honestly,” said Mr. Musk.

Thank God NASA is not involved in the development of the Falcon Heavy. SpaceX would have probably had to abandon this as well.

Meanwhile, this detailed article by Eric Berger gives us Elon Musk’s position on NASA’s contracting system. Not surprisingly, much of what Musk says mirrors what I wrote in Capitalism in Space:

During his remarks Saturday, Musk said NASA could avoid unnecessary delays and costs by transitioning to a system of competitive awards for fixed-price contracts, in which companies are only paid when they meet “milestones” such as completing a flight test or satisfying NASA about the safety performance of a vehicle. Additionally, he said, at least two entities should compete during the development process.

There’s a lot more there, and it is worth a full reading.

SpaceX competitors team up to try to block its satellite constellation

SpaceX’s main competitors in creating a satellite broadband industry have all filed objections with the FCC to the company’s planned 4,425 satellite constellation that is aimed at providing worldwide internet access.

SpaceX’s plan to provide global broadband internet access using thousands of satellites in low-earth orbit has come under fire from competitors, including Boeing and OneWeb, according to Space Intel Report. The argument is playing out in a series of filings with the Federal Communications Commission, focusing on SpaceX’s request for a temporary waiver from the FCC’s time limits for putting the satellite system into full operation.

The FCC would typically require the system to provide full coverage of U.S. territory within six years of a license being issued, but SpaceX says that’s not enough time to deploy the full 4,425-satellite constellation. Instead, the company proposes launching the first 1,600 satellites in six years, which would leave the northernmost part of Alaska without coverage when the deadline hits. Full U.S. coverage would be provided after the six-year deadline, SpaceX says.

In their own filings, competitors including OneWeb, SES/O3b and Intelsat are urging the FCC not to waive the six-year requirement, Space Intel Report said.

This is garbage, and demonstrates again why it is dangerous to give government too much power. Rather than compete by launching their own satellite constellations first, these companies want the FCC to put its finger on the scale to favor them and stop SpaceX. And I bet the decision will be made based not on what is right but on who gave the most campaign contributions to the right political party.

Five satellite Air Force contract up for bid

Capitalism in space: The Air Force has announced that it will be soliciting bids from SpaceX and ULA for a 5-satellite launch contract.

Claire Leon, director of the Launch Enterprise Directorate at the Air Force’s Space and Missile Systems Center, told reporters that grouping launches together was an effort to streamline and speed the acquisition process at a time when the national security sector is demanding ever-increasing access to space. “By doing five at once, it makes our acquisition more efficient and it allows the contractors to put in one proposal,” she said.

This grouping however might make it impossible for SpaceX to win the contract, as the company’s Falcon 9 rocket might not be capable of launching all five satellites, and its Falcon Heavy has not yet flown the three times necessary before the Air Force will consider using it.

Dress rehearsal completed for SpaceX’s Sunday launch

Capitalism in space: SpaceX yesterday successfully completed the static fire dress rehearsal countdown for its planned Sunday Falcon 9 launch, which would be the third SpaceX launch in 9 days.

The article also provides some good information about the company’s efforts to recover the first stages and the fairings from the past two launches. For example:

This mission [the Florida launch of a Bulgarian satelltie] also included another test per SpaceX’s fairing recovery aspirations. Classed as the best attempt to date, SpaceX has added steerable parachutes to guide the fairing halves to the ocean surface, before it deploys a “bouncy castle” that protects it while it awaits recovery. The technology is still being refined, but Elon Musk believes full recovery could be achieved later this year.

SpaceX expanding facilities in Florida for refurbishing used first stages

Capitalism in space: SpaceX is proposing to expand its facilities at Port Canaveral for refurbishing used first stages.

It appears they need the approval for the work from the port’s Board of Commissioners, though I suspect this board will rubber stamp its approval as quickly as it can.

One tidbit from the story. SpaceX has so far recovered 13 first stages and flown two again. One (the first) has been put on display, which leaves 10 available for reflight. They plan to use two on the first Falcon Heavy launch. The remaining 8 are likely for sale (maybe 10 if the two reflown fly a third time), which explains the negotiations going on with Iridium and others.

First test launches of commercial manned vehicles upcoming

The first unmanned test flights of the manned capsules being built by SpaceX and Boeing are moving forward and appear to be on schedule.

Currently, SpaceX is on track to be the first to perform their uncrewed flight, known as SpX Demo-1, with Dr. Donald McErlean reporting to the ASAP that the flight continues to target a launch later this year. Currently, both NASA and SpaceX hold that SpX Demo-1 will fly by the end of the year – though L2 level KSC scheduling claims the mission has potentially slipped to March 2018.

Regardless, SpX Demo-1 will be followed – under the current plan – by Boeing’s uncrewed OFT (Orbital Flight Test) in mid-2018.

The article is worth a careful read, as it describes in detail the political and bureaucratic maneuverings that are taking place to get the NASA bureaucracy to accept the work being done by these two private companies. Make sure especially that you read the section about NASA’s desire that the vehicles meet an imaginary safety standard where they will only lose a crew once every 270 flights. The NASA bureaucracy has claimed for the last few years that neither spacecraft is meeting this requirement, but according to this article it appears they are finally also admitting that the requirement has really little basis in reality.

According to the ASAP [Aerospace Safety Advisory Panel] meeting minutes, Dr. McErlean said that “While these LOC [Loss of Crew] numbers were known to be challenging, and both providers have been working toward meeting the challenge, it is conceivable that in both cases the number may not be met.”

However, Dr. McErlean cautioned the ASAP and NASA about rushing to judgement on the current and whatever the final LOC number for each vehicle is. “The ASAP is on record agreeing with the Program that one must be judicious in how one applies these statistical estimates. In the case of LOC, the numbers themselves depend very heavily on the orbital debris model used to develop the risk to the system [as] orbital debris is a driving factor in determining the potential for LOC. The orbital debris models have been used and validated to some degree, but they are not perfect. One must be wary of being too pernicious in the application of a specific number and must look at whether the providers have expended the necessary efforts and engineering activity to make the systems as safe as they can and still perform the mission.”

To that last point, Dr. McErlean reported that both providers indeed “expended the necessary efforts and engineering activity to make the systems as safe as they can.” Importantly, too, Dr. McErlean noted that there was no evidence that spending more money on closing the LOC gap for both providers “could [make] their systems considerably safer.”

The ASAP at large concurred with this finding and noted their pleasure at the progress made in closing the LOC gap for both Dragon and Starliner. [emphasis mine]

In other words, NASA’s safety panel is eventually going to sign off, no matter what. Note also that the GAO’s earlier complaints about Boeing’s parachute testing program have now apparently vanished.

SpaceX to try another launch on Sunday

Capitalism in space: SpaceX is aiming for another launch on July 2 in Florida, only 9 days after their last launch there.

That will make three launches in nine days.

Meanwhile, in an interview on The Space Show with David Livingston, SpaceX President Gwynne Shotwell revealed that, after this year’s planned demo launch of the Falcon Heavy, they plan two commercial launches of the rocket in 2018.

That means the Falcon Heavy will have flown at least three times before SLS even comes close to its first test flight.

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