Iridium launches might use reused Falcon 9 first stages

Capitalism in space: Iridium is considering using Falcon 9 previously flown first stages for its later already contracted launches with SpaceX.

Iridium is launching 75 of its 81 second-generation Iridium Next satellites using eight Falcon 9 launches, the first of which took place Jan. 14. In a conference call with reporters June 19, Desch said Iridium’s original contract with SpaceX calls for new Falcon 9s for each mission, but if SpaceX can improve its launch schedule with pre-flown stages, Iridium would consider them for missions in 2018. “While we are currently flying first flown launches, I’m open to previously flown launches, particularly for the second half of our launch schedule,” said Desch.

Desch said there are three criterion by which Iridium would decide whether to use a pre-flown rocket: schedule, cost and reliability — of which schedule is the most important. “Would [pre-flown rockets] improve the current launch plan that I have with brand-new rockets that I’ve basically contracted for a number of years ago and have budgeted for and have paid for?” Desch asked. “That’s the first thing: will they improve my schedule, because schedule to me is very very important.”

I think this tells us that Iridium is waiting to see if this week’s launch of a Bulgarian satellite on a reused first stage is successful. The article also also notes that they are still negotiating over price for using “flight proven” first stages.

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Russia offers Soyuz capsule for tourist flights, even after it is replaced

Capitalism in space: The Russian company that makes the Soyuz capsule has announced that it intends to continue flying the capsule, even after the new Federation replacement capsule is operational.

“I think that the Soyuz has the right to continue its life. As long as there exists a space tourism market and this spacecraft enjoys confidence, this all should be used as essential components,” the CEO said. Energiya is also considering the possibility to upgrade the Soyuz for circumlunar missions. “If we manage to do it faster, we will have a chance to perfect important systems on it, that will be further used on the Federation,” Solntsev noted.

Energiya is now part of the Russian space agency Roscosmos and is controlled by the government. Thus, for it to do this will still require government approval. Will the Russian government allow the old capsule to exist when the new one begins flying? That would be a form of competition, something Russia hasn’t really encouraged since the fall of the Soviet Union. We shall see.

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Russia moves to capture the smallsat launch market

Glavkosmos, a division in Roscosmos, Russia’s nationalized aerospace industry, is working to capture a large part of the new smallsat launch industry.

Glavkosmos, a subsidiary of Russian state space corporation Roscosmos, said June 14 that it will launch 72 small satellites as secondary payloads on the Soyuz-2.1a launch of the Kanopus-V-IK remote sensing satellite, scheduled for July 14 from the Baikonur Cosmodrome in Kazakhstan.

Vsevolod Kryukovskiy, launch program director at Glavkosmos, said in a June 19 interview that the smallsat customers for that launch come from the United States, Germany, Japan, Canada, Norway and Russia. He declined to identify specific customers, although he said they include both companies and universities. The spacecraft range in size from single-unit cubesats up to a 120-kilogram microsatellite. “We’ll do the most technically challenging cluster mission ever,” he said. The satellites will be deployed into three separate orbits, after which the rocket’s upper stage will perform a deorbit maneuver.

Kryukovskiy said Glavkosmos is also arranging the launch of secondary payloads on two Soyuz launches planned for December from the new Vostochny Cosmodrome in Russia’s Far East region. “We’ll have about 40 microsats that we’ll launch from Vostochny, and that will be the first international launch from this new Russian cosmodrome,” he said.

These numbers are in the same range as when India launched 103 smallsats on a single rocket, and suggest that Russia is trying to grab the market share that the new small rocket companies are aiming at.

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Arianespace gets another launch contract

Capitalism in space: Arianespace has won new contracts for two launches of its Vega rocket.

More important however was this tidbit:

And, with another two flights to geostationary orbit booked for its Ariane 5 heavy lifter, the Arianespace orderbook now stands at €4.8 billion ($5.3 billion), with 53 launches for 28 customers: 18 using Ariane 5, 25 for the mid-weight Soyuz and 10 for Vega/Vega C.

Compare that manifest with Russia’s, which now only has 15 commercial launch contracts through 2023. Compare it also to SpaceX’s which lists about 30 commercial launches, excluding its NASA cargo and crew missions to ISS.

It would appear that Russia has so far been the big loser in the new competitive launch industry. This can of course change, especially if Russia fixes its production problems, becomes a reliable launch company, and offers competitive prices.

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British government to loosen regulations on space

The British government is about to propose new regulations on space to allow the operation of commercial spaceports while establishing a licensing system for the launch companies that will fly from those spaceports.

These new regulations are likely the legislation the government announced it was preparing back in February. I suspect they are, like other recent legislative proposals, trying to fit the square peg of private enterprise into the round hole of the Outer Space Treaty.

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Did China experience a launch failure today?

The status of a Chinese launch attempt of a communications satellite today remains unknown, hours after launch.

China launched its seventh mission of 2017 on Sunday, lofting the Zhongxing-9A (ChinaSat-9A) communications satellite, but -unusually – there has been no official status update in over three hours since liftoff. The Long March 3B/G2 lifted off from the Xichang Satellite Launch Centre in the hills of Sichuan Province at 00:12 local time on monday (16:12 UTC, 12:12 EDT on Sunday), following on from Thursday’s launch of the country’s first space observatory.

Apparent video footage and locals on social media surprised by the rumbling of the launch vehicle confirmed liftoff. However, official confirmation of launch success, often within an hour, has not followed, bringing speculation of some degree of failure.

Nothing has as yet been confirmed, so this launch might not be a failure.

Update: A problem with the third stage placed the satellite in the wrong orbit.

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New smallsat rocket company plans first flight of aerospike engine

ARCA Aerospace has announced that it will perform the first test flight reaching space of an aerospike rocket engine this coming August.

ARCA Space Corporation has announced the first test-launch of its Demonstrator 3 space vehicle at Spaceport America in August. This will mark the first space flight of an aerospike rocket engine. Aerospike rocket engines are described as significantly more fuel efficient than the current engines and could make launches attempting to bring satellite payloads to space more affordable. Demonstrator 3 will perform a suborbital space flight up to an altitude of 100 kilometers above the New Mexico desert.

Their goal is to build a rocket they have dubbed Haas 2CA for the smallsat industry.

There is an interesting video at the link from the company showing their engineers hand-building this first suborbital test rocket, which the company also says is the first of a weekly series leading up to the test launch. More information about the company can be found at their website. According to their schedule, they hope to make the first orbital flight in 2018, and begin commercial operations by the end of that year.

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The state of the global aerospace industry

A new European analysis of the global aerospace industry suggests it is both growing and changing significantly.

Several takeaways that indicate future trends.

  • The government space spending has been stable the past 5 years, there was a 2% drop in 2016
  • The number of nations spending money on space has grown significantly in the past decade, from 47 to 70
  • Spending is shifting from military to civilian efforts
  • Russia experienced a 25% cut in aerospace spending in 2016
  • China passed Russia in spending in 2016
  • U.S. government spending stabilized in 2016 after a 25% decline since 2010

A drop in government spending in space is not proof that the industry is shrinking. In fact, it might be a sign of robust growth, in that it is no longer necessary to depend on coerced tax dollars to finance space projects. Instead, it suggests that because there are increasing profits to be made in space, the government is being replaced by a vibrant private sector. It also suggests that the private sector is finding ways to do things cheaper, which is saving the government money and allowing it to lower its budgets.

The second bullet point above reinforces these conclusions. Even though overall government spending has been stable, more countries have entered the market. More is being done with the same amount of money, and these lower costs are allowing new players to participate. The last bullet point also supports these conclusions. Even though the report notes a significant drop in U.S. government spending on space since 2010, it is very clear to me that the industry has actually prospered in these same years, fueled by a growing private sector.

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Air Force budget reveals cost differences between ULA and SpaceX

Eric Berger at Ars Technica has found that the most recent Air Force budget provides a good estimate of the price ULA charges the military for its launches.

According to the Air Force estimate, the “unit cost” of a single rocket launch in fiscal year 2020 is $422 million, and $424 million for a year later.

This is a complex number to unpack. But based upon discussions with various space policy experts, this is the maximum amount the Air Force believes it will need to pay, per launch, if United Launch Alliance is selected for all of its launch needs in 2020. ULA launches about a half-dozen payloads for the Air Force in a given year, on variants of its rockets. Therefore, the 2020 unit cost likely includes a mix of mostly Atlas V rockets (sold on the commercial market for about $100 million) and perhaps one Delta rocket launch (up to $350 million on the commercial market for a Heavy variant).

In other words, the $422 million estimate per launch is the most they will pay. Atlas 5 launches will certainly be less, about $100 to $150 million, while the Falcon 9 will likely be under $100 million. What they are doing is budgeting high so they guarantee they have the money they need to pay for the most expensive launches, usually on the Delta Heavy.

From my perspective, they are budgeting far too high, and if I was in Congress I would insist that this number be reduced significantly, especially considering this Air Force statement on page 109 of the budget document [pdf]:

The Air Force, National Reconnaissance Office (NRO), and the National Aeronautics and Space Administration (NASA) agreed to a coordinated strategy for certification of New Entrants to launch payloads in support of NSS and other USG requirements which has so far resulted in the certification of one New Entrant. The Air Force continues to actively work with potential New Entrants to reliably launch NSS requirements. The Government may award early integration contracts to ensure each potential offeror’s launch system is compatible with the intended payload. Beginning in Fiscal Year 2018, the Air Force will compete all launch service procurements for each mission where more than one certified provider can service the required reference orbit. [emphasis mine]

The “New Entrant” is of course SpaceX. They are also saying that they are going to encourage competitive bidding now on all future launch contracts.

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China’s Tianzhou-1 freighter completes second refueling test

Tianzhou-1, China’s first unmanned freighter, has successfully completed its second refueling test while docked with that country’s Tiangong-2 space module.

The test was successfully completed at 18:28 Beijing time on June 15th (10:28 UTC), according to an announcement (Chinese) from the China Manned Space Agency (CMSA).

Tianzhou-1 and the Tiangong-2 space station test bed module have been coupled for 54 days in orbit at around 390 kilometres above the Earth since April 22, following launch of Tianzhou-1 on April 20.

A first 29-step, five-day refuelling process was successfully concluded on April 27, marking a major step in China’s space station plans. The second test is understood to have taken two days.

The freighter will next undock, fly free for several months, and then attempt a third docking, this time doing so in only six hours versus the two day maneuvers it has so far completed.

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Truck driver killed in fire related to crash of Soyuz stage in Kazakhstan

A truck driver has died in an effort to extinguish a fire related to the crash in Kazakhstan of the stages from the Soyuz rocket that earlier this week launched a Progress freighter to ISS.

This story does not indicate any failure on Russia’s part during the launch. What it does highlight is the problematic location of their Baikonur spaceport, which requires expendable first stages to crash on land. In fact, this incident also suggests it wise for the Russians, and the Kazakhstans, to consider developing recoverable first stages that can land in a controlled manner, as SpaceX has, in order to make this spaceport more useful and safer.

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