New auto-destruct system to increase launch rate

The competition heats up: A new auto-destruct system operating by computer, using GPS, and installed on each rocket should allow the launch rate in Florida to ramp up significantly.

Up until now it took several days to reconfigure the ground-based radar facilities. This system, first used on the most recent Falcon 9 launch, does not require this. It also involves fewer people to operate it. They expect that they will soon be able to launch up to 48 missions per year, some on the same day.

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India’s government a barrier to private space

Even as India and its space agency show themselves to increasingly be a major player in the worldwide aerospace market, it appears that India’s governmental policy on private satellite communications is acting as a barrier that blocks the growth of a commercial space industry.

Indiaโ€™s current satcom policy, first rolled out in 1997 and then updated in 2000, is clearly outdated. A senior ISRO official who attended the ORF event (but declined to be identified) pointed out that all the existing satcom policy says is Indian satellite companies will be given preference over foreign multinational companies. โ€œHow does this preference play out? If the department of space is worried about national security concerns, they should lay down clear guidelines for security compliance by foreign satellites. The existing policy doesnโ€™t talk about this, which inevitably leaves it to ISRO, DoS and Antrixโ€™s discretion,โ€ the official told The Wire.

And this discretion has held up multiple applications for satellite manufacturing and foreign direct investment over the last decade. Hughesโ€™ Krishna is particularly frustrated over this. โ€œIf a company submits an application for satellite broadband services in India, irrespective of where the satellites will be made, it needs a specific timeline on when it will hear back from ISRO or the DoS. Will it be two years, three years or five years? It is difficult to line up future investments if speedy clearance is not given,โ€ Krishna said.

Essentially, India’s Department of Space (DoS) and its space agency ISRO control all licensing, and have been using that power to delay or deny the issuing of any private satellite licenses, since such efforts are in competition with these government agencies.

The situation here is very similar to what existed in the U.S. with NASA for most of the last half of the 20th century. The agency did not want private launch companies competing with its own manned programs, and diligently worked to block their efforts. If you wanted to be part of manned space, you did what NASA told you to do and you built what they told you to build. It wasn’t until the rise of the commercial space programs to launch cargo to ISS that NASA’s grip on manned space was finally broken.

India now faces the same problem. ISRO has done an excellent job, as NASA did in its early years, in getting India’s space industry started. It now needs to back off, stop running things and simply be a customer of these competing private companies, letting freedom do the job instead of government dictate. The question now is whether the Indian government will allow this to happen. There are many vested interests there that will resist.

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Dragon safely berths at ISS one day late

As expected, SpaceX’s Dragon freighter safely berthed at ISS today, one day late.

French astronaut Thomas Pesquet steered a 58-foot robotic arm to snare the unmanned Dragon at 5:44 a.m. EST, as the two spacecraft flew 250 miles above northwestern Australia. “Looks like we got a great capture,” radioed Shane Kimbrough, commander of the six-person Expedition 50 crew, to flight controllers in Houston.

The freighter will remain docked at ISS for a month while they off load it and load it with experiments being sent home.

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NASA signs technology development contracts with eight companies

The competition heats up: NASA today announced the award of contracts to eight small companies to develop new technologies for the advancement of smallsat launch capabilities.

The contracts cover a wide range of launch concepts, from testing new imaging technology for spotting asteroids to new rocket engine development to new rocket designs. The key component however of all these contracts is this:

These fixed-priced contracts include milestone payments tied to technical progress and require a minimum 25 percent industry contribution, though all awards are contingent on the availability of appropriated funding. The contracts are worth a combined total of approximately $17 million, and each have an approximate two-year performance period culminating in a small spacecraft orbital demonstration mission or the maturation of small launch vehicle technologies.

In other words, the companies have to provide some of the funding, since the technology being developed will benefit them. They also will only be paid once they meet certain milestones, and any cost overages will be their responsibility. The result? The U.S. has the chance of giving birth to eight new space companies, all with cutting edge technology that can compete in the new launch market. And the country gets this for a measly $17 million.

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Aerojet Rocketdyne sets record testing new rocket engine

The competition heats up: In recent static fire tests of its new AR-1 rocket engine Aerojet Rocketdyne set a record for the highest chamber pressure for any American engine using oxygen and kerosene.

They hope to convince ULA to use this engine in its Atlas 5 rocket to replace the Russian engine they presently use. At the moment, though ULA has made no commitment, it appears however that the company is favoring Blue Origin’s engine instead. That Congress favors Aerojet Rocketdyne is their one ace in the hole, since Congress controls the purse strings.

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Sea Launch deal finalized?

The competition heats up? Two articles today in the Russia press suggest that either their settlement deal with Boeing over bankrupt Sea Launch is either on the verge of signing or the Russians are trying to pressure Boeing to an agreement by use of the press.

The first article says that a final agreement is about to be signed, but provides no date or indication from Boeing that they have agreed to terms. The second announces that the private Russian company that is acquiring Sea Launch from the Russian government to compete in the commercial launch market has been given a launch license by the Russian government, and will launch its first rocket from Baikonur later this year, using the Ukrainian Zenit-M rocket that was designed to fly from the Sea Launch floating platform. .This launch is intended as a test flight prior to restarting launches from the Sea Launch platform itself.

The complexity of this Sea Launch situation boggles my mind. Russia has sold Sea Launch to a private Russian airline company, S7, which will use a Ukrainian rocket to launch satellites from the Sea Launch platform. Before that can happen however Russia has to settle its dispute with Boeing, which won a $300+ million settlement in court over the breakup of their Sea Launch partnership. That settlement reportedly includes free passenger seats on Soyuz flights to ISS, which Boeing is reportedly offering to sell to NASA, which might need them. Meanwhile, Russia does not seem to have a problem with a Russian company using a Ukrainian rocket, even though Russia itself has completely banned the use of Ukrainian equipment on any of its own space rockets or capsules.

The business of commercial space sometimes amazes me.

Posted in the airport terminal in Belize City. We are waiting for everyone to arrive to take a van together to our resort, Maya Mountain Lodge.

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Dragon aborts berthing with ISS

Because the spacecraft had apparently rendezvoused with ISS about 15 minutes early today, the computers on Dragon aborted the berthing, backing off to try again tomorrow.

No explanation as to why the spacecraft arrived so much earlier than expected, though it is reported to be in excellent shape.

Posted above the Gulf of Mexico, which appears very calm today.

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Last Soyuz-U launches Progress to ISS

Russia today successfully launched a Progress freighter to ISS using its last Soyuz-U rocket.

The Soyuz-U has been launched hundreds of times since the 1970s, but has been replaced by Russia because it uses equipment made in Ukraine. The newer versions of the Soyuz rockets are completely home-built, but also have been plagued by quality control problems and corruption within Russia.

Posted in the air of the Gulf of Mexico in route to Belize.

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Testing of Virgin Galactic’s LauncherOne first stage engine

The competition heats up: This week Virgin Galactic’s successfully completed a long duration static fire test of the first stage engine of its LauncherOne smallsat rocket.

I predict that LauncherOne will fly its first commercial flight before Unity, the company’s second SpaceShipTwo spacecraft, and it will do it multiple times. In fact, right now I firmly believe that Unity is never going to reach suborbital space, as they have designed it for an engine that simply doesn’t work, and can’t figure out how to redesign it to solve the problem.

LauncherOne meanwhile has at least one launch contract, and is being designed with a workable engine, right from the start.

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India’s space agency wants to build a space station

The decline begins: The head of India’s space agency ISRO yesterday advocated that his country build its own space station.

The spacesuit is ready. A survival capsule is on the way. ISRO has everything to send astronauts into space and develop a space station, all that’s left is for the government to give the money and policy clearance, said ISRO chief AS Kiran Kumar here on Monday. “We have the capability to create a space station, but you (government) have to give us the money and time to make this happen,” Kumar told reporters on the sidelines of 34th foundation day celebration of the Raja Ramanna Centre for Advanced Technology (RRCAT). “If the government and country decides… we are ready. You need to provide us funding, policy clearance,” he said, adding that space mission is low priority for the government “because one doesn’t see any immediate use of this in country’s development and growth”.

Kumar’s comments came in the backdrop of Chinese media reacting to ISRO’s recent record launch of 104 satellites at one go. An editorial in a Chinese newspaper pointed out that “there is no Indian astronaut in space and the country’s plan to establish a space station has not started”. [emphasis mine]

Rather than focus on development that could increase India’s competitiveness in the profitable launch market, such as improving its rockets either by making them reusable or able to launch more frequently, Kumar instead wants to spend his government’s money and build a space station. He doesn’t really outline what he intends to accomplish with this station, other than demonstrate that India can match China. His focus instead is creating an infrastructure for pork and jobs for ISRO. The station will not bring in profits, which would be more useful to the country and its nascent private space industry.

This is what government agencies routinely do. They might start out functioning like an innovative private company trying to attract customers, but the lure of coerced government money always takes precedence in the end, and the agency shifts its focus to building pork-laden empires funded by tax dollars.

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SpaceX delays first Dragon Mars mission to 2020

SpaceX has decided to delay its first Dragon flight to Mars from 2018 to 2020 so as to focus on more immediate priorities.

Instead of aiming for the 2018 deadline, SpaceX will now try to launch a robotic mission to Mars โ€” known as its Red Dragon mission โ€” two years later, in 2020, SpaceX president Gwynne Shotwell said during a press conference Friday.

This delay will allow the company to refocus on other more, earthly ambitions in the near term before setting its sights on Mars down the road. “We were focused on 2018, but we felt like we needed to put more resources and focus more heavily on our crew program and our Falcon Heavy program, so weโ€™re looking more in the 2020 time frame for that,” Shotwell said.

They need to fly the Falcon Heavy several times first, and the delays caused by last year’s September 1 launchpad explosion, has pushed the first Falcon Heavy launch back from late in 2016 to the summer of 2017.

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