Tag: competition

The Democratic Party leaders in New Mexico have announced that an agreement over spaceport liability has been reached with Virgin Galactic.

9:13 am

The Democratic Party leaders in New Mexico have announced that an agreement over spaceport liability has been reached with Virgin Galactic.

This might be good, but with no details released and all the statements coming from politicians of only one party it is reasonable to wonder how serious it is and whether this announcement is merely a bargaining ploy.

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The plans and proposed launch schedule of the new asteroid mining company, Deep Space Industries.

9:02 am

The plans and proposed launch schedule of the new asteroid mining company, Deep Space Industries.

They aim to do their work using cubesats, which will keep everything cheap and simple, with the first launches by 2015, and the first sample return missions by 2016. Their new manufacturing technology appears to be a variation of 3D printing, though the descriptions so far released remain vague on details.

We should have even more information later today, after their press conference, aired live on youtube here at 1 pm (eastern).

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Orbital Sciences has published an updated schedule for its Antares rocket and Cygnus cargo capsule.

12:13 am

The competition heats up: Orbital Sciences has published an updated schedule for its Antares rocket and Cygnus cargo capsule.

Key dates:
February: Hotfire test of the Antares first stage.
March: First test flight of Antares.
May/June: First test flight of Cygnus, on Antares, docking with ISS.
Third quarter 2013: First operational flight of Cygnus to ISS.

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Another asteroid mining company will announce its plans tomorrow, Tuesday.

3:52 pm

The competition heats up: Another asteroid mining company will announce its plans tomorrow, Tuesday.

As I mentioned earlier today, it is important to maintain a skeptical attitude to each of these new commercial space companies, even as we cheer them on enthusiastically. For example, I am very curious how this company has come through with a “breakthrough process for manufacturing in space.” What could this be, and why has no one thought of it before?

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Not all is golden in commercial space: The failure of the Oklahoma spaceport deal.

9:37 am

Not all is golden in commercial space: The failure of the Oklahoma spaceport deal.

It is important that we restrain our enthusiasm for private space and always look with skepticism at any new proposed private effort. It appears that this was something that Oklahoma officials failed to do when they first established their spaceport for Rocketplane, a company now bankrupt.

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Some more details have been revealed about Bigelow’s deal with NASA to send one of its modules to ISS.

4:52 pm

Some more details have been revealed about Bigelow’s deal with NASA to send one of its modules to ISS.

This is apparently going to be another test of a smaller prototype, similar to Bigelow’s Genesis I and Genesis II modules already in orbit, but this time docked to a manned station.

What is interesting however about this article above is that reveals the names of the seven countries that have signed an agreement with Bigelow for future use of the company’s orbiting stations:

In another interesting development, Bigelow has named the seven sovereign customers who’ve expressed interest in leasing space aboard a future Bigelow commercial space station. Bigelow has preliminary agreements with the United Kingdom, the Netherlands, Australia, Singapore, Japan, Sweden and the United Arab Emirate of Dubai, according to Reuters. According to another report by Leonard David, Bigelow expects to have two BA 330 modules ready for construction of Space Station Alpha by late 2016. The Bigelow 330 is a much larger module, weighing 43,000 pounds with a diameter of 22 feet and length of 31 feet.

Bigelow Aerospace previously announced that it plans to charge sovereign customers $23 million for a 30-day stay aboard a Bigelow space station. That price includes space transportation, astronaut training, and consumables.

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A (new) Mexican standoff at the old spaceport.

9:11 am

A (new) Mexican standoff at the old spaceport.

Messier not only provides a detailed analysis of the negotiations on-going between Virgin Galactic and Spaceport America over liability issues, he also provides context, much of which is not encouraging. For example,

SpaceShipTwo is set to begin its first powered test flights later this year using a “starter motor” that will be smaller than the full-scale hybrid engine that will be used for flights into space. The motor will allow pilots to test the space plane in the transonic flight region, which would be a major step forward.

Whether the full-scale RocketMotorTwo engine, powered by nitrous oxide and rubber, will be ready to fly this year is an interesting question. There have been stories for years – persistent, consistent and never really denied – that the motor just doesn’t work very well. Hybrid motors can function effectively for smaller vehicles, such as the smaller SpaceShipOne vehicle that flew in 2004, but are difficult to scale up. SpaceShipTwo is three times larger than its predecessor.

Meanwhile, there are the liability questions which might force Virgin Galactic, and all other private space companies, to flee New Mexico. The analysis suggests that the taxpayers of New Mexico might have paid for a very expensive spaceport that might never pay for itself.

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The demo mission of robotic refueling of satellites on ISS goes forward this month.

10:02 am

Robot refueling of satellites: The demo mission on ISS goes forward this month.

As much as I celebrate this work, conceived and designed by engineers at the Goddard Space Flight Center (the same people who ran the missions that maintained the Hubble Space Telescope), I worry that nothing will come of it. The demo mission itself is designed to duplicate exactly the refueling of several climate satellites already in orbit whose lifespans are ending merely because they are running out of fuel. If the ISS demo succeeds, the next natural step would be to plan an actual robotic mission to refuel these satellites.

The worrisome part is that NASA rarely follows through on this kind of research. For example, the agency did tests of an ion engine back in the early 1970s, and it wasn’t until the late 1990s before they finally flew a mission using that technology. Worse, the federal budget situation probably means there is no money to fly such a mission.

Hopefully, some private company will take a look at this engineering, which is all in the public domain, and decide to use it for their own purposes.

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An official of SpaceX announced today that the company plans on its first manned launch by 2015, and that the astronauts will be its employees, not NASA’s.

5:06 pm

The competition heats up: An official of SpaceX announced today that the company plans on its first manned launch by 2015, and that the astronauts will be its employees, not NASA’s.

Back when the shuttle program was still alive and NASA astronauts could have applied political pressure to keep it running, some said they should, if only to save their jobs. They did not, and instead toed the party line and supported the shuttle’s retirement even though no replacement was even close to being operational.

How’s that working out for you, guys, eh?

The truth is that there is no justification any longer for the astronaut corp at NASA. They have no vehicle, and any future space vehicle is going to be built and operated by others who will chose their own pilots.

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It appears that SpaceX and Orbcomm have finalized their launch agreement.

11:00 pm

The competition heats up: It appears that SpaceX and Orbcomm have finalized their launch agreement.

On December 21, 2012, ORBCOMM Inc. (Nasdaq: ORBC) and Space Exploration Technologies Corp. (SpaceX) entered into a Launch Services Agreement pursuant to which SpaceX will provide launch services for the carriage into low-Earth-orbit of up to 18 ORBCOMM second-generation commercial communications satellites currently being constructed by Sierra Nevada Corporation.

The agreement schedules the launches for sometime between the second quarter of 2013 and the second quarter of 2014, subject to normal scheduling changes.

This is a strong endorsement by Orbcomm of SpaceX’s Falcon 9 rocket, despite the engine problem which prevented an Orbcomm prototype satellite from reaching its correct orbit on the last Falcon 9 launch. Also, note that Sierra Nevada is building the satellites, thereby giving that company a firm foundations while it also builds its Dream Chaser manned spacecraft.

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Russia has announced a commitment to spend $70 billion over the next seven years on their aerospace industry.

9:03 am

Russia has announced a commitment to spend $70 billion over the next seven years on their aerospace industry.

Russia will spend 2.1 trillion rubles (about $70 billion) under a state program for the development of the national space industry in 2013-2020, Prime Minister Dmitry Medvedev said on Thursday. “The total volume of funding is quite significant: 2.1 trillion rubles, including extrabudgetary sources,” he said. The program is designed to ensure the country retains its position as a leading global space power, while also supporting its defense capability, and boosting economic and social development, Medvedev said.

Though this commitment of significant funds will certainly help revitalize their aerospace industry, I wonder whether it will instead encourage that industry to be less efficient. If done right government subsidies can jumpstart an industry, as seen with NASA’s new commercial space program. If done wrong, however, subsidies can result in an expensive operation that can’t make a profit, as in the case of ESA, Arianespace, and its Ariane 5 rocket.

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The investigation into the failure of the Proton rocket’s Briz-M upper stage on December 8 has pinpointed the failure to a turbopump.

9:13 am

The investigation into the failure of the Proton rocket’s Briz-M upper stage on December 8 has pinpointed the failure to a turbopump.

While it is a good thing that they have found the cause of the failure, this is not the same component that failed previously. Moreover, after the previous failure the Russians had said they would dismantle and inspect all Briz-M stages under production. It is obvious that they did not find this turbopump problem then.

All told, these issues do not recommend the Briz-M upper stage or the Proton rocket that depends on it. What else might be wrong with this upper stage that they might be missing? Until they can reassure potential customers that this question has been answered, the Russians are going to have a serious problem competing in the increasingly competitive launch market.

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A zoning board and the LAPD have shut down a thirty-year-old successful burger stand, apparently because they think it attracts crime.

10:05 pm

We’re here to help you: A zoning board and the LAPD have shut down a thirty-year-old successful burger stand, apparently because they think it attracts crime.

Watch the video at the link. The result of this brain-dead action will be an abandoned building in an abandoned neighborhood. Good going, California!

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A petition to have the U.S. withdraw from the United Nations Outer Space Treaty has been submitted to the White House.

3:53 pm

Now’s here’s a good idea: A petition to have the U.S. withdraw from the United Nations Outer Space Treaty has been submitted to the White House.

Read it. Mark Whittington, who submitted it, is absolutely right. We get out, we can claim territory on the Moon and thus apply U.S. law to that territory. People and companies could thus own land and have an opportunity to make a profit from their property.

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NASA used Orbital Sciences’ Taurus 2 rocket for the failed launch of its Glory climate satellite in 2011, even though the agency knew the company had not fixed the problem that caused the loss of the Orbiting Carbon Observatory in 2009.

9:01 am

NASA used Orbital Sciences’ Taurus XL rocket for the failed launch of its Glory climate satellite in 2011, even though the agency knew the company had not fixed the problem that caused the loss of the Orbiting Carbon Observatory in 2009.

The investigators believed there was as much as a 50% chance the faulty component — a fairing separation system for ejecting the protective shroud that covered the satellite during launch — would fail again. Sadly, it did, destroying Glory. More significant for the future, however is this:

Other Orbital vehicles, including the air-launched Pegasus and a new Antares rocket, use a version of the same fairing separation system that is most likely responsible for the combined $700 million loss of two key climate-study satellites. Orbital’s original name for Antares was Taurus II.

So far, NASA has not accepted the Antares shroud-separation configuration for operational flights. Dulles, Va.-based Orbital says it has made a number of changes to its frangible joint fairing separation system in the wake of the Glory launch failure, including modifications to the frangible rail used on Antares. The company is developing that rocket under NASA’s Commercial Orbital Transportation Services (COTS) program to carry cargo to the International Space Station (ISS).

If NASA isn’t satisfied with Orbital’s design changes to this system, it could significantly delay the launch of Cygnus and Antares to ISS.

Update: I had mistakenly referred to the Taurus 2 in the first sentence when the rocket used to launch Glory and OCO was the Taurus XL. This is now corrected.

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Glide tests of Sierra Nevada’s Dream Chaser shuttle are now scheduled to begin in the first quarter of 2013.

2:13 pm

Glide tests of Sierra Nevada’s Dream Chaser shuttle are now scheduled to begin in the first quarter of 2013.

The vehicle they will be flying is only a prototype built expressly for these unmanned tests. A separate flight model is under construction and will be used for later manned suborbital tests, followed by a third vehicle built for orbital flights.

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If you and a friend happen to have $1.4 billion, the new private company Golden Spike wants to take you to the Moon.

3:29 pm

The competition heats up: If you and a friend happen to have $1.4 billion, the new private company Golden Spike wants to take you to the Moon.

Golden Spike’s news release said the venture would make use of existing rockets as well as commercial spacecraft that are currently under development to send expeditions to the lunar surface, with the estimated cost of a two-person lunar surface mission starting at $1.4 billion.

There will be a lot of press stories about this. And it is good, as it illustrates again the increasing shift from government-run space missions to a robust private industry. The idea of a private company doing this is no longer considered absurd but perfectly reasonable.

Whether Golden Spike itself will do it, however, is another thing entirely. Please forgive me if I reserve the right to be a little skeptical at this point.

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