International Launch Services ((ILS) has successfully launched its Russian Proton rocket to put another commercial communications satellite into orbit.

Tbe competition heats up: International Launch Services ((ILS) has successfully launched its Russian Proton rocket to put another commercial communications satellite into orbit.

This launch solidifies the recovery of the Proton rocket since the disastrous July launch. With the Russian government forcing a consolidation of all Russian aerospace companies into one government owned cooperation, however, it is unclear what will happen to ILS and Khrunichev (the Russian company that makes the Proton).

A map of Opportunity’s journey on Mars as it approaches its tenth anniversary since landing on January 25, 2004.

A map of Opportunity’s journey on Mars as it approaches its tenth anniversary since landing on January 25, 2004.

The map gives some nice perspective of just how far the rover has traveled in the past decade, as well as the increasing scale of the geological features it has observed. Opportunity began inside tiny Eagle Crater, moved on to larger Endurance Crater, then to the even bigger Victoria Crater, and now to the truly massive Endeavour Crator, 14 miles in diameter.

Let the space price war begin.

Let the space price war begin.

Two money quotes:

This latest launch is bad news for Russia, Europe, Boeing, and Lockheed Martin. SES paid $55 million to SpaceX for the launch; rivals typically charge $100 million to $200 million. SpaceX has a backlog of about $4 billion worth of launches, many for commercial customers that it can now begin to serve.

and this:

We’ll really get a sense of SpaceX’s abilities over the next year. The company plans to launch rockets at a much more ferocious clip, to refine their reusability and to prepare for sending humans to the International Space Station. You can also expect to see SpaceX tormented by politicians with ties to existing launch contractors and military suppliers. May we live in interesting times.

How India’s cryogenic rocket engine program was hampered and delayed, by the United States.

How India’s cryogenic rocket engine program was hampered and delayed, by the United States.

The article is fascinating, and rings very true until the last section. George Bush Sr. was an old CIA guy who distrusted the Soviets enough to want to prevent them from having any dealings with India, and Bill Clinton was very hostile to India during his entire administration. It is very easy to believe both presidents worked to stymie India’s efforts to work with the Russians.

SpaceX Falcon 9 launch

All is go for today’s Falcon 9 launch with less than four minutes left in the countdown. You can watch it live here.

We have liftoff. The real moment of truth on this launch will be once the rocket is in orbit. Can its upper stage relight to lift the SES satellite to geosynchronous orbit?

The rocket is now in orbit. The final engine burn and payload separation will occur within the hour.

The second stage engine burn has been successful. We now await payload separation.

The payload has separated successfully and has been delivered to its planned orbit.

With this successful launch SpaceX is poised to dominate the launch industry. Every other launch company has got to cut its prices in half, or more, in order to compete.

In a 376-5 bi-partisan vote, the House has approved a one year extension to the liability exemption of the 2004 Space Amendments Act.

In a 376-5 bi-partisan vote, the House has approved a one year extension to the liability exemption of the 2004 Space Amendments Act.

Though this is helpful, it still leaves intact the regulations imposed by that 2004 law, all of which make difficult the future of space tourism. That this extension was passed in conjunction with an effort by Congress to overhaul the law is encouraging.

A Connecticut museum, having switched its focus from art to science, has chosen to sell its most valuable statue to finance its own cubesat.

Art vs Engineering: A Connecticut museum, having switched its focus from art to science, has chosen to sell its most valuable statue to finance its own cubesat.

The Discovery Museum and Planetarium in Bridgeport is making a calculated trade-off as it launches a significant upgrade to its science education program for schoolchildren. The 55-year-old museum is auctioning a massive bronze statue Friday to raise money to outfit and program a satellite the size of a milk carton attached to a NASA rocket beaming back data on space dust. …

The statue [is] of a man handing a torch to another man reaching down while on a horse symbolizes the passing of the knowledge of civilization from one generation to the next. …

The satellite will be programmed to capture small space debris analyzed by students in high-school and younger at the museum’s Challenger Learning Center. “We’re building a mission control at the museum,” said David Mestre, director of space science education at the museum. “We’re developing software for a kid to run a space program.” [emphasis mine]

That last quote clinches the deal for me. The statue is impressive, but it merely expresses the idea. Having children operate their own space satellite puts the idea into action.

India has delayed the first test launch of its Geosynchronous Satellite Launch Vehicle (GSLV) from mid-December until the first week in 2014.

India has delayed the first test launch of its Geosynchronous Satellite Launch Vehicle (GSLV) from mid-December until the first week in 2014.

This delay appears to be simple prudence. They have no specific deadline for launch, and by giving themselves a few extra weeks they can make sure they have things right. I also have two additional comments.

First, I wish they would give this rocket a decent name. GSLV is not only hard to remember, it is ugly. A better name would help their marketing enormously.

Second, read the comments at the link. They are all from Indians, and the majority of them are very enthused. It will give you a sense of that country’s passion for technology and science.

Exciting Times in Space

Tonight I will make another of my many appearances on the Space Show with David Livingston. What makes this particular appearance special is that it will be the tenth anniversary of my first appearance on the show. Ten years ago tonight, on December 3, 2003, I appeared with David to discuss both the history of space exploration as well as its future — as we saw it then. (If you want to listen to that first appearance simply go to this link.)

For the first half of the show our discussion mostly focused on history, the 1960s space race, and my book, Genesis: the Story of Apollo 8 (now available as an ebook).

During the second half, our conversation began to range far and wide, speculating about the future of manned space exploration and what would be the best ways to jump start the American effort. Though I did not get everything right, what I said then has turned out to have been a remarkably accurate prediction of what has happened since.

To set the context, this appearance occurred only six weeks before George Bush’s January 14, 2004 speech where he announced his vision for space exploration. At the time we did not know what Bush would say, or even if he would propose anything, though there had been a lot of rumors that Bush was about to make a Kennedy-like speech proposing another Kennedy-like NASA mission to explore the solar system. David Livingston asked me what I thought would happen.
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Russia consolidates its space industry into one giant government-owned corporation.

Russia consolidates its space industry into one giant government-owned corporation.

While the U.S. is working to increase the number of space companies and thus the competition to get into space, Russia is returning to its Soviet-era roots. This second story about this consolidation includes this telling quote:

The country is set to radically centralize its space industry in a bid to combat major inefficiencies and cut down on the misuse of funds under plans unveiled by Deputy Prime Minister Dmitry Rogozin, who oversees the defense and aerospace sectors.

This decision does not really bode well for Russia’s effort to compete on the open market. You never solve inefficiencies or cut costs by eliminating competition. Instead, the lack of competition encourages inefficiency and increased cost.

A Progress freighter was manually docked with ISS today when its automatic docking system suffered a malfunction 200 feet from the station.

A Progress freighter was manually docked with ISS today when its automatic docking system suffered a malfunction 200 feet from the station.

This freighter was using a new rendezvous radar system, and had spent two extra days approaching the station to do rendezvous tests. What failed has not yet been released.

The Falcon 9 rocket had an abort at launch today at 5:39 Eastern.

The Falcon 9 rocket had an abort at launch today at 5:39 Eastern.

The rocket is safe on the launchpad. They are assessing the situation. SpaceX has a remarkably good record of launching quickly and successfully after a launch abort, sometimes within an hour.

The countdown has been reset for a 6:44 pm Eastern launch, the latest they can in their launch window, and has resumed. You can watch it live here.

It appears that they have resumed the countdown, even as they continue to assess, so that if all is well they will be able to launch within their window. This means however they are not yet go for launch.

They now say they are go for launch, even as they assess. In addition, their customer, SES, has given them 20 more minutes on their launch window.

I just love how SpaceX seems to always have an abort-at-launch whenever I am free to watch. I think this is the fourth abort-at-launch nail-biter I have seen.

They have aborted the countdown again at T-48 seconds. They have also scrubbed for the day. It appears they had not completed their assessment of the original abort and decided to scrub. The next launch attempt date is not yet known.

Two brothers, also college students, have formed a company to build cubesats for researchers

The competition heats up: Two brothers, also college students, have formed a company to build cubesats for researchers.

Mark and Eric Becnel are aiming their company Radiobro at providing turnkey cube satellite services to researchers who have experiments they’d like to fly, but who don’t have the resources to build their own satellites to fly them. “There’s an unfilled niche there in supplying a need if a scientist wants to take an experiment and fly it in space,” Eric Becnel said. “The idea is to provide that researcher with an off-the-shelf solution.”

The solution will encompass both the hardware and software necessary for the research to take place and be monitored, the brothers said. “Maybe you’ve got a launch opportunity and a window to launch,” Mark Becnel said. “We can help you by delivering that satellite in as fast as 12 months.”

This is the kind of creative capitalism the American aerospace industry hasn’t seen from its new engineers in years. In my experience giving lectures at student chapters of the AIAA, aerospace students have routinely been focused on looking for a job, either at NASA or with one of the big aerospace companies. These guys are instead trying to create their own. I say, they have the right idea, and have picked the right venue at exactly the right time. If they do it right, they and their company Radiobro stand to be a big success.

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