An overview of what will happen on Dragon’s first flight to ISS next week.
Hitching a ride: The Russians last night launched a new crew to ISS.
Next up: the launch of Falcon 9/Dragon on Saturday.
The SpaceX test launch of Dragon to ISS has now been rescheduled for May 19.
The test flight of Falcon 9/Dragon to ISS will almost certainly not launch on May 7.
It appears they need more time to assess the results of the static engine test on Monday.
In closing down its ATV cargo freighter assembly line, Europe considers its next manned space project.
ESA and NASA have been discussing how ESA might compensate NASA for Europe’s 8.3 percent share of the international space station’s future operating charges. Until about 2017, the agency is repaying NASA, as the station’s general contractor, through launches of European Automated Transfer Vehicle (ATV) cargo ships to the station. But with the station partners now all but committed to operating the station at least through 2020, ESA is searching for another “barter element” to succeed ATV.
NASA has said a propulsion module for the Orion Multi-Purpose Crew Vehicle would fill ESA’s obligations to NASA, which have been estimated at about 450 million euros ($600 million) over three years.
But several ESA members, notably France and Italy, have argued that the Orion module, which would use ATV-derived technologies, does not provide sufficient technology interest or public impact. Instead, these governments have proposed development of a vehicle that would perform multiple tasks in low Earth orbit, including debris removal.
Want to watch the launch of Falcon 9/Dragon? Here’s the low down.
Three astronauts have returned safely to Earth in their Soyuz capsule after spending 165 days on ISS.
SpaceX and NASA have now set May 7 as the planned launch date for the Dragon test flight to ISS.
SpaceX has delayed the launch of its Dragon test mission to ISS, with the launch now scheduled sometime between May 3 and May 7.
“After reviewing our recent progress, it was clear that we needed more time to finish hardware-in-the-loop testing and properly review and follow up on all data,” SpaceX spokeswoman Kirstin Brost Grantham wrote in an email. “While it is still possible that we could launch on May 3rd, it would be wise to add a few more days of margin in case things take longer than expected. As a result, our launch is likely to be pushed back by one week, pending coordination with NASA.”
Orbital Sciences has released an updated launch schedule for its Antares rocket and Cygnus capsule.
The significance?
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ISS’s robot arm has now been moved into position in preparation for the Dragon berthing flight, scheduled for April 30.
The article also gives a nice outline of the entire Falcon 9/Dragon test flight.
Mark your calendar: Decision day for the SpaceX Falcon 9/Dragon test flight on April 30 will be April 16.
The universe as seen by astronauts on ISS.
Is this good or bad news? Europe has shut down the production line producing their ATV cargo craft for ISS.
Confronted by parts obsolescence and waning political support, the European Space Agency has shut down subsystem production lines for the Automated Transfer Vehicle as member states debate how they will contribute to future international space exploration efforts, according to top spaceflight officials.
ESA has launched three of the five ATVs it agreed to launch, with the remaining two scheduled in 2013 and 2014. What happens after that remains unclear. It seems from the article the European partners don’t seem interested in upgrading the ATV, and instead seem willing to let the as-yet untried U.S. commercial companies carry the load.
Commercial flights by U.S. spacecraft will make up the rest of the lost capacity with the end of the ATV program.
The pressure continues to build on a successful Falcon 9/Dragon flight on April 30.
The NASA administrator, Charles Bolden, has balked at the Europe-China negotiations for docking a Chinese manned craft at ISS.
I don’t know what Bolden can do about this, however, as we don’t have the ability to get to our own space station, while Europe and the Chinese do.
Europe’s ATV freighter has successfully docked with ISS.
The story describes how Boeing is considering upgrading the X-37B to become a manned ferry to ISS, thus putting it in direct competition with the company’s other manned capsule, the CST-100.
At the American Institute of Aeronautics and Astronautics’s Space 2011 conference in November, Boeing’s Arthur Grantz revealed that the company is studying a new derivative of the Boeing/USAF X-37B. The new X-37C would be 65-80% larger than the current B version. Launched by an Atlas V rocket, X-37C could carry pressurized or unpressurized cargo or 5-6 astronauts. Grantz is chief engineer in charge of X-37 at the Boeing Space and Intelligence Systems Experimental Systems Group .
Hat tip to Clark Lindsey.
The six astronauts on ISS will take shelter in the two Soyuz capsules tonight because a piece of space junk will to pass close to the station at around 2:30 am (Eastern).
In discussions the last two days, managers for the space programs of Europe and China began laying the groundwork for a Chinese docking at ISS.
The United States, which paid for and built the bulk of ISS, has no way of getting its own astronauts to the station. The United States at present also has no way to bring cargo up to the station.
The result: We no longer own our own space station. Though the U.S. has strict laws on the books to prevent the transfer of technology to the Chinese, restricting communications by government officials with China, the Europeans do not. And since they can send cargo to ISS while we cannot, they feel free to negotiation with the Chinese for the use of our space station. Moreover, the Russians I am sure will heartily endorse these negotiations.
And what can the U.S. government do? Nothing.
Instead of focusing on a solution to this situation, the members of Congress tasked with supervising NASA want NASA to build a giant heavy-lift rocket (SLS) to use with the Orion capsule, neither of which is designed to go to ISS. Moreover, neither will be capable of flying humans into space until 2021, one year after ISS is presently scheduled to be shut down. Even then a single flight will cost billions, which makes this system useless for resupplying ISS.
And people wonder why I consider these elected officials stupid. And if they aren’t stupid, they surely are irresponsible and incompetent, at least when it comes to the American space program.
Europe successfully launched its third unmanned freighter to ISS early this morning.
The 13-ton cargo freighter is loaded with about 7.2 tons of supplies, including food, water, clothing, experiments and fuel for the space station, according to NASA. The unmanned ATV-3 is the heaviest load of cargo ever delivered to the station by a robotic spacecraft, ESA officials said in a statement.
An astronaut answers hundreds of questions about his flight to ISS on Reddit.
Hallelujah! NASA is considering doing a simulated 500 day Mars mission on ISS.
The Russians want to do this badly, and have been pressing NASA to go along, with no luck, for more than a decade. That it took that long for NASA to finally realize the need tells us much about the American space agency.
This bodes well: Private space station builder Bigelow is hiring again.
One interesting tidbit from this article is the description of the company’s negotiations with NASA to attach a Bigelow module to ISS.
The company has been negotiating with NASA for about two years on the potential deal, and that Bigelow has completed various planning and development milestones for NASA. “We’ve been in a series of discussions with NASA over the past two years, with regard to the BEAM project,” Gold told Space News. “They were initiated as part of a proposal in 2010, and we’re hopeful an announcement will be made in the not-too-distant future.”
NASA gave no sign that a deal with Bigelow was imminent. “We do have a no-cost contract with Bigelow to cover early requirements development [for BEAM] but it is not for the flight article,” NASA spokesman Josh Buck said in a March 20 email. “The Agency has not made a decision to go to a flight system yet.” [emphasis mine]
Two years to discuss “planning and development,” and still no decision. My guess is that NASA management doesn’t want to buy a Bigelow module, as it would be relatively cheap and therefore wouldn’t spread much money to NASA centers. They just can’t say no for political reasons.
And if they do want to do it, the slow pace of their decision-making process demonstrates clearly why they shouldn’t be entrusted to build anything in the future.
SpaceX has now set April 30 as the target launch date for its Falcon 9/Dragon capsule test flight to ISS.
Research on ISS has found that prolonged spaceflight causes vision problems and might even damage the human eye.
There had been hints of this discovery in an earlier report, but today’s paper is the first published science on the subject.
The results are not only important for finding out the medical challenges of weightlessness. They illustrate once again the need to do long extended flights on ISS. Without that research we are never going to be able to fly humans to other planets.
The robot rules: Dextre has successfully completed its first round of operations in its satellite refueling demonstration on ISS.
The director of Russia’s manned program told the press today that the Russians do not have that a signed contract with NASA to fly astronauts to ISS after 2015, despite NASA’s announcement that such an agreement exists.
If true, NASA’s management has committed a very serious error which will cost the U.S. a great deal of money in the coming years, especially if there are significant delays in getting the new commercial companies online to provide the U.S. an American capability for ferrying humans to orbit.
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The detailed look at the robotic satellite refueling demo that is taking place on ISS this week.
A robotic refueling demo. designed and built by the same people who ran the Hubble Space Telescope repair missions, begins today on ISS, using Dextre.
This demo is designed to prove that a robot, operated from the ground, can refuel a satellite not designed for refueling. The demo satellite on ISS was built to match the design of several climate satellites already in orbit that will end up defunct in a few years if they can’t be refueled.
The delayed launch of Europe’s cargo freighter to ISS is now targeted for March 23.
