Shuttle launchpad to close
Launchpad 39B, where 53 shuttle launches took place, is about to be torn down.
Launchpad 39B, where 53 shuttle launches took place, is about to be torn down.
Launchpad 39B, where 53 shuttle launches took place, is about to be torn down.
The reason the Danish privately funded suborbital rocket did not launch on Sunday was because the power had accidently been cut off to an ordinary hair dryer, purchased at a Danish supermarket and installed in the rocket to keep the valve from freezing.
An evening pause: One week ago today the rocket company ATK test fired the first stage solid rocket motor of the Ares I rocket. At the moment, no one knows if this rocket will even be built, as the Obama administration opposes it while Congress argues a variety of options. Regardless, watch this video of the test and you will understand why it is fun ito build rockets.
The first test launch of that privately funded Danish suborbital rocket had to be scrubbed on Sunday when a valve jammed.
That test flight of a Danish privately built suborbital rocket has been delayed from today till tomorrow due to weather, with tomorrow’s flight having a 70% chance.
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NASA managers have decided to defer that spacewalk to finish up the work items leftover from the spacewalks to repair the station’s cooling system, leaving the work to the space shuttle astronauts during the upcoming the November shuttle flight.
South Korea and Russia fighting over rocket construction.
The solid rocket first stage of the Ares I rocket successfully completed its second test fire yesterday.
It appears that the Chinese have successfully maneuvered two unmanned satellites to a rendezvous in space. It is even possible that they might have touched!
Because yesterday’s hike up Eagle Creek to Tunnel Falls (see picture below) was particularly long, 12.5 miles, I took a break from posting when I got home. Today (Monday), however, was a more easy-going day, as we did more ordinary tourist stuff, driving from place to place with only short strolls at each stop.
The most fascinating tourist stop of the day was by far Bonneville Dam. Just as the security guard at the gate let the car in front of us through, her phone rang. When she was finished and came up to our car, she explained that we would have to wait about a half hour before going to the visitor center, as they needed to open the swing bridge so that a barge could go through the locks. At first I thought this was very unfortunate timing. In the end, it turned out to be fortuitous indeed. We parked at the viewing area above the locks and watched five barges, tied tightly together as a unit and pushed upstream by a tug, slide gently into the lock with barely inches on either side. Neither Diane or I could believe how little spare room the tugboat captain had to pilot this massive object. The gigantic downstream doors then closed (while I quipped that music from Star Wars should be playing) and the lock was quickly filled with water, raising the barges/tugboat up almost a hundred feet. The upstream doors than opened and the barge headed out. All told, the whole operation took less than 45 minutes.
We then took a tour of the dam’s first power station, with its ten turbines all in a row. Unfortunately, none were operating at the moment. Nonetheless, whenever I see places like this (such as when I visited Hoover Dam back in 2005), I can’t help but be reminded of the scene from the science fiction movie Forbidden Planet, when Walter Pigeon gives us a tour of the Krell underground machine. Unlike the Krell, however, it didn’t take millions of years for us to learn how to build such breath-taking big dams and power stations. We did it less than 150 years after the discovery of electricity!
This guy is thinking ahead: a paper extolling the scientific benefits of interstellar space travel (published in a 2009 issue of the Journal of the British Interplanetary Society) was made available today on the Los Alamos astro-ph website. Fun quote from the abstract:
Significant benefits are identified in the fields of interstellar medium studies, stellar astrophysics, planetary science and astrobiology. In the latter three areas the benefits would be considerably enhanced if the interstellar vehicle is able to decelerate from its interstellar cruise velocity to rest relative to the target system. Although this will greatly complicate the mission architecture, and extend the overall travel time, the scientific benefits are such that this option should be considered seriously in future studies.
A four person team of NASA scientists are heading to Chile to aid in the mine rescue efforts.
SpaceX has requested from the launch range Oct 23 as its next Falcon 9 test launch date. In this test they will give their Dragon capsule its first test flight.
Japan and Europe are both considering an upgrade to their unmanned cargo carriers so that each can also return cargo from ISS.
The Russian news agency ITAR-TASS reports that all the “i”s have been dotted on the plans to build a new spaceport in the far east of Russia. Construction is set to begin next year.
Chile asks NASA for advice on keeping the 33 trapped miners alive in the weeks to months required to dig a rescue shaft.
Amateurs tracking the X-37B military test shuttle have discovered that it has made two orbital maneuvers. Since the Air Force refuses to discuss the flight program, the reasons behind these maneuvers remains unknown.
Two Danish inventors are about to test fly their own privately financed suborbital rocket, designed to eventually carry humans. Key quote:
It is due to launch from a submarine in the Baltic Sea on August 30th and, if successful, they will repeat it with a human passenger on board as soon as possible.
Not only have amateur skywatchers photographed the X-37B military space plane presently in orbit, they use a smart phone app for tracking satellites and available to all to tell them when to look.
Pressure testing NASA’s Orion capsule is about to begin, despite the space war about its future.
The thirty-three Chilean miners presently trapped underground face a months-long effort before a new tunnel can reach them.
More details about the drop test by SpaceX of its Dragon capsule.
Bad news for space tourism! One of WhiteKnightTwo’s landing gears collapsed as the plane landed at the end of a test flight yesterday. Here’s a statement from Scaled Composites, the builder of the suborbital rocket system.
The cooling system on ISS is finally running normally again after the three spacewalks to replace the system’s failed pump.
Take a look at these pictures of the August 12 drop test of SpaceX’s Dragon capsule.
The Chinese have completed assembly of Tiangong 1 (Heavenly Palace), their first space station module due to be launched in 2011.
This space.com report by Tariq Malik gives a good overview of today’s successful spacewalk on ISS.
An unidentified administrator of the University of Michigan space engineering program has some interesting thoughts on why SpaceX has been so successful. Key quote:
I recently performed an analysis of the very best students in my space engineering programs over the past decade, based on their scholarly, leadership and entrepreneurial performance at Michigan. To my amazement, I found that of my top 10 students, five work at SpaceX. No other company or lab has attracted more than two of these top students.
I also noticed that SpaceX recruited only two of them directly from the university. The others were drawn to the company after some years of experience elsewhere—joining SpaceX despite lower salaries and longer work hours. Why do they leave successful jobs in big companies to join a risky space startup? A former student told me, “This is a place where I am the limiting factor, not my work environment.” At SpaceX, he considers himself to be in an entrepreneurial environment in which great young people collaborate to do amazing things. He never felt like this in his previous job with an aerospace company.
The spacewalk on ISS is not quite finished, but the astronauts are wrapping up after successfully installing the replacement pump to the cooling system. Ground controllers have tested the system and it appears to be working.
NASA managers have delayed by one day the next spacewalk to repair ISS’s cooling system. Now set for August 16, this spacewalk will install the new pump. The date of a fourth spacewalk to finish up the work is as yet unscheduled.