The Final Frontier

Of Course the Launch Went Well…

star_trek_Scotty_all-shes-got…Scotty was on board!

Following up on this morning’s successful Falcon-9/Dragon launch, I’ve learned that ashes of the late actor James Doohan, who of course played the irascible Chief Engineer Montgomery Scott on the original Star Trek and who died in 2005, were along for the ride. Remains of 300 people, including Doohan and Mercury-era astronaut Gordon Cooper, were carried aloft on the Falcon rocket’s second stage; while this payload was not technically part of the Dragon capsule, I like to think Starfleet’s Miracle Worker at least imparted a little good luck to the fledgling spacecraft.

Also, if you don’t quite understand what the fuss over this one little launch is all about, allow me to direct your attention to a nice piece by space reporter MIles O’Brien,* who spells it out the significance of today’s events quite handily:

Supporters of [NASA’s Commercial Orbital Transportation Services program] say it is tantamount to subsidizing nascent airlines in the barnstorming days by giving them contracts to fly the mail. The government didn’t tell Henry Ford how to build his Tri-Motor, but the mail those planes carried was an effective taxpayer tool to encourage a whole new industry – eventually making it possible for millions of people to board planes with as much fanfare as if they were buses – and then moan if they are five minutes late pushing back from the gate.

 

It would be nice if space travel could be that routine some day. And the Shuttle, a vehicle that I love and miss, was never going to get us there.

That’s pretty much my attitude as well. As hard as I’m grieving for my shuttles and wish they could still be flying in some capacity, they hard reality is that they didn’t bring us the future we imagined. SpaceX and the Dragon might not either, but it’s a step in the right direction.

* I always smile when I run across an article by Miles O’Brien. He’s an excellent reporter who has a real flair for boiling technical information down to where laypeople can understand it, and he genuinely seems to love the aviation and space-related subjects he specializes in. He also happens to share his name with a fictional character from the Star Trek universe, Chief Miles O’Brien, played by Colm Meaney, who was a Scotty-type engineer who could fix anything on both The Next Generation and Deep Space Nine. It’s not quite irony… but it is an amusing coincidence.

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The Dragon Is Soaring

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Following what a NASA press release called a “flawless countdown,” the SpaceX Falcon-9 booster rocket lifted off from Cape Canaveral this morning at 3:44 eastern time. The Dragon spacecraft successfully separated from the booster minutes later; its solar arrays are now deployed and all systems look good as the vehicle chases the International Space Station around the Earth for a rendezvous three days from now. There are still plenty of tests for the Dragon to pass, including of course the climatic docking operation, but so far SpaceX seems to be on track for making a historical first… and perhaps the start of a whole new era in human spaceflight. Exciting stuff.

I did not get up in the wee hours to watch the launch live, but of course that’s no longer necessary in the Internet age: a full hour of coverage is available on YouTube, if you’d like to check it out. (If you just want to see the highlights, you can find the lift-off at 44:43, the spacecraft separation at 54:10, and the deployment of the solar array at 56:20.) I find the audio associated with this clip really amusing… the control voices you hear are SpaceX employees, not NASA people, so there’s a different flavor than what I usually associate with space launches. Everyone sounds so bloody young, for one thing, especially one female voice (I’m not sure who is performing what role). And then there’s the enthusiasm… spontaneous applause breaks out at the moment of lift-off, and again when the Dragon separates from the booster. The announcer has a shake in his voice when he declares at about 55:10 that Dragon is now in free flight orbiting the earth, and the eruption of noise when the solar array opens sounds like a sporting event. It’s endearing, and it’s contagious. These people know they’ve accomplished something very, very big today.

I’m really thrilled for them, and also more than a little jealous. I’ll confess, I wish I was part of their team, forging the future we ’70s kids dreamed of…

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The Dragon Remains Grounded

Woke up this morning to the disappointing news that the launch of the Dragon spacecraft was aborted at the last second — literally! — when computers detected pressure higher than the allowable limits inside one of the engines of the Falcon-9 booster. The engines had already fired and the ship was a half-second from lift-off when the shutdown occurred. This sort of thing isn’t uncommon in spaceflight operations — the shuttle Discovery had a similar shutdown on its very first mission, as I recall, and of course SpaceX’s equipment is still very new and likely filled with undiscovered bugs — but I was hoping for a different outcome. I find I really want these guys to succeed. Like I said the other day, I think the company’s story of coming out of nowhere and in only a few short years being on the verge of doing what no other private company has ever done is exciting and inspiring… and of course the sooner they succeed with the unmanned cargo runs, the sooner they can get the Dragon rated for human flight and the sooner the future will resume. At least that’s how I see it.

SpaceX technicians are inspecting the faulty engine now and are supposed to issue a detailed statement about what went wrong later today. The next available launch window that will allow Dragon to catch up to the space station is on Tuesday, May 22nd.

UPDATE: According to the latest tweet from SpaceX, the problem was a faulty valve in Engine #5. (The first of the Falcon-9 rocket’s two stages has nine engines arranged in rows of three, hence the number designation. There’s also a smaller Falcon-1, and a  design for a so-far unbuilt Falcon-Heavy, which will triple the engine count for lifting really large stuff.) The engineers will replace that valve tonight, and shoot for another launch attempt at 3:44 AM Eastern time, Tuesday morning.

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James Cameron Is Trying to Become My New Personal Hero

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Turning now to non-space-shuttle-related space news, did you hear the big announcement a couple weeks ago that a start-up called Planetary Resources seriously intends to attempt mining near-Earth asteroids for useful materials within the next few years? It sounds far-fetched, I know. Asteroid mining has been the stuff of science fiction for decades — I remember reading about grizzled space-suited prospectors in the novels of Robert Heinlein and Larry Niven when I was young — and there are plenty of skeptics out there rolling their eyes at what looks to them like either a scam or a set-up for inevitable disappointment. But there are supporters, too, and plenty of them, from what I can tell. (Planetary Resources reported on its Twitter feed that it has received over 2,000 resumes since the announcement.) No less a space authority than the Bad Astronomer, Phil Plait, thinks the company can pull it off, based on what he’s seen of their proposals so far. And so do I, for whatever my interested layperson’s opinion is worth.

The company’s plan, while unquestionably ambitious, sounds feasible and logical. Like the Apollo program, it comprises a series of incremental steps, each building on the previous one to expand the scale and scope of the overall operation. The first step involves placing a number of small, inexpensive telescopes in orbit to search for suitable targets. (This is supposed to happen by the end of next year.) Next, robot probes, adapted from the telescopes to help save on R&D expenses, would be dispatched to the target objects to get a closer look and do a little prospecting. Then comes the critical step: beginning to exploit the asteroids that are found to have the proper compositions. While much of the press coverage has focused on the so-called platinum-group metals that are believed to be abundant in asteroids, Planetary Resources actually appears to be more interested in finding “volatiles,” non-metallic materials with low boiling points that also happen to be critical supplies for spacecraft… materials such as water. Again, scientists believe water ought to be present in at least some asteroids, bound up in minerals or even in good old-fashioned ice. PR wants to extract that water so it can be stored in space-going supply depots and made available — for a price, of course — to passing spacecraft for use as fuel or, in the case of manned missions, to replenish the crew’s supplies. In theory, at least, this would be much more practical and cheaper than lifting that heavy stuff out of Earth’s gravity well on board a rocket. A crew on the way to Mars would need to bring only a small store of water to get them started, and then rendezvous with one (or more) of these depots to “top off” their tanks while they’re en route to their destination.

But what about those precious metals? Planetary Resources fully intends to exploit those as well, but the company’s plans are a bit less developed on this point (i.e., nobody is quite sure how to do it yet). One solution would be to send an automated operation out to the asteroid to dig up, process, and return the ores to Earth. Another idea is to move the asteroid closer to us, into orbit around the Earth or more likely the Moon. I’m sure the idea of changing a near-Earth asteroid’s course to bring it even closer to us would make some people nervous — what a great idea for a James Bond villain who wants to destroy civilization! — but consider the other side of that equation: if we can learn to move them closer, we can also learn to move the dangerous ones away from us.

Now, all of this promises to be very expensive — everything involving space is — and the skeptics are basing their negative arguments on that, saying, essentially, that there’s no way for Planetary Resources’ investors to make a profit. They say that no matter how difficult mineral extraction may be here on Earth, it’s always going to be cheaper than doing it out there. But here’s the thing: we don’t really know that for sure. Once we figure out the technology and techniques, asteroid mining may not be as difficult as it presently sounds. Or the amount of exotic materials returning to Earth may be enough — or even more than enough — to fully justify the expense and difficulty. Consider the environmental benefits of no longer having to rip apart mountains here at home to find what we need. Finally — and this is the really exciting part, to me, because for a change someone is thinking of the future of our species instead of their stock portfolio — Planetary Resources claims its investors aren’t interested in making a profit so much as building an infrastructure for a permanent human presence out there, among the stars. This is about exploration. This is about getting off this rock, or at least trying to protect it a little better. This is about “space… the final frontier.” In other words, this is all of my youthful idealism about space travel coming back around in the vision of a bunch of rich guys (filmmaker and deep-sea adventurer James Cameron among them, hence the title of this blog entry) who think we ought to be doing Big Things, or at least attempting to do them. I love everything about this. I really hope they pull it off.

A few other items of interest:

  • SpaceX hopes to launch its Dragon capsule to the International Space Station this coming Saturday, May 19. If all goes well, the Dragon will become the first commercial spaceship — designed, built, owned and operated by a private company — to call at the ISS. The Dragon is supposed to undergo a series of manuevers before attempting to dock with the station, in order to prove its operational readiness. Then, if successful, it will close with the ISS, where station astronauts will capture it using their robotic manipulator arm (similar to the one that was carried by the shuttles) and bring it into a docking port. The capsule is carrying a load of cargo for the station, including food, water, and fresh clothing, which the astronauts will swap out for items they’re sending back to Earth. After two weeks at the station, the capsule will detach and return for a splashdown and recovery in the Pacific. If you’re interested, SpaceX has a detail-packed press kit available for download, and the LA Times put up a pretty nifty infographic that illustrates the Dragon and its operations (including its size relative to the shuttle orbiter, always an interesting comparison).
  • Speaking of SpaceX, there was an announcement last week that the company is going to partner with Bigelow Aerospace, the company that’s been experimenting with inflatable space habitats for several years, to provide a Dragon-based taxi service to and from a Bigelow-constructed space station of some kind, likely a hotel for wealthy joyriders.
  • And lastly, I ran across a pretty interesting piece the other day about yet another commercial spacecraft currently being developed, Sierra Nevada Corporation‘s Dream Chaser, which the company hopes to begin flight-testing this summer with a eye toward an orbital demonstration by 2016. Unlike all the other new spaceship designs we’ve heard about since the shuttle’s retirement was announced, Dream Chaser is not an Apollo-style capsule. Rather, it’s in a category of strange aircraft known as “lifting bodies,” which resemble ordinary airplanes but with very stubby little wings, almost no wings at all in fact; they rely on the shape of their fuselages to provide them with lift. NASA has experimented with them off and on for decades (my fellow children of the 1970s may remember that Steve Austin became the Six Million Dollar Man after crashing one of them) and incorporated lessons learned from them into the shuttle orbiter design. Dream Chaser is designed to be launched on top of a rocket, thus avoiding the dangerous debris shower that doomed shuttle Columbia, but glide back through the atmosphere and land on a runway the way the shuttles did. I have to say I personally am thrilled that somebody is still looking into a shuttle-type approach. I’m pretty excited about SpaceX and Dragon — that’s a fantastic story of the little guys triumphing, assuming the demo flight on Saturday works out — but it seems to me that a true spacecraft ought to be flyable, and not just come plummeting out of the sky into the ocean or some deserted patch of land somewhere. I’ll be watching Sierra Nevada closely…

Oh, yeah, extra credit to the first Loyal Reader who can identify what we’re looking at in the image up there at the top of the entry…

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Today Wasn’t the First Time Enterprise Buzzed NYC

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So here’s another cool pic I ran across earlier. That’s Enterprise and the Shuttle Carrier Aircraft again, flying over Manhattan back in 1983. I had forgotten — if I ever knew — that, following the completion of the approach and landing tests and the beginning of regular shuttle operations, NASA sent Enterprise on a world tour, visiting airshows in France, Germany, Italy, the U.K., and Canada, as well as a number of U.S. states. She even appeared at the 1984 World’s Fair held in Louisiana before being handed over to the Smithsonian Institution and becoming a taxidermied display piece in 1985.

None of which is here nor there, I just thought it was a neat vintage photo and wanted to share. It appears in a number of places around the ‘net, but I grabbed it from the Twitter feed of Todd Lapin, a.k.a. the proprietor of the excellent Telstar Logistics blog, which I have been following for a number of years. Thanks, as always, for finding such interesting stuff, Todd!

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Back Where She Belongs… for a Moment

space-shuttle-enterprise_over-nycThis morning, space shuttle Enterprise was flown from Washington, DC, her hometown of the last 27 years, to the Big Apple, where she will shortly be added to the collection of the Intrepid Sea-Air-Space Musuem. Following the precedent set by Discovery during her final flight earlier this week, Enterprise and her 747 carrier aircraft circled low over the city a number of times for spectators on the ground, and the Internet is subsequently jammed with photos of her alongside various famous landmarks. However, I again have chosen to post something a little less obvious, a lovely shot of the shuttle and SCA over the New York skyline, with the Intrepid museum visible toward the bottom of the frame. (Look for the cruise ship tied up to the pier, then look right. You’ll see a white, dart-shaped airplane sitting on the next pier over — that’s one of the retired Concordes — then just right of that is the Intrepid. In case you don’t know, she’s a World War II aircraft carrier that’s now a museum ship with a collection of planes and other interesting vehicles displayed on her flight deck and the adjacent pier.)

The Enterprise/SCA pairing landed at JFK International, where the shuttle will be removed from the 747 (a process called “demating”) and stored in a hanger for the next several weeks. Sometime in June, she’ll be transported by barge down the Hudson River to Intrepid, where a crane will lift her into her new place of honor atop the old carrier. My understanding is that the Intrepid organization is trying to get the permits and funding together to construct a permanent building in which to house Enterprise, a science and technology center which will presumably be somewhere nearby the ship. In the meantime, though, the prototype shuttle will be covered by a kind of inflatable tent to protect her from the elements. I was happy to learn that; I have no idea what would happen to a space shuttle’s heat-shield tiles after sitting out in the weather for a year or two, but I can’t imagine it would be pretty.

Funny thing… Discovery‘s final flight depressed the hell out of me, because it really did seem like a funeral march with a 747 filling the role of a hearse. But seeing Enterprise up there in the sky atop a jumbo jet again, for the first time in decades… well, that was actually kind of a thrill. For her, the only shuttle that never flew in space, it was a sort of homecoming, one last day in the sun, one last chance to stretch her wings. I almost expected her to cast free of the jet and glide into JFK on her own, just as she did during the approach and landing tests she performed over Edwards Air Force Base back in the late ’70s. How cool would that have been? Impractical fancy, of course. Her systems were long ago frozen in place, I’m sure. But I enjoyed imagining it.

Incidentally, if you’d like to bring back memories of the exhilarating early days of the shuttle program — or see it for the first time, if you’re too young to have been there yourself — some kind soul has uploaded a complete recording of the live CBS coverage of Enterprise‘s first free flight and landing way back on August 12, 1977. Part 2 is probably the most interesting to casual viewers, as that’s the segment when she finally separates from the SCA, but I found Part 1 pretty entertaining as well, for the way Morton Dean, the on-air personality narrating the coverage, tries to explain exactly how this shuttle thing is supposed to work and generally kills time until the actual test begins. Watch for some truly primitive animation, and soak in the general enthusiasm and the sense that what we were about to see was an unprecedented harbinger of… the future! The earnest anticipation in Dean’s voice as the “pushover maneuver” approaches nearly breaks my heart. It’s so different from the blase attitude we eventually developed toward these machines, and from the thinly veiled contempt so many hold for them today. (Interestingly, Dean does end the segment by pointing out that, even in those heady days, the shuttle had its critics who didn’t believe it would be worth the cost, or that the “hundreds of flights” planned by NASA would be necessary or useful. I was only seven or eight when these ALTs took place, too unsophisticated and too excited myself about a new spaceship — named after the Star Trek ship, no less! — to be aware of these detractors, so I was somewhat shocked to hear their concerns voiced so early in the program.)

Oh, and as a bonus, the recording even includes vintage TV commercials: Mariette Hartley and James Garner shilling for Polaroid cameras, Florence Henderson pushing Tang (what else in the middle of a story about astronauts?), and of course the good-natured cornpone that was used to sell Countrytime Lemonade. I remembered all of these ads within the first five seconds of them. Ah, the ’70s… such different times. So much better in many respects…

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Nose to Nose

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Here’s another sight we likely won’t ever see again, at least not after Endeavour leaves Kennedy Space Center for LA come September: two space shuttle orbiters in the same place. In this case, Enterprise and Discovery, the prototype and the grizzled veteran, sitting nose to nose on the tarmac outside the Udvar-Hazy Center. Enterprise was wheeled out of its long-time parking stall this morning and this afternoon Discovery took her place, but first there came the photo op, the speeches, the dignitaries, and the formal exchange of pink slips.

Looking through the photos of today’s events, one thing that struck my eye is how shabby Discovery looks alongside the spotlessly white Enterprise. That’s deliberate, apparently; my understanding is that the Smithsonian specifically asked NASA not to do any restoration or clean-up work on the most-used orbiter in the shuttle fleet, because they wanted to show the public what a real, workaday spacecraft looks like after it comes back from a mission. Personally, I think that’s a good call. I like the patina; it makes her look authentic, which Enterprise didn’t quite pull off when I saw her in person last year. It’ll be interesting to see if Atlantis and Endeavour are presented differently when they reach their respective final resting places.

And I guess that’s about all the remains to be said about Orbiter Vehicle Designation OV-103, more commonly known as space shuttle Discovery, the third production model and the oldest surviving example of them. From here on, she’s just a tourist attraction. If you’ll bear with me for a moment, though, I would like to climb up on my soapbox again and respond to something that’s been bugging me.

Over the past few days, I’ve seen a lot of sentiments expressed about Discovery‘s final ferry flight on blogs and comment threads that essentially amount to “good riddance.” Many people — and I’m going to make a grossly uninformed and possibly incorrect assumption that these are probably mostly younger folks who weren’t around for the early days of the program and therefore have a reflexive contempt for whatever their elders think is cool — are sneering that the shuttle program was a dead-end we never should have gone down, an overpriced and dangerous boondoggle that prevented the United States from doing something really cool like building a moon base or sending men to Mars. Many seem to have it in for the shuttles because they’re “old,” and a few are even making cracks about their looks, calling them examples of “1970s style” that look ridiculous up here in the 2010s, as if the orbiters are pot-bellied guys in their fifties wearing leisure suits with polyester shirts unbuttoned to their navels or something. And a handful of posters I’ve read seem to be downright angry at the shuttles, as weird as that sounds; not at the shuttle program, but at the shuttles themselves, the actual machines. My amateur-grade Psych 101 diagnosis is that they must be transferring their frustration about our country’s loss of direction in space — and possibly even our general decline in earthbound matters as well — onto the orbiters, as if the machines themselves are to blame rather than those who made the policies. (To be fair, I’ve also seen plenty of calm, reasoned, but ultimately negative comments as well, made by perfectly rational people who just happen not to share my affection and unwavering loyalty to my beloved shuttles.)

Needless to say, I find all of this very distressing. This is exactly how I didn’t want to see the shuttles remembered. Look, I can’t argue that the shuttles weren’t incredibly expensive to operate. They were, and they never became any cheaper over time, as they were supposed to. And I also can’t deny that they failed to usher in the dazzling future that was promised us by the breathless, speculative magazine articles of the ’70s and early ’80s. Or that their actual purpose for existing became increasingly fuzzy as the years wore on. In hindsight, it’s pretty obvious that NASA made a mistake by putting all of its manned-spaceflight eggs into a single, shuttle-shaped basket and that we would’ve been better off, ultimately, if the shuttle program had been less ambitious in scope, and more just a single element in a much wider portfolio of launch vehicles and spacecraft that were specialized for different jobs. But that was an error in policy. The orbiters themselves were — and still are — remarkable things that ought to be remembered for what they actually did, and not what they failed to do.

The number-one thing to keep in mind is that they were the first reusable spacecraft. (Well, okay, mostly reusable. The orbiter and the solid rocket boosters were reused.) It cannot be stressed enough what a shift of paradigm that was, coming after roughly 20 years of a completely disposable model in which the rocket and the capsule atop it were thrown away on every single mission. We may be turning back to capsule-type designs now, but notice that every single commercial rocket builder out there is designing its vehicles for reusability. It’s the most practical approach… and the shuttles were the first to embrace that philosophy.

The orbiters were — and still are, for the time being — the largest vehicles ever flown in space. (I’m not talking about the launch vehicles; the Saturn V rockets that lifted the Apollo missions to the Moon were taller and heavier than a shuttle stack, but the actual Apollo spacecraft that rode atop the Saturn would have fit handily into a shuttle’s payload bay.) That ought to count for something, I think.

And they were unique among all the spacecraft operated (as opposed to designed or prototyped) to date. The orbiters are space planes. They flew through the atmosphere like a glider and landed on a runway. In my mind, that’s what a true spaceship ought to do instead of crashing into the ocean and a (hopefully) soft field somewhere and then waiting around for a massive military search-and-rescue operation to come find it. That’s what Artoo and Threepio’s escape pod did.

But, everyone always says, we now know those capsules are so much safer than the shuttles, because the shuttles were either deathtraps to start with or becoming frail due to their age, or both. Well… I guess I’m just hardnosed about the safety issues. Manned spaceflight is dangerous. You’re riding several million pounds of high explosive into the most inhospitable environment there is, aside from the very deep ocean. The astronauts have always understood this, even if the general public has tended not to think about it. As I’ve said before, we lost two shuttle crews out of 135 missions; the Apollo program killed one crew and damn near killed a second one in only 17 missions — one of which hadn’t even left the ground. So which one of these spacecraft is statistically more dangerous? NASA’s big mistake here, I think, was in pushing the idea that the shuttles were going to make all of this routine… that, in fact, it had become routine prior to the Challenger disaster. (I think it’s also worth noting that in both the Challenger and Columbia accidents, the problem that led to the vehicle’s destruction originated in the launch system, not the orbiters themselves. So far as I know, the orbiters have always performed flawlessly. It’s an interesting question… could the orbiters still be used if we designed a different set of rocket boosters for them, and came up with a replacement for the troublesome foam that coated the external fuel tank?)

As to the charge that the shuttles are rickety with age… bollocks. The orbiters were designed to endure 100 missions, but the most-traveled of them, Discovery, has only 39 missions under her belt; Atlantis had 33 missions, and Endeavour, the baby of the family, a mere 25. Endeavour didn’t even come online until 1992. They’d all received periodic upgrades to modernize their systems. It seems to me they had plenty of life left in them. Now, you can make the case there was nothing left for them to do once the International Space Station was completed. I get that one. But the decision to shut down the program was, in my mind, a policy choice, not a technical necessity. Certainly it wasn’t really because these ships are old. Hell, the Air Force is still flying B-52s that were built in the 1950s and, last I heard, it intends to continue doing so for at least another decade. If machines are well-maintained, there’s no reason why chronological age alone should be a concern.

Finally, that thing about clunky “1970s style.” I guess that’s in the eye of the beholder. Personally, I have always thought the shuttles were beautiful and cool-looking. I love their contours, especially from a nose-on angle. But then what the hell do I know? I still like muscle cars and feathered hair, too…

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Funeral Procession

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Quite a sight, isn’t it? That’s space shuttle Discovery hitching a ride atop a specially modified 747 known in NASA-speak as the Shuttle Carrier Aircraft, or SCA. I’ve always loved this eccentric element of the whole shuttle system, the only really practical way to move the orbiters around the country in between spaceflights. In some ways, I find this pairing as awe-inspiring as the shuttle’s complete rocket stack. It’s so unlikely, so ungainly, so… weird… to see two aircraft mated together like this. And they’re both so large. It’s incredible to think they could even get off the ground like this. And yet, they did, many, many times.

If you don’t know it, the big building in the background is Discovery‘s new home, the Steven F. Udvar-Hazy Center (or, as our Loyal Reader Cranky Robert likes to call it, the Uzzy-Wuzzy). It’s an extension of the Smithsonian National Air and Space Museum located just outside Washington, DC, near Dulles Airport. The Discovery and her SCA flew up there from Kennedy Space Center in Florida this morning, taking the time to do a few “victory laps” around the familiar DC landmarks. Now, this afternoon, the Web is crowded with cool photos from the flyovers, of the shuttle/SCA over the National Mall and the Capitol Building, the Washington Monument and the Jefferson Memorial, and of course countless American flags. But I thought this one was more interesting than the obvious “photo ops.”

One of these shuttle ferry flights passed through the Salt Lake Valley a few years ago, and the shuttle/SCA pair even overnighted on the tarmac at SLC International, but for some stupid reason, I didn’t make the time to see them. That’s something I will forever regret now that it’s all over, just as I regret never seeing a launch or landing in person either. There are only going to be just two more ferry flights: one next week when shuttle Enterprise is transferred from the Udvar-Hazy to the Intrepid Sea-Air-Space Museum in New York City, and then the final one in September when Endeavour is sent to California. The Girlfriend has suggested we go see one of the ferry flyovers. Actually, she suggested a couple days ago we go see this one, the last flight of Discovery; she said we ought to just hop on a plane and go to either Florida or DC, and god, how I love her for making the suggestion. But as tempting as the idea was, I decided against it. For one thing, last-minute airfare is pretty exorbitant and we frankly have better things to spend our money on right now. But really, honestly, the biggest deterrent was that I just really hate funerals…

Photo credit: NASA HQ

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Awesome Space Image of the Day

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That’s a snap of an unmanned cargo ship — technically referred to in NASA-speak as an Automated Transfer Vehicle — firing its maneuvering thrusters as it approached the International Space Station yesterday. This image was taken by astronaut Don Pettit aboard the ISS, and I think it’s simply incredible. Even just a few years ago, you could only see something like this on a fictional TV show like Deep Space Nine or Babylon 5, but here it is, actually happening right over our heads, captured on a perfectly ordinary digital camera and posted to both Twitter and Flickr like any old photo of somebody’s cat. The future hasn’t turned out to be quite what we were promised as kids, but every once in a while, it comes close.

Go here for a couple more…

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For Sale: Vintage Spaceplane, Slightly Used

This past Sunday, December 11, a ceremony was held in New York City in which representatives from NASA officially transferred the title of ownership for the space shuttle Enterprise to the Intrepid Sea, Air & Space Museum. While the thought of suit-and-tie-wearing administrator-types delivering speeches and signing documents is not particularly inspiring, I couldn’t help but chuckle when I read that a spaceship of all things has a title, like any other jalopy that backyard mechanics might trade amongst themselves. I immediately remembered all the old cars my father has bought and sold over the years, and one thing in my brain led to another, and… well…here’s something silly that I just dashed off:

FOR SALE: 1976 space shuttle orbiter, rare prototype model, very low mileage (only driven on local errands to the troposphere and back). U.S.-built. All-original interior with factory air and working 8-track. Paint is good (kept in garage for past 26 years). Tires were new when it was parked. Engines need work. Would make a great conversation piece! Best offer. Call 555-5555, ask for Buzz.

Yeah, sometimes I worry about my brain…

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