That’s a somewhat newer mission patch from the National Reconnaissance Office, the spy satellite outfit which is clearly still at the top of its game.
The amateur NRO watchers are still watching. I follow some of them on Twitter. Lately they’ve also been watching: the Starlink satellites, the launch of international asteroid probes, pretty pictures taken by weather and earth-observing satellites, North Korean missile launches — anything that may or may not go into some kind of orbit and can be seen. These watchers are related to other watchers of OSINT (open source intelligence) (meaning, unclassified images taken by satellites) (of stuff like missile strikes, nuclear facilities, and missile launch sites) (in countries not necessarily our friends). The former watchers tend to be looking up, the latter tend to be looking down. Not sure why I enjoy this so much. This first ran April 26, 2012, and the comments were interesting.
At 4:12 p.m., Pacific time, on April 3, 2012, the National Reconnaissance Office – the 50-year old spy satellite agency whose existence the government didn’t admit until 1992 – launched a “payload,” a classified radar satellite, NROL-25. The launch was webcast live but the NRO didn’t want to reveal sensitive information about the satellite’s eventual orbit, so it cut off the webcast after three minutes. Five hours later, a Canadian member of a loose group of amateur trackers watched the classified satellite pass overhead; then other trackers from Sweden, Russia, Scotland, and another Canadian watched it too. They calculated its orbit. The tracker from the Netherlands was clouded out and didn’t see it until April 5, but he photographed, then filmed it. The whole thing is up on the internet.
I hardly know which question to start with. Let’s begin with the questions I’m not going to ask: what the NRO is up to, and what target that classified radar satellite is looking at, and why the target requires using radar and not regular optical imaging. The answers I’d get would be neither exact nor satisfying. I know this because I’ve spent time asking such questions and I swear, the people who answer them have taken lessons in stringing common English words into sentences that range from non-responsive to gibberish. This pisses me off unbearably and I used to think I’d rather they just told me they weren’t going to answer. But then I ran into some classified guy at a party and asked politely, “And what do you do?” and he said, “I can’t tell you,” and I wanted to yell, “Well for chrissakes then make something up, I was just being polite!” The point is, classification is a mighty hard on friendly conversation with your fellow man.
No, the point is, I may have needed to get that off my chest but we’ve strayed from the subject: those amateur trackers. They’re international – in addition to the countries above, they come from the U.S., England, South Africa, Australia, France, Germany – number around 15 to 25, and are mostly retired. They operate out of their back yards using binoculars, stop watches, cameras, and math. They’re not looking randomly around the sky, they’re looking for specific objects: the International Space Station and the space shuttle carrying crews travelling to the station, satellites with decaying orbits, and mainly, classified satellites. They hear about a launch – NRO announces launches which are full of conspicuous fire and thunder and not exactly secret – spot the satellite, communicate positions and trajectories to their colleagues, and calculate the orbit that the NRO doesn’t want them to calculate.
Orbits tell them something about the satellite itself. A sun-synchronous orbit — that follows the sun’s path — is probably an optical satellite taking pictures, says Allen Thomson, a former intelligence analyst, of the same locations with the same sunlight and shadows. A Molniya orbit sits over one location; Thomson says it’s probably a signals intelligence satellite. The April 3 satellite’s orbit was retrograde – the opposite direction of the earth’s rotation – so it’s probably radar (for reasons I faintly understand and can’t begin to explain but having to do with the earth turning away from the satelllite, thereby enhancing the Doppler shift and ultimately the resolution of whatever the satellite is looking at).
Not that any of this is secret, though the tracker from the Netherlands says that they don’t publish everything they’ve seen. The NRO reportedly doesn’t like the trackers but the trackers aren’t telling the bad guys anything the bad guys don’t already know. Thomson says the bad guys can probably afford equipment better than stuff that trackers can order from Amazon. The tracker from the Netherlands says, “If 15 retired hobbyists with simple equipment can do this, then rogue nations certainly can. They really don’t need us.”
The trackers are space nerds, they like looking at space-type things that are supposed to be secret. Tracking is their definition of fun. Some of them were at one time employed as government trackers, many have been tracking since the first decade of the space age. They feel as though they’re recording a hidden history – the Netherlands tracker is an archeologist and thinks of his hobby as space archeology.
The trackers also don’t much like secrecy — I heard about them because the Federation of American Scientists‘ secrecy-hating Steven Aftergood put it in his Secrecy News – and like to point out that the UN Outer Space Treaty asks countries to disclose the whereabouts of their satellites. The Netherlands tracker adds that the trackers have seen satellites going out of control within a few weeks of launch, and the US government won’t mention it until a year later when the thing becomes a public menace. They’re currently watching an out-of-control 1.5 ton Japanese spy satellite, he says, that’s coming down mid-2012.
I’m always impressed by amateurs doing for free and pleasure the things that professionals are paid to do. I’m also impressed that stuff this close to being classified is all over the internet – a person could make a career of following the links of these links. I’m not sure whether this internet ubiquity is a testament to our country’s relative openness, or the internet’s ability to find dusty corners, or the irresistibility of secrets.
Meanwhile, the NRO is in the middle of a series of launches with an “unprecedented operational tempo” – oh yeah? and what’s that unprecedented tempo all about? Good luck finding out. And I wouldn’t google “NRO” and “patches” either — these are the fairly normal-looking ones.
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Photos of launch patches: National Reconnaissance Office
Radar on spy satellites always makes me think of the graduate radar class I took. One homework image we worked on turned out to be the barrels of tanks sticking out from under cover. Synthetic aperture radar made them as clear as day – from a satellite! It’s pretty amazing.
And then, of course, for optical satellites there is also the whole arena of adaptive optics, now all the rage in astronomy & astrophysics but which came out of declassified documents only a few decades ago. The spy agencies had been doing it for years without telling the astronomers.
Fascinating stuff.
Ann,
I had not heard this news about the NRO telescope trackers. The Air Force used to censor the images from the Pan-STARRs telescope on Haleakalā. The images were first loaded into a computer, then some secret program called “Magic” scanned them and censored out all the satellite information (satellites look like streaks on a guided astronomical image). The rest of the data were handed to the astronomer.
There is some sort of overlap between the NRO program and both the Hubble and the to-be-launched WFIRST telescope. There are all sorts of rumors/facts/conspiracy theories about the relationship between the HST and the Keyhole project. The KH reconnaissance satellites started out as telescopes that took film and then dropped the film capsules to be picked up and processed. The KH project was the successor of the mysterious CIA CORONA project which paralleled the civilian Explorer and Vanguard projects.
What the real relationship between HST and the KH satellites is still classified, but there are some technologies that seem to be the same.
The NRO did tell NASA in 2012 they had two unused space telescopes that were surplussed and NASA could have them. WFIRST will use one of the telescopes and will be a replacement for Hubble. The project is well along and expects a launch in, well, any launch date is always overly optimistic, but the present date is in 2024.
Oh, and the previous head of the NRO is an Aggie.
nick
That is so interesting, Nick! I’ve heard those rumors about HST and Keyhole too, I never followed them up. DeGrasse Tyson has written a book about the overlap between military and astronomy, but I never read that. Nevertheless, I am extremely interested in this subject so thank you.