$29M To Start US Satellite Protection Program 74
coondoggie sends in a Network World piece that begins "The Air Force laid out $29 million in contracts this week to build space-based sensors that could detect threats or hazards and protect satellites in orbit. Assurance Technologies and Lockheed Martin Space Systems will split $20 million of the two-year contract that the Air Force says should ultimately demonstrate a viable sensing capability, as well as integration with other space systems to offer threat and hazard detection, assessment and notification ... The Air Force is looking to protect satellites from ground based lasers or anti-satellite missiles mostly."
And my first thought was... (Score:2, Funny)
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Funny, my first thought was:
"Is this any relation to Reagan asking the UN if (interplanetary) aliens might already be among us?"
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My first thought was:
Some pushy salesman at Lockheed Martin wore down the Air Force about how wonderful the Satellite Protection program was. The Air Force stood there wondering whether it really needed the protection program, or whether it would take its chances, seeing how most of these protection programs are ripoffs.
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Satellite Protection Program
Is that anything like the mafia's fire insurance programs?
That's a Nice Satellite There... (Score:5, Funny)
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Yeah, that was the sort of "protection" scheme I immediately thought of when I read the headline.
Like if somebody (Russia, China) damages our satellites, we'll send Louie and the boys round and break their kneecaps...
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That's a Nice Satellite There
Be a shame if something was to happen to it. (*Crash*) Whoops. How clumsy of me...
My laptop! [toshiba.com]
More Star Wars? (Score:1)
Seriously, George Lucas? More Star Wars?
Give it a rest. Although, at least this one won't be a prequel.
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Really, a ground based laser? What exactly can a satellite do in the 5 seconds between when the laser is turned on and when it is done burning a hole through the satellite?
It has to be automatic, as it takes too long for the detection to signal to the ground, then for even a small group of humans to decide, yup, that's a problem, then send a signal back to work some kind of mirror into place.
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What exactly can a satellite do in the 5 seconds between when the laser is turned on and when it is done burning a hole through the satellite?
I dunno, maybe move? Asides from geosynchronous satelites (Which albeit are a sizable portion them) they are moving relative to earth, often quiet rapidly so, and you know have to take this very thin laser beam and hit this very small object and hold it there for a few seconds to do soem damage, to futher compound the problem the satelite could be setup to spin everything that doesn't need to be stationary, use a mesh for an antenna, and have a certain redundancy in the solar panels or use an RTG/Reactor.
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missiles are definetly the way to go
Yip. The U.S. Navy managed to paste [cnn.com] one earlier this year with a missle. Though it looks as if the US has been planing on anti-satellite lasers and China has been pointing lasers at US satellites in the not too distant past.
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Good thing that was marked troll. All those military industry CEOs, arms manufacturers, military strategists, and politicians who read slashdot would have been pretty upset had they read that.
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What exactly can a satellite do in the 5 seconds between when the laser is turned on and when it is done burning a hole through the satellite?
If we put mirrors on it before hand, it could reflect the lasers back at the feet of the evildoers who were trying to destroy our satelites (and freedom) and could film them melting saying "NOOOOOOOOOOOOOOOOOoooooooooooooooooooooooo!!!!" Then automatically upload it to youtube. I'd say that's worth 29 million.
$29 Million? (Score:4, Insightful)
$29 million doesn't buy much these days.
--
IP Finding [ipfinding.com]
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I can buy you 29 million of these [sciplus.com]. What more could you want?
58 million cheeseburgers.
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Re:$29 Million? (Score:4, Informative)
I was thinking the same thing. For 29 Million, you probably get a requirements document, a feasibility study to see if the idea is even workable, and maybe a high level architecture. If you hire a small, agile company (read: 'cheap') you might get some kind of small, proof of concept for one or two small parts of the system with the highest risk of failure.
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$ 80 M - budget for the Chandrayaan - India's moon mission. So 30M can get you a lot if used properly.
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SSTL [sstl.co.uk] can design and build you two satellites for that price. I'm sure there are similar companies here in the US.
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$29 million doesn't buy much these days.
Define "much." Because this country has many people that truly can't buy "much" "these days". As soon as there's an eminent war with a global super power (because anything shorter of one wouldn't merit this program), I'm pretty sure a lot of us are going to look back and say "I wish all that money was spent on stabilizing our economy and international relations rather than on big guns for the pricks that started this conflict."
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In case you missed it, they already tried spending over $800 billion dollars on
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Agreed. I'm a bit of a liberal and still loath the idea of bailing out people with no fiscal restraint and likewise believe that these types of programs are essential to our national security.
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The US (and any other Western country) can fix absolutely nothing if they loose their satellite network. We are completely dependent on satellites. The only news that could be better than this would be that somebody had decided to put some new life into SDI. (An EMP would be even worse than loosing satellites.)
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It could buy you plenty of mirrors.
(And don't tell me anything about how that wouldn't help, lasers would still heat it up, blah blah blah. I've heard that before and I still say the same thing: boring.)
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Re:Aren't the armed forces already.. (Score:5, Insightful)
Great news for all you US satellites out there (Score:1)
I sure don't understand (Score:2, Offtopic)
the tagging system here.
What's 'mafiaa' got to do with this?
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Nothing at all. Indeed, that tag should not be present... but enough people have put it on there to make it stick?
About as much (Score:2)
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Yeah, because us Democrats hate programs essential to our national security. I know the second I read this (being a Democrat myself) I said "National security is stupid. Protecting vital communication tools is stupid. We should spend all of this money on art!"
Wait, I didn't think any of that. I thought that this was a vital program and that you're an idiot who can't spell Democrat properly and makes retarded assumptions.
laser protection? (Score:1)
I have a hard time seeing how sensors are going to protect a satalite from an attack by lasers. Once the sensor detects the beam (somehow), it's too late to move the satalite, isnt it?
Re:laser protection? (Score:5, Informative)
If you had read the first paragraph of TFA, you would have read this:
In other words, it's not so much about protecting the satellite, but confirming that the satellite was or was not hit by some sort of laser. That would be some pretty valuable intelligence, if you ask me. The system will tell DOD that somebody's shooting at their stuff, not preventing someone from shooting at them.
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Not sure if these figures are 100%, but I understand that geo-stat orbit satellites are at a distance of 38,500km above the earths surface ... and speed of light is 299,792 km/s ... that surely gives them about 128 milliseconds to detect an incoming laser beam from initiation on earth to the target light hitting the satellite's detector.
And as it would take at least ANOTHER 128 milliseconds to transmit that fact back to earth anyway, it means we'd only know about it 128 milliseconds after the thing had been
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Detection can be used to deploy countermeasures on other satellites, for example.
So instead of losing 100 of them we only lose 1 or 2 and the others rotate 180 degrees to present a reflective shield or something while we hunt down and bomb whoever is lasing our sats.
At the very least we could hunt them down and bomb them after the fact out of spite.
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Now instead of building one big anti-satellite laser and knocking them out sequentially, they have to build many lasers and take them out in parallel.
That equals time in which our satellites are safe, and more money out of any potential enemies pockets if they do decide to threaten our satellites.
Also, who says it would be a country doing the shooting?
It might be possible for a laser accurate and powerful enough to be built by a private party o
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... that surely gives them about 128 milliseconds to detect an incoming laser beam from initiation on earth to the target light hitting the satellite's detector.
Right, because light travels faster than... light.
Protection Program (Score:1, Redundant)
Sounds like the mob to me.
Let the market work! (Score:1)
Instead of gov't funding such a socialist venture, I say use the market. Buy an insurance from a private enterprise, say AIG, because we all know that they're too big to fail.
All you patriotic, Pro-America Americans would agree - LET THE MARKET DO ITS WORK. Say NO to commie schemes like this.
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Pointless, no wonder its underfunded (Score:2)
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I agree. I think a much more useful line of research is making satellites harder to detect. There's not much that can be done to protect the big bright ones that are already up there, but I'd imagine that better technology has resulted in more capable satellites in smaller packages. Add in some fancy stealth-type technologies, and now we're talking.
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No GPS sats? My iPhone will still triangulate from the cell towers!
So bring on WW3, I'm protected by the blessings of Saint Jobs!
"Mafiaa" [sic] tag? (Score:2)
I guess someone had the same (lame, Friday-afternoon) reaction I did to the headline:
"Nice lookin' satellite you got there! Shame if something should happen to it! Ain't that right, Vinny?"
Light speed's too slow (Score:1)
Mirrors (Score:2)
I can see it now (Score:2)
Wait, you mean that's not the kind of "Protection Service" we're talking about?
retroreflectors (Score:3, Interesting)
Derris-Kharlan (Score:2)
While this is interesting, I'd always thought about an orbital space city rather than a space station or satellites as the more interesting venture. The downsides fall toward expense and crazy scientists thinking they understand Earth's ecology better because they can develop a man-made ecosystem.
Consider first several small, modular bays in high orbit. Each is self-contained and can internally rotate for artificial gravity. Assuming horizontal rotation, "up" is the convergence toward the center verti
It's called a "machine gun" (Score:2)
So much for... (Score:2, Insightful)
Not with my money (Score:1)
This is exactly the kind of crap the US needs to stop wasting money on.
This isn't new. (Score:1)