http://www.americanthinker.com/articles.php?article_id=5733
 
Ballistic Missile Defense and Terror
August 4th, 2006
Ballistic Missile Defense(BMD) is one of those military assets that - along
with the F-22 Raptor, carrier battle groups, and guided-missile subs - have
been criticized in recent years as being irrelevant to the new strategic
realities of the War on Terror. It's a little difficult to follow the logic
here: are there people who really believe that terrorism is the only form of
warfare allowed in the 21st century? But after Kim Jong-il's little missile
spree, we can be fairly certain we won't hear that one again soon. On the
contrary. What the missile incident demonstrates is how important BMD is to
any serious terror strategy. 
First, we need to broaden our understanding of the actual role nuclear
weapons play in strategy. Deterrence, in which possession of such weapons
acts as a restraint on both sides, is widely understood. But there's another
related factor also at work: nuclear weapons as a variant of the "fleet in
being <http://en.wikipedia.org/wiki/Fleet_in_being> ." 
Like the huge battleship fleets of the early 20th century that were too
valuable to be risked in actual combat, nuclear weapons are useful only when
they aren't used. Always offstage, their baleful influence apparent even
when not present, nukes extend their power of restraint well beyond the
nuclear arena, drawing a line that an opponent's response dare not violate.
A nation that cannot carry out a nuclear strike for fear of retaliation is
also barred from ordering an invasion, establishing a blockade, or
instigating the assassination of enemy leaders. 
At the same time, activities below those blatant levels are actually
encouraged. Nuclear weapons form an umbrella beneath which proxy wars,
espionage, and terrorism can readily occur without being directly
challenged, so as not to waken the nuclear genie. During the Cold War, the
Soviets took advantage of this effect to the hilt, funding proxy wars and
subversion in Africa, Asia, and Latin America, triggering crises in Berlin,
Cuba, and the Middle East, secure in the knowledge that the U.S. would not
go to the mattresses for fear of triggering an open nuclear confrontation.
Under those circumstances, if the U.S. wanted to play at all, it had to be
on Russia's terms, so the country became involved in a number of operations
in areas we probably wouldn't have bothered with otherwise. Simply put,
nuclear weapons enable an opponent to raise the nuisance level to the
unbearable and beyond without fear of retribution.
Which is why people like Kim and the Iranian mullahs want them. Not to fight
a war with, or to give to terrorists to set off wherever they please (which
is a pretty strange idea, if you think about it), but to act as a protective
umbrella for other machinations, the same as they did for the USSR. With
nukes and a suitable delivery system (it's interesting how often people
overlook that last part), the mullahs will be free to reconstitute
Hezbollah, take over Lebanon, move into Iraq in force, and anything else
that occurs to them. Kim no doubt has an entire laundry list of plans for
East Asia, beginning with South Korea, which if he's wise (I'm aware that's
asking a lot) he won't occupy but will instead Finlandize and use as a
resource.
With nukes as part of equation, who's going to interfere? Europe? The
Security Council? The G-8?
And that's where BMD comes in. Properly utilized, BMD can create leaks in
the enemy's umbrella. The purpose of a missile defense system is not to stop
an ICBM attack dead, destroying every last missile and warhead. This is very
likely outside of the realm of possibility, a fact that BMD opponents
regularly used in their arguments, claiming that if even one warhead got
through, it would be too many. (One of those statements of which it's hard
to fault the strict logic, while at the same time being aware it's complete
nonsense.) 
BMD systems were actually intended to inject a note of uncertainty into
calculations involving a nuclear strike. Under the circumstances of nuclear
war, there are targets that must be destroyed to prevent a counterstrike -
enemy missile silos, submarine pens, bomber bases. With a BMD system in
place, could you be absolutely certain to hit these targets? If you
couldn't, you didn't attack. And with the expense involved in maintaining
and replacing an ICBM force, eventually you'd give up on them completely and
move on to something else. (At least that was the hope.)
The point of BMD is to render a sure thing doubtful. Nuclear weapons no
longer give carte blanche to their possessors. They no longer provide an
unleakable umbrella.
This effect is not theoretical, but a matter of record. By the mid-1980s,
the only chips the Soviets had left were a huge tank army and 40,000 nuclear
warheads. In his epochal
<http://www.missilethreat.com/resources/speeches/reagansdi.html> "Star Wars"
speech of March 23, 1983, Ronald Reagan proposed to negate the nuclear chip
with a comprehensive BMD system, the Strategic Defense Initiative. The
Soviets, from the Politburo and the KGB on down, pulled out all stops in
order to prevent such a system from becoming a reality, to no avail. Reagan
would not give up SDI for anything - which he proved by walking out on
Gorbachev at Reykjavik. And suddenly, proxy wars and subversion lost their
attraction. The USSR began behaving itself - and a few years later, it was
one with the Habsburgs and Ottomans.
There's no reason this can't work with Iran and Korea. Granted, they're
crazier, and will require a more concrete demonstration than the Soviets
needed, but this can be arranged.
The BMD effect works more impressively as you go down the numerical curve.
An enemy possessing a thousand nuclear-capable missiles, each with MIRV
capability, may be uncertain how many of his 5,000 to 8,000 warheads will
get through, but he can sure enough will to do mortal damage, if not to what
specific targets. How much more so an enemy with a couple dozen obsolete
missiles based on fifty-year-old technology and operating at the very edge
of their capabilities? 
(It's often overlooked that both the Taepo-dong-2
<http://www.fas.org/nuke/guide/dprk/missile/td-2.htm>  and the Shahab
<http://www.fas.org/nuke/guide/iran/missile/shahab-5.htm>  have extremely
limited payloads, on the order of 2,000 lbs. It's extremely unlikely that
the PDRK or Iran will be able to produce warheads that small for many years
to come, and even if they do, it would require a drastic cut in missile
range. Alaska and the West Coast should be safe from the Taepo-dong-2 for
quite some time.)
American BMD systems are in their early days. The SM - 3 Standard that
comprises the heart of the Aegis system and the GMD system are in the
process of deployment. Testing has been remarkably successful for missiles
under development, with the SM-3 hitting seven out of eight targets and the
GMD interceptors five out of ten (for purposes of comparison, the AIM-9
Sidewinder <http://www.fas.org/man/dod-101/sys/missile/aim-9.htm> , the most
successful guided missile ever built, suffered 13 failures in its first 13
tests). As deployment continues, reliability will improve, and capabilities
will expand. The current lineup will soon be augmented by the THAAD
(Terminal High Altitude Area Defense) system, featuring a mobile missile
that can dispatched toward threatened targets. THAAD has recently completed
a series of successful tests <http://www.lcsun-news.com/news/ci_4044160> .
Beyond that are laser systems, and eventually orbital-based interceptors of
the type originally envisioned for SDI.
The North Koreans and Iranians, if their outlaw  governments still exist,
will likely be still fooling with V-2 derivations. If this can be called an
"arms race," it will be technical in nature, and one the that U.S. and its
partners cannot lose.
One thing remains necessary: a demonstration. The Cold War taught us a lot
about the power of impressions in the international arena. The USSR didn't
set off larger and larger thermonuclear weapons because there was any target
that justified them, but because whoever set off the biggest bombs had the
most juju. A country willing to explode a 50-megaton bomb
<http://nuclearweaponarchive.org/Russia/TsarBomba.html> , even in the guise
of a test, was a country treated differently from others. We can be sure the
lesson has not been lost on Kim.
So we need a new kind of lesson. Namely, the interception and destruction of
an ICBM during a test flight. This can be accomplished using not the GMD
system based in Alaska, which may still have bugs and ought to be saved for
a crisis, but the Aegis system, which is operational and ready for use.
Recent comments
<http://www.upi.com/SecurityTerrorism/view.php?StoryID=20060706-120303-4114r
>  suggesting that the Aegis system is not suitable for an ICBM interception
are less than completely accurate. A terminal-phase intercept may be beyond
the Standard's capabilities. But an ICBM on liftoff is, as anyone who has
seen a space launch is aware, moving at a crawl for the first moments of
flight. They are utterly vulnerable and can be destroyed with ease. The
North Korean launch site is on the coast. At least three Aegis-class
warships are patrolling the area. 
Opportunity awaits.
Nothing would embarrass these people more than to have their latest weapons,
on which they've invested so much time and effort, revealed as impotent. The
Strategic Defense Initiative, by strength of concept alone, dealt a
crippling blow to the USSR. It can work again against this millennium's
dictators. If there has to be a new Cold War, then let it be run by our
rules.


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