To make sure we use this thread properly, I'll quote Balrogga from the FT thread, hoping we follow the same principles here (as relevant to the MT milieu):
Balrogga wrote:I made this Thread to contain arguments about ship size, nation size, and other FT arguments that frequently pop up in threads, disrupting the RP.
Anyone who wants to use this to move a hyjack out of their thread are welcome and invited to do just that. Just remember, as the OP, I have the right to tell someone abusive to move on because these debates get heated at times (the JOLT Thread did) and I would rather not bring in Moderation if we can work things out ourselves. No trolling or flaming allowed.
Now, let us get onto business.
Clamparapa wrote:Also: http://en.wikipedia.org/wiki/National_m ... MD_program
Trust me, the US has these things, and we're even bigger than they are, so therefore, should be more advanced.
Clamparapa, did you actually read the article you linked to, and the articles it cited?
Wikipedia on National Missile Defense wrote:In the 1990s and early 21st century, the stated mission of NMD has changed to the more modest goal of preventing the United States from being subject to nuclear blackmail or nuclear terrorism by a so-called rogue state. The feasibility of this more limited goal remains somewhat controversial. Under President Clinton some testing continued, but the project received little funding despite Clinton's supportive remarks on 5 September 2000 that "such a system, if it worked properly, could give us an extra dimension of insurance in a world where proliferation has complicated the task of preserving peace" (emphasis mine - Allemande).
IOW, the goal is to deal with a very limited nuclear attack or an unauthorized launch (a so-called "NUCFLASH"), not a full-scale attack by a well-armed nuclear power. Indeed, note the next paragraph:
Wikipedia on National Missile Defense wrote:The current NMD system consists primarily of ground based interceptor missiles and radar in Alaska which would intercept incoming warheads in space. A limited number of interceptor missiles (about 10) are operational as of 2006. These would possibly be later augmented by mid-course SM-4 interceptors fired from Navy ships and by boost-phase interception by the Boeing YAL-1 (emphasis mine - Allemande).
Ten ABMs? This isn't an operational program - it's a pilot, nothing more.
Further down in the article, we see a list of technical criticisms of its viability that - at the very least - should completely shoot down the idea that this is anything like a functional system built around weapons that actually work.
As for the specific systems Birkaine says he's deployed:
YAL-1/A-60 - Per the Wikipedia article:
Wikipedia on the Boeing YAL-1 wrote:The ABL was designed for use against tactical ballistic missiles (TBMs). These have a shorter range and fly more slowly than ICBMs. The MDA has recently suggested the ABL might be used against ICBMs during their boost phase. This could require much longer flights to get in position, and might not be possible without flying over hostile territory. Liquid-fueled ICBMs, which have thinner skins, and remain in boost phase longer than TBMs, might be easier to destroy.
If the ABL achieves its design goals, it could destroy liquid-fueled ICBMs up to 600 km away. Tougher solid-fueled ICBM destruction range would likely be limited to 300 km, too short to be useful in many scenarios, according to a 2003 report by the American Physical Society on National Missile Defense (emphasis mine - Allemande).
Well, I'm sure that the Queendom will have no problem whatsoever with allowing Birkaine's boost phase interceptors to fly across its airspace, shooting down its ICBMs. And why on Earth would the Queendom have transitioned from less effective liquid-fueled ICBM's to solid-fueled ones, right?
Oh, but it gets better:
Wikipedia on the Boeing YAL-1 wrote:The ABL uses chemical fuel similar to rocket propellant to generate the high laser power. Current plans call for each 747 to carry enough laser fuel for about 20 shots, or perhaps as many as 40 low-power shots against fragile TBMs. The ABL aircraft must land to refuel the laser. Preliminary operational plans call for the ABL to be escorted by fighters and possibly electronic warfare aircraft. The ABL aircraft would likely orbit near potential launch sites for long periods, flying a figure-eight pattern that allows the aircraft to keep the laser aimed toward the missiles. The aircraft can be refueled in flight, enabling it to stay aloft for long periods (emphasis mine - Allemande).
40 shots per plane at best? So how many of these things will Birkaine have loitering around the skies, anyway? Enough to deal with, say, a 2,000-missile launch? Remember that they can't all be deployed at once, because Birkaine doesn't know when the attack is going to occur. The standard rule used to determine station-keeping numbers is that, for every vehicle on station, there must be two others in service. That's 150 aircraft to deal with a 2,000 missile launch - assuming everything is deployed over (not near) the Gynocracy and no shots miss.
As for operational costs:
Wikipedia on the Boeing YAL-1 wrote:In an 6 April 2009 press conference, Secretary of Defense Robert Gates is recommending the cancellation of the planned second ABL aircraft and that the program return to a Research and Development effort. "The ABL program has significant affordability and technology problems and the program’s proposed operational role is highly questionable," Gates said in making the recommendation (emphasis mine - Allemande).
GBI - I won't quote the article; read it and you'll see that this is a system still in testing - and way over budget.
From the NMD article, notice that only 10 such missiles had been deployed by 2006; the same article claims that it would take over 1,600 GBI to deal with a nuclear attack from such nuclear midgets as North Korea or Iran. Gee, I wonder how many would be needed to stop, say, a full nuclear strike by Russia? A quarter million? More?
Orbital Low-Energy Laser - Who has these, Birkaine? This was an idea from SDI, back in the 1980's, that never flew.
Orbital Nukes - And they're just going to happen to be in the right place at the right time? Do you understand orbital mechanics, Birkaine? You'd have to have hundreds in place just to have a few where you want them, when you want them there. And won't the fratricidal effects of those weapons pretty much wipe out all your other assets?!?
Brilliant Pebbles - Never deployed; you can't say this technology exists today, because it doesn't. Beyond that, you've got the same problem here as with orbital nuclear weapons: The number of "pebbles" you need to deploy is vast, because orbital mechanics will guarantee that most of them are out of position (e.g., on the other side of the world) when the enemy attack comes.
They're a great ASAT system, mind you - but for missile defense, they're far too expensive and far too limited to be useful.
HELLADS - I won't go past the first paragraph:
Wikipedia on High Energy Liquid Laser Area Defense System wrote:The High Energy Liquid Laser Area Defense System (HELLADS), is a defensive weapon system under development that will use a powerful (150kW) laser to shoot down missiles, rockets, and artillery shells. The initial system will be demonstrated from a static ground based installation, but in order to eventually be integrated on an aircraft, design requirements are maximum weight of 750 kg (1,650 lb) and maximum envelope of 2 cubic meters (70.6 cubic feet) (emphasis mine - Allemande).
"Under development" means its not available today.
S-400 - Ah, terminal ABM's. The first systems ever developed, and the least effective:
Wikipedia on the SA-21 Growler wrote:According to Russian sources, the S-400 is capable of detecting and engaging targets out to a range of 400 km (250 miles), including aircraft, cruise missiles, and ballistic missiles, including those with a range of 3,500 km and a speed of 4.5 km/s (emphasis mine - Allemande).
Those are TBMs and maybe some IRBMs, not ICBMs. ICBMs come in at much faster velocities, and - with MARVed buses and countermeasures - can easily overwhelm an ABM system.
Nuclear SAMs - These are no different than ABMs - beyond being even less effective, mind you. In fact, part of America's 1970's-vintage Safeguard ABM system employed the Spartan missile, which began life as the Nike Zeus, successor to the widely deployed Nike Hercules.
Kinetic Bullets - What, are you saying that you have railgun defenses?!? I direct your attention to the Wikipedia article on railguns:
Wikipedia on Railguns wrote:Rail and insulator wear problems still need to be solved before railguns can start to replace conventional weapons.
Wikipedia on Railguns wrote:The main problem the Navy has had with implementing a railgun cannon system is that the guns wear out due to the immense heat produced by firing.
IOW, they're not available as field weapons yet.
Wikipedia on Railguns wrote:On January 31, 2008 the US Navy tested a railgun; it shot a shell at 2,520 m/s with an energy of 10.64 MJ. Its expected performance is over 5.8 km/s muzzle velocity, accurate enough to hit a 5 meter target over 250 nautical miles (463 km) away while shooting at 10 shots per minute. It is expected to be ready during the period 2020 to 2025 (emphasis mine - Allemande).
As I said, not yet ready for prime time.
Which pretty much means that your entire practical NMD approach, once we scratch everything that is still in development, is ABM point defence.
Let me direct your attention to the Wikipedia article on ABMs, and - in particular - to the section on defence against MIRVs:
Wikipedia on Anti-Ballistic Missile wrote:ABM systems were developed initially to counter single warheads launched from large Intercontinental ballistic missiles (ICBMs). The economics seemed simple enough; since rocket costs increase rapidly with size, the price of the ICBM launching a large warhead should always be greater than the much smaller interceptor missile needed to destroy it. In an arms race the defense would always win.
Conditions changed dramatically with the introduction of Multiple independently targetable reentry vehicle (MIRV) warheads. Suddenly each launcher was throwing not one warhead, but several. The defense would still require a rocket for every warhead, as they would be re-entering over a wide space and could not be attacked by several warheads from a single antimissile rocket. Suddenly the defense was more expensive than offense; it was much less expensive to add more warheads, or even decoys, than it was to build the interceptor needed to shoot them down (emphasis mine - Allemande).
Wikipedia on Anti-Ballistic Missile wrote:In the meantime ta public debate over the merit of ABMs began. Even before the MIRV problem made ABM effectiveness non-workable during the late 1960s, some technical difficulties had already made an ABM system questionable for a large sophisticated attack. One problem was the Fractional Orbital Bombardment System (FOBS) that would give little warning to the defense. Another problem was high altitude EMP (whether from offensive or defensive nuclear warheads) which could degrade defensive radar systems (emphasis mine - Allemande).
IOW, setting off nuclear weapons over your own country will effectively blind your air defence radar systems. This is a great offensive tactic and a problem the defence can not escape (and one I alluded to in my IC post, BTW).
Clamparapa wrote:Trust me, the US has these things, and we're even bigger than they are, so therefore, should be more advanced.
As seen above, the U.S. really doesn't have these things; it's been playing with them for over 40 years and still not come up with a militarily effective system that it can afford.
Now, being bigger, your nation may be able to afford what the U.S. could not (although that wouldn't make such boondoggles any better from a cost-effectiveness P.O.V.); what you can not say is that you're more advanced than the U.S., because that violates the whole premise of MT (IOW, that MT means we fight with what exists today, not what will exist tomorrow).
Clamparapa wrote:OOC: COUNTER POINT! If you're agreeing that MT is 2015-2020 and you're using CT, everyone here can use up to MT equipment, since the OP says so (it's in the title).
Sorry, but the OP is invading another country. The defender (i.e., the Gynocracy) gets to decide what weapons get used, not the invader. Otherwise, I'll invade Belkaine and Ralkovia both with one of my FT puppets (the Kafers) and end the whole matter right here and now.
So - again - I'll assert that effective NMD is a PMT technology, not an MT one. No present-day nation - including the United States - has the capacity to deal with anything more extensive than a theater-level threat (e.g., Iraq's use of TBM's during Desert Storm) or a very immature ICBM program (e.g., North Korea's current program). Stopping a major counter-force or counter-property strike by a large nuclear power is simply out of the question.
EDIT: In my next post, I'll discuss why it is so very important that MAD be a part of MT wars, even while it almost certainly will not be part of PMT conflicts.



ETC guns are at least reasonable, with working prototypes in production, but particle beams?