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Originally posted by DoBravery
Since Vietnam (and that could be argued), no anti-aircraft system has prevented the US from carrying out its air strategies.
You may shoot down some aircraft here and there, but if most aircraft complete their mission, then that's not good for you.
More US aircraft are lost to training / operational accidents than enemy fire.
For the Russians, their new system will be considered a success if it exports well--it doesn't have to shoot down a thing.
Remember the first shots of the 1st Gulf War were Apaches knocking out Iraqi early warning systems. Good intel is a must.
The best air defence is having air superiority.
BTW The Serbs did shoot down a F117, so nothing is ever completely safe or flawless.
Originally posted by Stratrf_Rus
Originally posted by PisTonZOR
"to 6,000 meters altitude" sais it all. That's 18 000 feet, I doubt it will be a problem.
Above about 15,000 feet above ground an aircraft's effectiveness is greatly reduced this was obvserved in Afghanistan when stingers pushed Soviet Airpower above that limit to remove them from close ground support.
Originally posted by vishu
all i want to say is, what have we comprehended from the above discussion?
The fact that no weapon, regardless of its sophistication, is invulnerable, and there will always be a way to counter it....
.but then my question is, what has the USA learned from all this?
Obviously the stuff that has been discussed here, has been pondered by the Pentagon, so what are the likely outcomes of it....?
And what lessons will/has Iran learn? And what are the lessons in store for other countries?
y, make efficient use of your terrain, and go in for equipment that your men are experts on.....
Originally posted by ape
stellar is a proven bias vishu, I wouldnt take much to what he says because he obviously believes what he wants. no matter what anyone says the agm-129a stealth acm would take out any ABM defense or anything for that matter.
Russian technology that took apart the German army with American and British technology barely making progress on their small stretch of the European front lines?
ape
another example of ignorance, first of all soviet industry got decimated and if it wasn't for the US lend lease providing all of the raw materials and metals and ammuniton the soviets wouldm not have been able to push back at stalingrad, it was the US who enabled them to roll out those tanks and equip those troops to run over the germans, please stop ignoring history and creating your own version of it. you can thank the US for preventing the total collapse of it's future cold war rival, what a bunch of ungreatfull commies.
Originally posted by Leevi
Do you have any links where it is clearly stated that AGM129a can take out any ABM defense ?
Igla is supposed to be able to penetrate any existing or foreseeable missile defense because its trajectory changes unpredictably at the terminal phase of the flight
www.cns.miis.edu...
Originally posted by Leevi
Yes it gets a bit funny, when you don't provide any links.
Igla is supposed to be able to penetrate any existing or foreseeable missile defense because its trajectory changes unpredictably at the terminal phase of the flight
www.cns.miis.edu...
The Airborne Laser (ABL) will locate and track missiles in the boost phase of their flight, then accurately point and fire the high-energy laser, destroying enemy missiles near their launch areas.
Link (PDF)
The Ground-Based Interceptor (GBI) missile is the weapon component of the Ground-Based Midcourse Defense (GMD) system, and consists of a multi-stage rocket booster (BV - Boost Vehicle) and a kinetic kill vehicle (EKV - Exoatmospheric Kill Vehicle) for exoatmospheric interception of ballistic missile warheads.
Link
The SM-3 (Standard Missile 3) is a derivative of the Standard SM-2ER Block IV missile, and is the missile component of the U.S. Navy's forthcoming theater-wide ballistic missile defense system, called NTW-TBMD (Navy Theater Wide - Theater Ballistic Missile Defense). It is an upper-tier ballistic missile defense weapon.
Link
Guess we'll have to develop ABM systems that target these super duper maneuverable missiles in the boost and midcourse stages, oh wait, already done.
To start with, the damn thing can be maneuvered mid-flight. This makes it practically impossible for any radar system in the world to figure out what trajectory it will follow. The other thing is the kind of evasion technology built into the missile. That makes it invulnerable to any kind of radiation and electromagnetic and physical interference.
Then there is the question of ground-based nuclear warheads traditionally deployed to stop ICBMs in their path. Until now, any ICBM can be taken down by detonating a nuclear warhead from as far as 10 kilometers. The Topol doesn’t blink an eyelid until the time a nuclear warhead gets as close as 500 meters. But given the Topol’s remarkable speed and maneuverability, getting a warhead that close is practically impossible.
That leaves defense establishments with only two options. Target the missile at its most vulnerable points—either when it is on the ground or when it is just being deployed (also known as the boost phase). Apparently, the Russians have gotten around that problem too. Unlike virtually every ICBM that exists on some military base or the other, the Topol doesn’t have to be on a static base. All it needs is the back of a truck. And trucks can be driven anywhere, anytime. That makes it practically impossible for any country to monitor how many of these missiles have been deployed and where.
www.thetruthseeker.co.uk...
After studying the SS-25 missile for years, the US military believed it finally had a solution in the form of a multitiered antiballistic missile system that focused on boost-phase intercept (firing antimissile missiles that would home in on an ICBM shortly after launch), space-based laser systems designed to knock out a missile in flight, and terminal missile intercept systems, which would destroy a missile as it reentered the earth's atmosphere.
The NMD system being fielded to counter the SS-25, and any similar or less sophisticated threats that may emerge from China, Iran, North Korea, and elsewhere, will probably have cumulative costs between $800 billion and $1.2 trillion by the time it reaches completion in 2015.
However, the Bush administration's dream of a viable NMD has been rendered fantasy by the Russian test of the SS-27 Topol-M. According to the Russians, the Topol-M has high-speed solid-fuel boosters that rapidly lift the missile into the atmosphere, making boost-phase interception impossible unless one is located practically next door to the launcher. The SS-27 has been hardened against laser weapons and has a highly maneuverable post-boost vehicle that can defeat any intercept capability as it dispenses up to three warheads and four sophisticated decoys.
To counter the SS-27 threat, the US will need to start from scratch. And even if a viable defense could be mustered, by that time the Russians may have fielded an even more sophisticated missile, remaining one step ahead of any US countermeasures. The US cannot afford to spend billions of dollars on a missile-defense system that will never achieve the level of defense envisioned. The Bush administration's embrace of technology, and rejection of diplomacy, when it comes to arms control has failed.
If America continues down the current path of trying to field a viable missile-defense system, significant cuts will need to be made in other areas of the defense budget, or funds reallocated from other nonmilitary spending programs. With America already engaged in a costly war in Iraq, and with the possibility of additional conflict with Iran, Syria, or North Korea looming on the horizon, funding a missile-defense system that not only does not work as designed, but even if it did, would not be capable of defending America from threats such as the Topol-M missile, makes no sense.
The Bush administration would do well to reconsider its commitment to a national missile-defense system, and instead reengage in the kind of treaty-based diplomacy that in the past produced arms control results that were both real and lasting. This would not only save billions, it would make America, and the world, a safer place.
www.csmonitor.com...
The SS-27 is also designed to survive a strike from any laser technology available, rendering any current space-based laser useless. The missile highlights the need for considerably more research into missile defenses, as the United States is currently defenseless while Russia is protected by a functional defense system. www.missilethreat.com...
But what the mainstream media missed was analyzed in great detail on Internet discussion boards. For starters, something about the time mentioned in the report sounded astounding. For anything to travel from Kapustny to Balkash in 24 minutes, it had to fly at a speed of three miles a second. That’s 180 miles a minute or 10,800 miles an hour. If the reports were indeed true, the Topol RS 12 or the Topol SS 27, as it is known in military circles around the world, had to be the fastest thing man has ever seen. And if you will for a moment excuse the breathlessness, it also represented the pinnacle of modern missile technology. Until this test, the fastest thing known to man was the X43 A. A hypersonic, unmanned plane built by NASA. It flew at 10 times the speed of sound—almost 7,200 miles per hour.
And the SS-27 is also designed to survive a strike from any laser technology available, rendering any current space-based laser useless. The missile highlights the need for considerably more research into missile defenses, as the United States is currently defenseless while Russia is protected by a functional defense system.
However, the Bush administration's dream of a viable NMD has been rendered fantasy by the Russian test of the SS-27 Topol-M. According to the Russians, the Topol-M has high-speed solid-fuel boosters that rapidly lift the missile into the atmosphere, making boost-phase interception impossible unless one is located practically next door to the launcher.
The SS-27 has been hardened against laser weapons and has a highly maneuverable post-boost vehicle that can defeat any intercept capability as it dispenses up to three warheads and four sophisticated decoys.
Again I find this hard to believe as making a missile invulnerable to a high powered laser is almost impossible given the conditions of launch. The non-standard flight path, decoys and terminal maneuverability are known and well document and do present a credible challenge; but nothing that is impossible to overcome as these articles state.
American systems have been combat tested
Originally posted by ape
hah, these russians seriously deny common sense when it's right infront of them, considering how much the US invests heavily in this kind of R&D it's foolish to think that russia would somehow be more advanced especially when they get information from biased sources and outdated information.