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Originally posted by fritz
I agree Ape.
It never ceases to amaze me that, during the 60s, 70s and 80s, we in the 'west’ were simply terrified of the Russian Bogeyman. Of course we now know that the majority of her armed forces were complete rubbish.
About 90% of ICBMs sitting in their silos were unserviceable; there were only just enough operational AFVs to mount a limited attack after which, they would have had to rely on obsolete equipment and, aircraft were often grounded due to lack of spares and fuel.
Whilst the Russians had (at least on paper) a formidable navy, their deep water fleet was hardly a threat as they were, more often than not, old diesel boats.
Originally posted by ape
this is a lie, I have posted facts on this from the bulletin of the atomic scientists. they were only doing 2 to 3 patrols yearly in the last 4 years and i forgot which year they infact didn't patrol at all while the US patrols like we are still in a cold war. US capabilities exaggerated? hmm never. the US demonstrates it's capabilites. you're bias.
[edit on 14-2-2007 by ape]
Originally posted by Daedalus3
Originally posted by ape
this is a lie, I have posted facts on this from the bulletin of the atomic scientists. they were only doing 2 to 3 patrols yearly in the last 4 years and i forgot which year they infact didn't patrol at all while the US patrols like we are still in a cold war. US capabilities exaggerated? hmm never. the US demonstrates it's capabilites. you're bias.
[edit on 14-2-2007 by ape]
Bulletin of... What??
And how would they know of the frequency of Russian SSBN patrols?
I contest your claim and the validity of the information supplied by this bulletin.
Please post the relevant info so I can cross-check..
Over the past year, the Russian Navy has conducted eight SLBM test launches, three of which failed spectacularly. During a naval exercise in the Barents Sea on February 17, the Delta IV SSBN Novomoskovs attempted to launch two SS-N-23 missiles; Putin was observing from the nearby Archangelsk. Both tests were aborted due to technical problems. The next day, the Karelia managed to launch an SS-N-23, but the missile was blown up when it strayed from its planned trajectory. On March 17, the Novomoskovs finally succeeded in a second attempt, during which an SS-N-23 was launched from the Barents Sea and later hit the Kura target range on the Kamchatka Peninsula.
The Russian Navy resumed SSBN deterrent patrols in 2003, after not conducting any in 2002 and only one in 2001, according to the U.S. Office of Naval Intelligence. Since 1990, the number of patrols had declined steadily. Even after resumption, the number is a far cry from the U.S. SSBN patrol rate of more than 60 a year.
THE SIZE AND COMPOSITION OF INDIA'S nuclear arsenal is difficult to determine. From various sources, we estimate that India has a stockpile of approximately 30-35 nuclear warheads (fewer than Pakistan), which it is thought to be expanding. The Indian Atomic Energy Commission (AEC) stated that the series of five nuclear test explosions in May 1998 involved both fission and fusion designs.
On May 11, New Delhi claimed that the first three tests achieved yields of 43 kilotons (a "thermonuclear" device), 12 kilotons (a fission device), and 200 tons (a low-yield device). If the devices actually produced the yields ...
Source
posted by fritz
I agree Ape.
It never ceases to amaze me that during the 60s, 70s and 80s, we in the 'west’ were simply terrified of the Russian Bogeyman. Of course we now know that the majority of her armed forces were complete rubbish. [Edited by Don W]
Originally posted by ape
well how would you judge the federation of american scientists ( FAS )
www.fas.org...
www.fas.org...
here is cdi's stats from 2003
www.the-south-asian.com...
back on topic, looks like russia did 9 patrols in 2005, so yes its a small increase. this information comes from US naval intelligence.
www.nukestrat.com...
Originally posted by Daedalus3
1)India has less warheads than Pakistan. This is a preposterous claim from any angle. India has at 2-3 times the number of warheads Pakistan has purely because India has always been at least 20 years ahead of Pakistan in terms of N-weapons.
Originally posted by chinawhite
India might have been 20 years ahead in 1971 but its no way has any lead at this present time, Pakistan is probably leading in the number of deployed missiles while india has a higher production capability (un-utilized)
Pakistan has far more delivery platforms which can be used compared to Indias Angi series of I/II which is probably under 60 missiles which might not all be nuclear capable while Pakistan has imported and produced a variety of nuclear capable missiles.
Pakistan has taken their nuclear capability seriously and had their single enrichment plant running just for nuclear power instead of production of energy. China has more nuclear power plants then india but its nuclear arsenal should be about 200 and its been making bombs and enriching uranium since 1964.
Pakistans one single plant produces enough uranium to arm their missile forces, something like 800kg every year. Divide by 15 for a nuclear payload and thats about 53~54 bombs a year. You get one little country worried about its safety making bombs and it gets a large stockpile (like russia in the cold war)
posted by Daedalus3
Regarding the topic, which 'new carriers' are we talking about? Never heard of anything like this before.
Originally posted by Daedalus3
You're going out on a limb here. India Agni I/II are not Pakistan centric. The Privthi is sufficient to encompass of of Pakistan
That itself is questionable. Actually 800kg per year from Kahuta?!! Thats preposterous!! It can be 1/10th of that max. Where did you get this figure? 800kg sounds like Pakistan ENTIRE HEU reserves!
Pakistan has built a second enrichment plant at Golra, 6 miles from Islamabad. It is expected to be even larger than Kahuta, with more advanced centrifuges. It may not yet have begun production though due to difficulty in obtaining the necessary parts now. In March 1996 the New York Times reported that China had sold Pakistan 5000 ring magnets suitable for use in gas centrifuges.
In April 1998 the unsafeguarded Kushab reactor began operating. This reactor is a heavy water-natural uranium reactor built with Chinese assistance and has an operating power of 50-70 MW. This reactor should be able to produce around 10-15 kg of plutonium a year at a 60-80% load factor (the fraction of the time the reactor actually operates) [Albright 1998b]. Through the end of 2000 approximately 10-28 kg is estimated to have been separated from the fuel, a figure that is strongly affected by how quickly the fuel is processed after irradiation, and the effectiveness of the separation plant. Pakistan has a pilot plutonium reprocessing plant called "New Labs" at the Pakistan Institute of Scientific and Technical Research (Pinstech) complex near Rawalpindi. Reportedly the New Labs facility was expanded during the 90s to handle the full fuel load from Kushab. CBS News reported on 16 March 2000 that US intelligence had found evidence (such as krypton-86 emissions) that Pakistan is reprocessing irradiated fuel from the Khushab reactor and recovering separated plutonium [Albright 2000]. Fission weapons require 4-6 kg of plutonium, so 2-7 weapons could have been manufactured from this material.
In addition to Kushab, Pakistan is also manufacturing reactor-grade graphite and has its own heavy water plant both of which may be used to build additional plutonium production reactors fueled with natural uranium. It currently possesses two power reactors - the Karachi Nuclear Power Plant (KANUPP) with an output of 137 MW electrical, and the Chasma Nuclear Power Plant (CHASNUPP) with an output of 300 MWe. CHASNUPP is a pressurized water reactor constructed by the China National Nuclear Corporation was completed in late 1995. CHASNUPP began operations in November 1999 and was connected to the power grid (run by the Karachi Electric Supply Company) on 14 June 2000. These reactors have produced 600 kg of plutonium in their spent fuel but this plutonium remains unseparated and under IAEA safeguards.