I think there should be flexibility in nuclear response options as a deterrent to low yield or tactical nuclear first use by an opponent. I am just not at all convinced sub launched cruise missiles are how the U.S. should go about achieving that.
So the response to a Russian tactical nuke is to commence SIOP and nuke Russia till it glows?The “sales pitch” for the nuclear tipped sea launched cruise missile coming back was that it would supposedly give a lower point of escalation, a more easily identifiable/ distinguishable/ acceptable counter/ retaliation to potential Russian first use of tactical nuclear weapons, versus, say, a single trident missile launch with a dialled-back warhead. A lot of people (including, probably least significantly, me) don’t really buy that supposed rationale (appears to be buying into rather than blatantly refuting Russia’s massively flawed ideas around supposedly threatening or undertaking nuclear escalation to somehow de-escalate crisis/ conflicts). It appears to make first use of nuclear weapons more acceptable/ palatable, which is a very bad idea.
Exactly.I think there should be flexibility in nuclear response options as a deterrent to low yield or tactical nuclear first use by an opponent. I am just not at all convinced sub launched cruise missiles are how the U.S. should go about achieving that.
So the response to a Russian tactical nuke is to commence SIOP and nuke Russia till it glows?
Exactly.
I want an option to say, "this is your last warning, the next nuke results in full SIOP."
B61 is fine, though time to deliver may take a while. Half a day or so for a B2 flying from the US, for example.Why can’t that last warning be a B61 or a single Trident launch?
SLCM-N is a terrible idea, but the "last warning" is a necessary capability.Why field/ reintroduce a class of sea based nuclear weapons apparently specifically for this purpose?
Bluntly, because the KGB doesn't, has never, believe(ed) US public statements. They always see the statements as propaganda for either internal or external consumption, not an honest statement of intent.And isn’t it quite possible that more of this “more usable” class of nuclear weapon is in itself destabilising and specifically plays into Russia’s stated and extremely dangerous “escalate to de-escalate” doctrine, rather than refuting it and publicly clearly indicating that you are playing a very different game.
B61 is fine, though time to deliver may take a while. Half a day or so for a B2 flying from the US, for example.
Single Trident launch is terrible, because you just revealed the location of 23 other Tridents and anyone with half a brain will drop a Max Load MIRVed heavy ICBM onto that location to eliminate those 23 Tridents because the farthest that sub can go is less than 15nmi in half an hour.
They can drop a circle of 750kt warheads around it.Realistically, what can Russia or China do to an SSBN based over a thousand miles off their coast even if they knew its course, speed, depth, and the captain’s wife’s bra size?
ETA: <Mr Picky> All USN SSBNs have been limited to 20 active tubes, I think by filling the remainder with concrete ballast.</Mr Picky>
Bluntly, because the KGB doesn't, has never, believe(ed) US public statements.
I don't know how you would nuke an SSBN at sea?Nuking a SSBN is a good way to get nuked back. Also there is nothing a SLCM-N can do, that an ALCM/LRSO can't do better and quicker.
They can drop a circle of 750kt warheads around it.
0800072 - Developing and Producing the B-61 - 1970's - 26:29 - Color - The B-61 thermonuclear bomb, first produced in 1966, has developed into an extremely flexible weapon. Its many different modifications has made it able to fill the multipurpose needs of the military. Major modifications were made to the B-61 in 1966, 1975, 1977, 1979, and 1991.
Designed by the Department of Energys Los Alamos National Laboratory in northern New Mexico, the lightweight bomb could be delivered by the Air Force, Navy and NATO planes at very high altitudes and at speeds above Mach 2. The 141.6-inch long, 13.3-inch diameter bomb averaged approximately 750 pounds, but actual weight varied with each modification.
I’ve never read anything that has contemplated this scenario nor about the possible effects a water surface blast even directly above a submarine at 300m depth for example.Can a major above water nuclear detonation propagate effectively? My understanding was that even ASROC was limited to a mile or two, and while it was only a few kilotons, it had the dramatic advantage of being detonated underwater to fully couple with the medium and presumably being fired close to the actual target (one of the main advantages of B-61-11: ground penetration). How many half megaton bombs would it take to create the same effect, assuming the target platform dived to max depth after firing? Would 750kt even work at an Ohio's test depth?
In the US, it's said that misunderstanding comes from being in a place where what the government says is deliberately never what the government actually does.That indicates a profound lack of understanding (One could say wilful) of the US government by the former KGB* hierarchy.
*Since 1993 has been split into the FSB and SVR.
We can assume a roughly 30min flight time from Launch to Impact for most ICBMs, especially the big ones that we're talking about here.I’ve never read anything that has contemplated this scenario nor about the possible effects a water surface blast even directly above a submarine at 300m depth for example.
But just thinking about it from - SLBM leaving the water, detection, ICBM retargeting (assuming near immediate response), launch, to impact, while the SSBN dives to X depth and moves off in an unknown direction at max speed (or not could be anywhere inside a certain sized circle) Seems a very difficult thing to assess the effectiveness of.
Aren’t Ohio’s faster than 20km/hr? Plus expending 190 warheads to kill ~80-90 opponent warheads (New START data reveals generally 950-1000 W76/88 deployed across 240-280 launchers means ~4 warheads on average). It doesn’t seem like a workable solution to me.
Question....can this ballast be removed (a precast plug) or was the concrete ballast just poured in (almost impossible to remove)?Realistically, what can Russia or China do to an SSBN based over a thousand miles off their coast even if they knew its course, speed, depth, and the captain’s wife’s bra size?
ETA: <Mr Picky> All USN SSBNs have been limited to 20 active tubes, I think by filling the remainder with concrete ballast.</Mr Picky>
Question....can this ballast be removed (a precast plug) or was the concrete ballast just poured in (almost impossible to remove)?
If it was just a ballast can, those are trivial to winch out of the tube.It’s unclear, but I think realistically the Ohios are twenty rube boats for the rest of their service life. Even after New START expires, i cannot see the USN investing money to restore the four tubes to operational status just to retire the boats a few years later.
If it was just a ballast can, those are trivial to winch out of the tube.
If it was just a ballast can, those are trivial to winch out of the tube.
Can't say I've ever seen a picture of one of the ballast cans.Do you have any links, please?
56, but yes, the US has more Tridents than tubes to put them in. If a bird ages out and needs to be worked on, it gets swapped with another bird at the time. Or if they are going to do a DASO and test launch however many birds, the live RBA birds get pulled and swapped with birds with test RBAs in one sitting.I’d expect it to be a more permanent modification for the Russians to accept it as denuclearized. In any case I doubt the U.S. has an extra 50 Tridents it could spare.
It was an inevitable consequence of the regional imbalance caused by North Korean nukes. The only problem is that Beijing won't be keen on nukes that can reach... well Beijing, which is <1,000km away.And Japan and AustraliaSouth Koreans want their own nukes. That could roil one of the world’s most dangerous regions
The alliance with the United States has allowed South Korea to build a strong democracy with citizens confident Washington would protect them if North Korea ever acted on its dream of unifying the peninsula under its own rule.apnews.com
Unless they are the DPRK's nukes?The only problem is that Beijing won't be keen on nukes that can reach... well Beijing
Well of course, because they don't feel the DPRK's nukes are pointed at them, which is likely a good assumption.Unless they are the DPRK's nukes?
Absolute disinformation as there is literally no evidence of any kind to support bold assertion that Hwasong-17 was built with Chinese assistance of any kind.North Korea has produced the world’s largest transporter-erector launcher (TEL) for its Hwasong-17 ICBM, a missile that was mostly built with Chinese assistance, he added.
Nonsense as Hwasong-17 may be as heavy or heavier than speculated DF-45/51."So, China could produce TELs much larger than the 16-wheel TEL of the DF-41, to transport a larger ICBM like DF-45/51,” Mr. Fisher said."
Absolute disinformation as there is literally no evidence of any kind to support bold assertion that Hwasong-17 was built with Chinese assistance of any kind.
Nonsense as Hwasong-17 may be as heavy or heavier than speculated DF-45/51.
Not first time such kind of assertions were made only to be proven wrong or very least no evidence to support it.Do YOU have any evidence that NK built them entirely without assistance?
Upper end estimate for Hwasong-17 is 150 tons.Or not. Typically solid rockets are more dense than liquid.
Not first time such kind of assertions were made only to be proven wrong or very least no evidence to support it.
- Russia or China supplying UDMH and N2O4 (fuel/oxidizer)
- China transferring submarine and SLBM technology
- Russia providing RD-250 gas generator rocket engine
- Russia providing 9K720 Iskander SRBM's
- Russia providing Topol-M ICBM's
History repeating itself yet again with bold assertions of such caliber.
Do YOU have any evidence that NK built them entirely without assistance?