It's a function of having the smallest possible RBAs.Wow, I never knew USN did not do insensitive HE. It seems weird given their exclusion of hypergolics, but I suppose in an SSBN environment, if something reaches the warhead, you are dead anyway.
if something reaches the warhead, you are dead anyway.
And, as you noted, if something reaches the warhead the whole sub is fubared.
It was thinking the title of the gentleman working at John Lobb did my last pair of oxfords.“Sizing Experts” kinda sounds like a link to a porn site or ‘male enhancement ‘…
It was thinking the title of the gentleman working at John Lobb did my last pair of oxfords.
I suspect the other way round - 250-350kt has been mooted.Sure, and I expect Mk7 to be at least as big as the Mk5, while only holding about as much boom as the Mk4.
Which is a heck of a lot less than the 475kt of W88s, or whatever the W87 ended up at.I suspect the other way round - 250-350kt has been mooted.
I can’t find the link thought I posted it under the Nuclear Weapons thread but the next ICBM warhead now known as the Future Strategic Land Based Warhead was supposed to revive the design of the 500-800kt /Calmendro/Munster MX alternative warheads.Which is a heck of a lot less than the 475kt of W88s, or whatever the W87 ended up at.
If I have a small number of RVs I'd rather use just one.You get more coverage with dropping a large number of RVs in a snowflake-circle instead of a single large warhead.
Munster was W87 size but 800kt though.You get more coverage with dropping a large number of RVs in a snowflake-circle instead of a single large warhead.
But it may be near W76 mass, since the FSSW (Future Strategic Sea-based Warhead) is due to replace the W88. The chart leads me to believe there'll be 3 Trident warhead types - W93, FSSW and SLW.Which is a heck of a lot less than the 475kt of W88s, or whatever the W87 ended up at.
iirc, 3x100kt covers more area than 1x1MT.Munster was W87 size but 800kt though.
No, I expect it to be W88 mass since it will be at least the yield of the W88.But it may be near W76 mass, since the FSSW (Future Strategic Sea-based Warhead) is due to replace the W88.
Is Trident supposed to get W93?The chart leads me to believe there'll be 3 Trident warhead types - W93, FSSW and SLW.
1MT radius is >2x, so area is >4x.iirc, 3x100kt covers more area than 1x1MT.
The FSSW probably will but not W93.No, I expect it to be W88 mass since it will be at least the yield of the W88.
It's specifically for Trident, W87-1 (and later FSLW) is for LGM-35A.Is Trident supposed to get W93?
But it takes three times as many warheads.iirc, 3x100kt covers more area than 1x1MT.
Are warheads still a limited-quantity item?But it takes three times as many warheads.
Are warheads still a limited-quantity item?
What arms-reduction treaties are still in effect?
Exactly.None.
IIRC not much. A significant quantity was remixed with DU to make reactor fuel.If none of these treaties are in effect I wonder how much extra Oralloy the US has in stock for making new TN-warhead secondaries?
A significant quantity was remixed with DU to make reactor fuel.
When did the US start making more warheads? I wasn't aware the W87/88 lines were open for business again.Are warheads still a limited-quantity item?
What arms-reduction treaties are still in effect?
No but they still have unloaded W76s for Tridents and they are making W87-1s for Sentinel.When did the US start making more warheads? I wasn't aware the W87/88 lines were open for business again.
Making new or remanufacturing existing W87s?No but they still have unloaded W76s for Tridents and they are making W87-1s for Sentinel.
I understood them to be new warheads, maybe based on the original W87-1 design, if that's what you meant.Making new or remanufacturing existing W87s?
The W87-1 is the “first newly manufactured nuclearwarhead in three decades,” according to its design agency,Lawrence Livermore National Laboratory. NNSA is alsoestablishing production capacity to meet the requirement ofSection 3120 of the 2019 National Defense AuthorizationAct (NDAA) (P.L. 115-232) to produce 80 plutonium pits by 2030; NNSA announced the qualification of the first warreserve pit for the W87-1 warhead in October 2024.
The W87-1 Mod will replace the W78 thermonuclear warhead with a modified design of the W87 warhead. The W78 is nearing the end of its functional lifespan after 37 years in service, perched atop the Air Force’s Minuteman III intercontinental ballistic missiles (ICBMs). The W87-1 will be paired with an updated Mark 21 reentry vehicle, called an Mk21A
IIRC we built 3400 W76s in five years with 5 other active warhead programs in various stages of development through production.80 pits by 2030? We were making thousands a year at one point.![]()
W93 will be new,
I do believe W93 will be completely new.