Given Trump's life long fascination with nuclear-weapons (Remember that when he was growing up for the first 16 years of his life there were regular atmospheric nuclear-tests) I can easily see a strong push for an expanded US nuclear-arsenal coming from the WH.
 
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Defense Updates has put out this video concerning the latest test-launch of India's K-4 SLBM with it this time fired from the INS Arigaat:


India marked a major milestone in its strategic capabilities with the first test of the K-4 submarine-launched ballistic missile (SLBM) from an operational SSBN on November 27. Viewers may note that prior to this, the missile had undergone at least two tests, both conducted using an underwater pontoon.
The nuclear-capable missile, boasting a range of 3,500 km or around 2,175 miles, was launched from INS Arighaat Ballistic Missile Submarine, which entered service earlier this year.
This advancement significantly enhances India’s nuclear triad, bolstering its second-strike capability to deter adversaries while overcoming operational challenges.
In this video, Defense Updates analyzes why K-4 SLBM is a game changer for India ?
Chapters:
00:11 INTRODUCTION
01:51 K-4 MISSILE
03:43 KEY ELEMENT OF INDIA’s NUCLEAR TRIAD
05:59 ANALYSIS
 
Yes, with every nation that can even remotely afford nukes going to acquire them. After Russia invaded Ukraine and suffered no major consequences despite the 1994 treaty where Ukraine gave up all the Soviet-era nukes on Ukrainian territory in exchange for territorial guarantees, any remotely sane nation would see that possessing nukes is the only way to avoid someone invading you.
 
By 2030 or by 2020?

 
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It actually is easier to stabilize the VLF antenna from a slower prop driven aircraft, from what I’ve read. There would be a lot of parts available and a rough strip capability as well.
I've also read that.

Apparently the VLF antenna needs to hang as close to vertical as possible, which is easiest with a slow aircraft.
 
Wouldn't the EC-130J be a retrograde step? It's not as capable aircraft as the E-6.

Yes, in a sense. The E-130J (that's official, not EC-130J) loses the other function of the E-6B as a Looking Glass airborne launch control aircraft for the Air Force ICBMs. The Air Force will have to cover that function with their new E-4C SAOC aircraft.
 

Notably, the agency announcement says that with “production of the B61-12 LEP now complete, NNSA will transition to producing the B61-13 bomb.” The B61-13, announced in October 2023, is designed to have a higher-yield in the range of a 360 kiloton blast, which would represent a major step up from the 50 kiloton B61-12.
 
I wonder how much of the conversion work creating the B61-12 involved rebuilding its' physics package?
 
I wonder how much of the conversion work creating the B61-12 involved rebuilding its' physics package?
Given the cost of the materials in the physics package, probably quite a bit. Tritium is only marginally less expensive than diamond per gram and the fission fuel, while an order of magnitude less, is still more expensive than gold by two orders of magnitude.
 
Given the cost of the materials in the physics package, probably quite a bit. Tritium is only marginally less expensive than diamond per gram and the fission fuel, while an order of magnitude less, is still more expensive than gold by two orders of magnitude.
My understanding of the B61-12 was that they were taking old physics packages and installing them into new airframes/shapes that had attachment points for the JDAM tail kit (or an equivalent to the JDAM tailkit built in, the descriptions are not clear on that point).

This doesn't mean that the old physics packages didn't need any refurbishment, however.
 
My understanding of the B61-12 was that they were taking old physics packages and installing them into new airframes/shapes that had attachment points for the JDAM tail kit (or an equivalent to the JDAM tailkit built in, the descriptions are not clear on that point).

This doesn't mean that the old physics packages didn't need any refurbishment, however.
The issue is upgrading from 50kt (in the -12) to 360kt in the -13.
 
The issue is upgrading from 50kt (in the -12) to 360kt in the -13.

That is the difference between using a mod 4 tactical warhead vs a mod 7 strategic warhead as your starting point. Both will be heavily refurbished as part of the process, but the yields are related to the parent physics package.
 
...which depends on very expensive materials.

Haven't they already been paid for? Remember that the 1950s and 1960s there was a massive expansion of the US nuclear-arsenal which has subsequently been shrunk to a small fraction of its original size. The result is that the PANTEX plant at Amarillo, Texas and the Y-12 facility at Oakridge, Tennessee have literally thousands of pits and secondaries in long-term storage, that is a LOT of surplus Oralloy, weapons-grade Pu-239 and Li6D available to be recycled and reused in new nuclear warheads.
 
Given the cost of the materials in the physics package, probably quite a bit. Tritium is only marginally less expensive than diamond per gram and the fission fuel, while an order of magnitude less, is still more expensive than gold by two orders of magnitude.
Oh, right.

Does any modern nuke still use Tritium? I thought they were all 6LiD for the fusion fuel?
 
Does any modern nuke still use Tritium?

Yes, it is mixed with Deuterium form the DT-gas mixture used for hollow-boosting the primary and the way modern primaries are designed it is critical as an unbolted primary will only yield 0.3KT before disassembly.

I thought they were all 6LiD for the fusion fuel?

The Li6D is used as the fusion fuel in the secondary.
 
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Oh, right.

Does any modern nuke still use Tritium? I thought they were all 6LiD for the fusion fuel?

Tritium is typically injected into the primary as a booster to increase efficiency of the first stage. I had thought this still common in US warheads, with the teitium bottle having to be refilled periodically.
 
Tritium is typically injected into the primary as a booster to increase efficiency of the first stage.

It's a mixture of Deuterium and Tritium and with modern primaries it's not about increasing the pit's efficiency but reducing the amount of HE used to compress it making for a smaller and lighter warhead. Without the DT boost the primary only yields 0.3KT which also has effect of making it safer too.

I had thought this still common in US warheads, with the teitium bottle having to be refilled periodically.

It still is periodically refilled (Tritium has a half-life of 12.32 years).
 

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