We do not know how heavy a payload this missile carried, but given the increase in range it seems likely that it carried a very light mock warhead. If true, that means it would be incapable of carrying a nuclear warhead to this long distance, since such a warhead would be much heavier.
North Korea is destined to fire another intercontinental ballistic missile (ICBM), arms experts in Korea and around the world said Monday.
“North Korea already verified its technology through the first launch,” Kwon Yong-soo, former professor of Korea National Defense University, told the JoongAng Ilbo. “It will likely fire another to announce it will operationally deploy the Hwasong-15.”
The North fired a new ICBM, the Hwasong-15, on Nov. 29, which puts the whole U.S. mainland in range. The South Korean military later acknowledged that the Hwasong-15 missile was capable of striking targets more than 13,000 kilometers (8,078 miles) away.
“To demonstrate the design resilience of the Hwasong-15 ICBM, NK should test another one soon,” Tal Inbar, head of the Space and UAV Research Center at Israel’s Fisher Institute for Air and Space Strategic Studies, wrote in a Twitter post. “Probable preparation time should be around 10-14 days at least. So, second test COULD be conducted around December 15-20.”
Photos of the Hwasong-15 missile North Korea launched on its November 29 test suggest it is considerably more capable than the long-range missiles it tested in July. This missile’s length and diameter appear to be larger by about 10 percent than July’s Hwasong-14. It has a significantly larger second stage and a new engine in the first stage that appears to be much more powerful.
While we are still working through the details, this strongly implies that North Korea could use this missile to carry a nuclear warhead to cities throughout the United States. A final possible barrier people are discussing is whether Pyongyang has been able to develop a reentry vehicle that can successfully carry a warhead through the atmosphere to its target, while protecting the warhead from the very high stresses and heat of reentry.
Here are my general conclusions, which I discuss below:
North Korea has not yet demonstrated a working reentry vehicle (RV) on a trajectory that its missiles would fly if used against the United States.
However, there doesn’t appear to be a technical barrier to building a working RV, and doing so is not likely to be a significant challenge compared to what North Korea has already accomplished in its missile program.
From its lofted tests, North Korea can learn significant information needed for this development, if it is able to collect this information.
While the United States put very significant resources into developing sophisticated RVs and heatshields, as well as extensive monitoring equipment to test them, that effort was to develop highly accurate missiles, and is not indicative of the effort required by North Korea to develop an adequate RV to deliver a nuclear weapon to a city.
I’m assuming the D5 will have the same range (or greater if they use a single warhead configuration) so how is it more detectable am I missing something?Flyaway said:US to loosen nuclear weapons constraints and develop more 'usable' warheads
https://www.theguardian.com/us-news/2018/jan/09/us-to-loosen-nuclear-weapons-policy-and-develop-more-usable-warheads
This is regarding the first NPR in eight years. Including developing a new low yield Trident warhead. This latter development as it says in the article seems a bit pointless as the US already has low yield weapons and also why give away the position of your subs to use a low yield weapon anyway.