Experts: North Korea Lacks Missile Technology to Reach Mainland US
North Korea still lacks the necessary technology to send a nuclear weapon all the way to the United States mainland, say experts.
But the same experts admit that North Korea’s test of an intercontinental ballistic missile, or ICBM, marked an improvement in its military program. The ICBM that North Korea tested recently was the second long-distance rocket it launched in the month of July. The missile tested is called the Hwasong-14.
The missile traveled a distance of about 1,000 kilometers. But it reached an altitude of about 3,700 kilometers. It was in flight for about 45 minutes before falling into the sea. The missile crashed into the waters 175 kilometers from Hokkaido, Japan’s second largest island.
Jonathan McDowell is an astrophysicist at the Harvard-Smithsonian Center for Astrophysics. He told VOA’s Korean service that it appears North Korea has a fully operational ICBM. He said, “It seems to have worked as designed, and so that is a milestone in their missile development.”
McDowell noted that the military did not launch the rocket into the atmosphere in a normal way in order to travel the greatest distance. If it had, the rocket’s weapons system could have traveled further.
Experts continue to debate how North Korea was able to improve the missile’s performance. McDowell suggests that higher-powered engines driving the rocket during its second stage could have given it “a bit more push.”
The technology that directs missiles back to earth after launching has been one of the biggest problems for North Korea. And many experts doubt that North Korea’s military has perfected that technology.
There are additional doubts about North Korea's missile technology. They come from video by the Japanese public news agency NHK. The video showed the Hwasong-14 possibly falling apart as it landed in the waters off Hokkaido.
Some experts have suggested that the missile breaking apart may have been due to the steep angle of its flight path. The steep angle would have increased its speed and also its surface heat.