Reports say that North Korea again launched its missile on a very highly lofted trajectory, which allowed the missile to fall in the Sea of Japan rather than overflying Japan. It appears the ground range of the test was around 1,000 km (600 miles), which put it in or close to Japanese territorial waters. Reports also say the maximum altitude of the launch was 3,700 km (2,300 miles) with a flight time of about 47 minutes.
The USA, because of the launch of a rocket hypothetically able to hit targets in Alaska, wanted to push through the UN Security Council a statement condemning North Korea for “aggressive challenge to the world community”, which was supposed to open the way to discussion on the practice of a new package of sanctions against the DPRK and most importantly, to create the ground for pressure on China, which the US demanded to have a stronger economic pressure on North Korea, that Kim ceased to launch rockets without any preconditions.
The DPRK has successfully tested a new version of its Intercontinental ballistic missiles Hwaong-14.
The rocket has successfully overcome a height of 2 000 km and flew a total of 930 kilometers in the direction of Japan.
Pyongyang has traditionally stated that it will continue to develop its missile and nuclear program to put an end to American threats of nuclear war.
Grinning broadly, North Korean leader Kim Jong Un delighted in the global furor created by his nation’s first launch of an intercontinental ballistic missile, vowing Wednesday to never abandon nuclear weapons and to keep sending Washington more “gift packages” of missile and atomic tests.
North Korea has finally tested (successfully) a new missile — and boy it is a doozy. After the April 15 parade, we called this missile the KN-08 Mod Odd and the KN-08 +/-. But North Korea calls it the Hwasong-12 and it contains a surprise: the brand-new “indigenous” engine that North Korea debuted in March.
Launch of a ballistic missile Hwasong-12, which took place yesterday in the DPRK. The missile is capable not only of hitting U.S. bases and other targets in South Korea and Japan, but with a margin to fly to US base on GUAM.
Ultimately, the transition from liquid to solid propellant missiles will bring about a fundamental paradigm shift in North Korean missile systems (Figure 8). A road-mobile ICBM, tentatively named the Pukguksong-3, employing solid propellant rocket motors could easily achieve the range performance required to hit the US mainland in the future, making it a serious potential threat to the United States.
It began with snarky Wonks ironically tweeting about North Korea, and then suddenly it became a terrifying nightmare for capitalist rat-pigs.
As previously been said on this matter, sanctions will not stop, but rather accelerate the development of the North Korean missile program, since the external pressure is perceived by Pyongyang as the best proof that he does everything right and only the possession of nuclear weapons and methods of delivery are reliable guarantees to the DPRK against attack by the US and South Korea.
He noted that the success made in the current test marked a great event of historic significance as it declared a new birth of the Juche-based rocket industry which has radically turned into a development-and creation-oriented industry both in name and in reality by completely doing away with dogmatism, conservatism and formalism left in the field of rocket industry and the dependence on the technology of other countries.
The Sarmat is a heavy inter-continental ballistic missile carrying a maximum payload of ten tonnes, in contrast to its predecessor’s 8.75-tonne payload. It is expected to replace the R-36M2 missile (Voyevoda), which, according to open sources, was authorized for service in 1988.
Recently, North Korea has developed a new land-mobile IRBM –called the Musudan by the United States. The Musudan is a single-stage missile and may have a range of up to 4,000 km with a 500 kg payload. The Musudan is derived from the SS-N-6 submarine-launched ballistic missile (SLBM) and represents a substantial advance in North Korea’s liquid propellant technology, as the SS-N-6 had a much more advanced engine and used more energetic propellants — unsymmetrical dimethylhydrazine (UDMH) and nitrogen tetroxide (N204) — than those used in Scud-type missiles. Development of the Musudan with this more advanced propulsion technology allows North Korea to build even longer-range missiles — or shorter range missiles with greater payload capacity — than would be possible using Scud-type technology