The shocking revelation of the terrible power of the Korean rocket

Korea recently announced a video of medium-range Pukguksong-2 ballistic missiles and images of the Earth seen from rockets in the atmosphere. In the newly released Korean video, the rocket was launched by the vehicle to the test site. The vehicle zooms into the ready position and has a 4-second countdown timer on the corner of the screen.

The missile was then launched by the launcher's propulsion system, leaving a black smoke column behind. This is the time when the rocket is most likely to malfunction if it cannot activate the fuel combustion chamber. However, Korean ballistic missiles operate as expected and quickly fly up into the sky.

According to South Korean military sources, missiles fly 560km and are about 500km far before falling into the Sea of ​​Japan. Leader Kim Jong-un said 'the whole world looks so beautiful' when missiles return to the atmosphere, proving that Korea actually owns ballistic missile technology.

The Korean news agency KCNA reported: 'Korea is proud to say that the hit rate of missiles is very high and Pukguksong-2 is a successful strategic weapon. Leader Kim Jong-Un has agreed to deploy this weapon for military operations, ' KCNA said.

Pukguksong-2 mid-range ballistic missiles.

The former Korean ballistic missile program relied heavily on Musudan mid-range missiles, but the liquid-fueled rocket showed weakness in reliability after a series of failed launches last year. . The missile launch chain failed only when Pyongyang turned to Pukguksong-2, according to the Telegraph.

The explosions of the Musudan rocket immediately after the launch showed the level of risk of this liquid fuel. The difference of Pukguksong-2 compared to Musudan is that it uses a solid fuel engine, making the missile more stable, minimizing time to refuel before launching.

Fuel that missiles Pukguksong-2 is most likely to be ammonium perchlorate , very stable fuel, easy to store, can help missiles fire at any time.

After the recent rocket launch, Pyongyang also published 58 color photographs of the Earth taken from aerospace with cameras mounted on Pukguksong-2, this move is intended to prove they own the technology Bring missiles back to the atmosphere. Technology that allows 'return to the atmosphere' is an important factor in the development of an ICBM because the rocket needs to withstand the heat and pressure as it enters the atmosphere from space.

According to Kim Dong-yub, a professor at the Far East Research Institute at Kyungnam University, Pyongyang may be testing the engine and other components to develop ICBM using fuel. snakes can fire to the US. This type of ICBM will most likely be pushed by the cluster of engines of the Pukguksong-2 rocket.