Russia has an array of powerful nuclear weapons, most notably the Tsarist nuclear bomb and the Samat intercontinental missile.
The Czar nuclear bomb is one of the most powerful nuclear weapons in the world, while the Samar intercontinental missile is hailed as one of the most powerful nuclear weapons in the world.
The warhead of the Samat missile uses advanced penetration technology and can penetrate all current anti-missile systems to achieve precision strikes against any target on Earth.
Is it true that one Samat missile is enough to destroy all of Japan? Just how powerful is this missile?
Russia's development of the Samat missile can be traced back to the 21st century, when the continuous expansion of NATO and the strengthening of the U.S. global strike force made Russia feel the great threat from the United States.
Although Russia has advanced strategic nuclear submarines, the triad of strategic nuclear forces is also indispensable.
Therefore, in order to safeguard national security, Russia has decided to develop a new generation of intercontinental missiles to replace the original SS18 and SS19 missiles.
In 2009, Russia announced the start of development of a new medium liquid fuel intercontinental missile to meet growing international security challenges.
According to the plan, the missile will be commissioned in 2018, with a budget of about 77 billion rubles, equivalent to $1.6 billion.
However, the development process did not go smoothly. It was not until 2018 that some of the missiles were tested.
With the outbreak of the conflict between Russia and Ukraine, Samat missiles were really put into combat readiness.
Samat missile is known as the world's strongest nuclear bomb, there are four main technical advantages.
First, the ballistic trajectory of the Samat missile is different from that of a conventional ICBM. Conventional ICBMs enter the atmosphere after ignition and hit their targets via a parabolic trajectory.
However, the Samat missile uses satellite orbit and relies on the orbit speed of the satellite to fly, and the trajectory is unpredictable, which greatly increases the difficulty of the other side's defense.
Second, the Samat missile is equipped with a hypersonic strike unit and uses hypersonic vehicle technology inside.
According to test data, the vehicle can reach speeds of Mach 15 and even Mach 20 in the high-altitude phase. It's so fast, it makes interception almost impossible.
Third, the Samat missile uses a shortened boost phase technology and is equipped with a four-chamber closed high-boiling fuel liquid rocket engine.
This engine is more powerful, which can shorten the boost period of the missile and reduce the possibility of interception.
Finally, the Samat missile has an extremely strong secondary nuclear strike capability and is launched from silos.
Not only are there specialized active defense systems near these silos, but the silos themselves are also highly resistant and difficult to detect.
Overall, the Samat missile has excellent security and penetration capabilities, and has a wide range, which is the nightmare of NATO countries.
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