As the impact of the Russia-Ukraine conflict grows, various countries are worried about their own security systems. Many countries have invested heavily in strengthening their military strength. For example, the European Union has invested a huge amount of 100 billion euros in military equipment, increasing In terms of speed in developing weapons and purchasing equipment, India plans to build its own domestic aircraft carrier, and even boasts that it can build a nuclear aircraft carrier.
However, the Russian military industry is different. According to Russian media reports: The "Sarmat" intercontinental missile factory is testing the missile performance indicators. This has attracted major attention from the outside world. Among them, there is a piece of information in major The media is buzzing: If an intercontinental missile is successfully launched, what is the chance of successful interception by the US anti-missile system? If hundreds of missiles are launched at the same time, how many can be intercepted successfully?
Today's advanced technology is developed. According to the analysis of senior U.S. military personnel, there are three stages of intercontinental missile interception, which are divided into the middle stage and the last high and low stages. When the target is in the middle stage, it filters the atmosphere and intercepts it. When the target is in the high stage, it needs to Arrive at the opposite side of the target and intercept. If the target is hundreds of anti-missile systems, what kind of interception method is there?
The first is the intermediate stage. The middle stage of the US missile base becomes the mid-course anti-missile interceptor, also called the GBI interceptor. It has the longest locking distance to the target, so it is also the most important process for the initial jamming model. It is understood that the interception method used is kinetic energy, and the missile is destroyed in advance through direct impact. According to data analysis, GBI interceptor missiles can intercept intercontinental missiles within 10,000 kilometers, with an interception probability of more than 60%. Now the United States has deployed more than 60 missiles, which means that it can intercept about 35 missiles at the same time.
The high-level stage follows. The basic scale of the mid-stage is the same, but there are differences in the system. The high-level missile system uses the "THAAD" missile system. This system has more infrared and other technical assistance than the GBI to directly impact and destroy it, because it is faster than the GBI in the final stage. The range and rate of fire of GBI missiles are one notch higher, but they also have flaws. The success rate is only about 40%, which mainly depends on the number of intercontinental missiles.
The last is the bottom layer at the end. It uses the PAC3-MSE air defense interceptor, which is the best at intercepting missiles. Fighters, cruise missiles, etc. are all very afraid of this style, but it is somewhat insufficient in intercepting intercontinental missiles. In addition to this single stage, there is another stage that is not included in it. This stage is low-altitude interception.
The so-called low-altitude means entering the atmosphere to intercept. This stage has the highest probability of successful interception and is the most stable stage. However, it can only intercept about 140 missiles, and the United States can intercept 30 in the middle stage. Experts believe that the power of intercontinental missiles is too terrifying. As long as one missile is missed, it will be meaningless to intercept it. After all, one landing is enough to destroy a small city.
