Strategic missiles that cameras can't keep up with.

A strategic missile that the camera can't keep up with is like a bullet leaving the chamber.

The Russian Air Force released a video of launching strategic defense missiles at the missile range. In just 34 seconds, many people were surprised at how the missile could take off so quickly. There was only a sharp roar, and the missile took off. In a twinkling, it broke through the clouds and soared into the sky. Even the camera failed to capture the real body of the missile, and its speed was as fast as a bullet leaving the chamber. ...

As the so-called launch vehicle and ballistic missile are inseparable, the A-235 interceptor itself belongs to the category of launch vehicle. Why doesn't it take off and climb relatively slowly like a launch vehicle? Because the first is the solid fuel rocket, and the solid rocket engine often has the advantage of large thrust, it can have a faster flight speed in the take-off section.

Not long ago, the United States also launched the Militia -3 intercontinental missile, and the video images released were almost the same. The Russian A-235 missile is more exaggerated because there are two other tricks.

The first is the plane position and photography skills. If the shooting effect is more explosive, publicity will naturally be used. At the same time, we can also consider the confidentiality requirements. We should know that the A-235 system, as a strategic defense system, is also a big country in Russia, and it is useless to expose too many details.

The research and development of the A-235 missile defense system began in the 1990s 22 years ago. The reason why it took so long is mainly because the Russian military budget has long been restricted by the economic development dilemma. Thanks to the improvement of the economic situation in recent years, military expenditure has also been guaranteed.

Prior to this, Russia mainly relied on the A- 135 missile defense system to support the air and space defense circle with Moscow as the core. The latest A-235 missile system mainly upgrades the main combat modules under the A- 135 architecture. The improved system has three kinds of interceptor missiles with different ranges: short range, medium range and high altitude, in which the short range and medium range are mainly launched by maneuver, and the high altitude interceptor is launched by underground well, so it can be judged that the missile type tested this time is high altitude interceptor.

The target of high-altitude interceptor is naturally intercontinental ballistic missile, but there has been no major breakthrough in Russian high-altitude kinetic energy interception technology, including the A-235 high-altitude interceptor still using fragments to kill warheads, and the combat area is still in the atmosphere.

The A-235 high altitude interceptor will intercept another intercontinental ballistic missile after it re-enters the atmosphere. At this time, the interception target will fly at a speed of about Mach 20. As an interceptor, you naturally need to have the same speed. The missile can accelerate to Mach 16 in 4 seconds, and finally intercept the target at Mach 18.

Although Russia's A-235 missile defense system is not advanced, the strategy behind it is worth learning, that is, transforming the existing scientific research results into realistic combat effectiveness in the shortest time.

Take the missile defense system as an example. Although A- 135 and A-235 are not the most advanced weapon systems, and there are even many major technical loopholes, on the one hand, Russia has gained real air and space defense capabilities through the construction of the two systems, and at the same time, it has accumulated decades of experience in using the systems, which is much more real than the research results lying in the laboratory.