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U.S. B2 stealth bomber launches anti-ship bomb
The NATO army was already in the Arctic Circle and aimed its muzzle at Russia. US Newsweek reported that the U.S. military has entered the waters near Russia in the Arctic Circle to test anti-ship bombs.
The US Air Force dispatched a B-2 ghost stealth bomber to test-fire a "fast anti-ship bomb" near Hai'an Island in Norway, which is also considered Russia's "arctic threshold".
The "Fast Attack" anti-ship bomb is a new project of the US Air Force. Its large-scale maneuverable anti-ship operations in the North Atlantic-Balents Sea. The main targets are the Russian Northern Fleet and the Baltic Fleet.
The US Air Force's 53rd Wing, a B-2 ghost stealth bomber, shot live ammunition, and fired a 2,000-pound "fast attack" anti-ship bomb to sink a target ship.
In addition to testing the performance of ammunition, the US military also needs to test the stealth bomber's hidden combat capabilities, flexible attacks of multiple ammunitions, and combat effectiveness of maritime strikes. Photos released by the Norwegian military show that the submarine periscope captured a precise strike to the target ship.
This "fast attack" anti-ship bomb uses a 2,000-pound level JDAM precision guided bomb, and is equipped with a new seeker to attack targets of mobile ships at sea. In the exercise area, there is also a P-8 maritime reconnaissance aircraft performing reconnaissance and search missions, and four F-35A stealth fighters serve as air cover.
The US Navy and Air Force has appeared in the Barents Sea, the Russian Arctic portal, launched military operations. According to US Newsweek, according to US military observations, the Russian military has discovered the US military's operations and is conducting continuous tracking.
Why can the Russian army track US B-2 stealth bomber? There are two main reasons. First, the Russian S-400 air defense missile radar system has been discovered in Syria.
However, the US anti-radar missiles will also be eyeing the Russian radar in the distance, waiting for the Russian radar to start! Then, the Russian army has a second solution, which is the VRR passive detection system.
The Russian passive detection system does not actively send signals, but passively receives radar electronic radiation signals, communication data links, and navigation signals sent by US stealth aircraft. The speed, course and position of the US stealth aircraft were finally calculated, and the target was finally locked.
The biggest advantage of VRR passive detection system is its completely passive detection method, which does not emit any electromagnetic waves, so it cannot be discovered by the radar warning system of the US stealth aircraft, and it is even detected by the US AGM-88 HARM anti-radiation missile.
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The US military cannot escape nor fight back
If you really fight, the Russian army does not even need to directly attack the US stealth aircraft, but can attack nearby US bases. Near the Arctic, the five most important bases of the US military.
is the Upingnimi Naval Base near Helsinki, the capital of Finland, the Tampere Air Base, the Kuopio Air Base, the Jveschlai Air Base, and the Rovaniemi Air Base in the Lapland region of northern Finland.
The US military can rely on five major bases in Finland to strike Russia's deep areas and threaten the security of Russia's northern fleet and nuclear submarine bases.
However, Russian high-super missiles can also attack the five major military bases of the US military nearby. The Russian army does not even need to use expensive high-super missiles, and can achieve the effect by using geranium long-range attack drones.
Russia-Ukraine battlefield proves that the Russian army can launch thousands of long-range attack drones in one month to carry out high-density continuous strikes. Even geranium drones can be used as a means of reconnaissance to offset the shortcomings of early intelligence. For example, if you reconnaissance, do you have aircraft in the hangar of the US Air Force Base?
The best place for geranium drones is that they have time to temporarily turn to attack and attack the newly discovered high-value targets. Effective real-time discovery and real-time strikes.
Working or fighting intelligence, and having timely and efficient intelligence and post-attack assessment capabilities. As long as there is timely information and accurate strike accuracy. The US military base near the Arctic Circle may be trapped in the event of being unable to escape or fight back.
A precise strike weapon tube is sufficient, information and communication is smooth, and it can paralyze the opponent to a greater extent. In the past, Russia's electronic information technology was relatively poor and could not compare with the United States. However, now things have taken a major turn.
