The Step Forward for America’s Future Missile Defense System | World



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The Integrated Air Defense and Missile Defense Warfare Command System (IBCS) recently completed a major test in the desert of the White Sands training area in the state of Mexico, destroying two elements at the same time. spend different. The completion of this test shows that the IBCS has overcome a challenging obstacle before the US Army decides whether or not to manufacture the system, according to the report. Defense news.

Intercept cruise missiles and ballistics

In the aforementioned test, US Army troops further tested the IBCS capabilities by having the system intercept two different targets, the MQM-178 cruise missile simulator and the training-use ballistic missile. by Black Dagger. Col. Philip Rottenborn, in charge of the US Army’s air defense and missile defense modernization program, said the two cruise and ballistic missiles differ in “speed, range, character and complexity.” “.

The two missile targets were launched from two different locations, flying toward the army’s missile and air defense units, while various radars sent data to the IBCS while tracking incoming targets. . At that point, IBCS “dissected” the data for each target missile and then informed the defense unit which missile could best be intercepted.

A Step Forward for America's Future Missile Defense System - Photo 1

The Black Dagger ballistic missile was launched in the test at the White Sands training site.

During the test, the soldiers launched two interceptors PAC-2 and PAC, in which the PAC-2 destroyed the MQM-178 and the PAC-3 destroyed the Black Dagger. The test was part of a larger IBCS test, which began in July. During the test on August 13, IBCS also successfully intercepted two MQM-178s with two PAC-3 missiles from two other launchers. together. According to Colonel Tony Behrens, commander of the US Army Air Defense and Missile Defense Command, the IBCS allows the ground command to focus on a missile that intercepts a target. Normally, two interceptor missiles are launched consecutively to intercept a missile in the room when the first one misses the target. Behrens said that with the IBCS, the US Army could spend less on interceptor missiles.

“Revolutionary technology”

After the aforementioned IBCS trial concludes in mid-September 2020, a group of US officials will meet on November 20 to discuss the possibility of producing IBCS. If the system is approved for continued development, the Army will conduct an initial commissioning test and evaluation 13 months after the production decision is made. Army commanders in the White Sands training area confirmed on August 20 that the force had spent about $ 2.7 billion since the IBCS development program began in 2009.

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Faced with doubts about the cost and duration of IBCS development, the Deputy Chief of Staff of the US Army Corps, Joseph Martin, stated: “We absolutely need this system. We are focused on seeing its success … This will be the technology and weapon that will change the game, and we are determined to ensure that this system is implemented in our forces, ”said Martin. strong. The US Army plans to equip its unit with the first IBCS during the third or fourth quarter of fiscal year 2022, beginning in October 2021.

According to Mr. Martin, the United States has many strategically located weapons and sensor systems globally. The war of the future will require US forces to combine current and future systems to create defense through the US military’s air and missile defense capabilities. “In terms of air and missile defense, the IBCS will be one of our contributions to the Mixed Domain Control and Control System. This system is important not only to the air defense community, but also to our military, joint forces and multinational partners, ”emphasized Mr. Martin.




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