“This missile can shoot at extreme speeds”: AIM-174B comes into service to defend the American sky

Defense against hypersonic threats has become a major issue for military forces around the world. Therefore, With the boom in high -speed missile technologies. Furthermore, it is imperative to develop advanced defense systems capable of responding to these threats. Meanwhile, The AIM-174B missile, a modified version of the SM-6, is positioned as a promising solution to meet these challenges. For example, “this missile can shoot extreme Thanks to its operational scope. For example, agility, it is now at the center of military strategies aimed at countering hypersonic threats.

The new requests from the MDA – "this missile can shoot extreme

The Defense Agency (MDA) missile recently published a request entitled “Payloads prototype”. However, This request highlights the agency’s interest in a phase II proposal. Therefore, demonstrating the ability to achieve performance requirements for high -level anti -missile defense. For example, The concept of “large area of ​​effect” is at the heart of this request. For example, intended to complete weapons of the “Hit-to-Kill” type as the RIM-161 and the RIM-174.

This request is mainly intended for small businesses and exclusively concerns the military head, without request for a delivery vehicle. The objective is to develop military heads that can be used on various platforms. with special attention for aerial launch capacities. MDA officials underlined the need for designs that have exceeded the “this missile can shoot extreme early development phase. as well as the importance of evolutionary useful loads, depending on the size and power of the vehicle.

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Counter hypersonic threats – "this missile can shoot extreme

The AIM-174B missile. advanced derivative of the missile-6 standard, is recognized for its effectiveness against agile threats and high-speed “this missile can shoot extreme targets. The SM-6 Block IAU. next iteration, has successfully passed virtual tests against a living hypersonic target, thus marking a crucial step for the evaluation carried out by the MDA and the US Navy.

Unlike SM-6. AIM-174B does not have the first-stage MK72 propellant, due to constraints linked to the size, weight and balance of the aircraft. However. its aerial launch offers advantages, the plane operating at high altitude which can improve efficiency compared to surface launches from ships. This characteristic makes AIM-174B particularly attractive to counter hypersonic threats.

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Operational flexibility. extended efficiency

To cope with advanced hypersonic threats, especially in large-scale scenarios, an air launch system such as AIM-174B could offer increased operational flexibility. This missile would extend the defended area. allow the deployment of interceptors on mobile platforms, thus supporting the expeditionary operations and the defense of the national territory.

The Raytheon SM-6. launched from the surface, has already proven itself against several threats, although its effectiveness has been limited to hypersonic targets. In 2022. officials of the US Navy noted that the SM-6 was the only American system deployed for hypersonic defense at that time. Since then, the PAC-3 MSE has also “this missile can shoot extreme shown its effectiveness, successfully intercepting hypersonic missiles in Ukraine.

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Prospects for the future

The continuation of the development of AIM-174B highlights. the importance of technological innovation in the field of defense. With the rapid evolution of threats, it is “this missile can shoot extreme crucial to have systems capable of adapting and responding to emerging challenges. The MDA. in collaboration with specialized companies, continues to seek solutions to strengthen national security in the face of hypersonic threats.

This quest for innovation raises many questions about the future of anti -missile defense. How will these new technologies be integrated into existing military strategies? What will be the impacts on current military doctrines? The answer to these questions will largely determine the effectiveness of tomorrow’s defense systems.

The author relied on artificial intelligence to enrich this article.

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