The AOEW device is capable of operating both separately and in conjunction with shipboard systems such as the Aegis Baseline 9C.2 to counter the electronic warfare systems of China, Russia and North Korea.
Interesting engineering reports that Lockheed Martin has tested the AN/ALQ-248 advanced extravehicular electronic warfare (EW) system that is expected to protect the US Navy MH-60R helicopter.
Lockheed Martin developed the AN/ALQ-248 active payload system as part of the Advanced Extravehicular Electronic Warfare System (AOEW) program. Engineers say that although it was tested for the Sikorsky MH-60R helicopter, it is quite suitable for the MR-60S model. According to Lockheed Martin Executive Vice President Deon Virgutz, AOEW represents one of the most advanced electronic warfare systems in the world that can provide an advantage in combating and countering the electronic warfare systems of China, Russia and North Korea.
The AOEW module allows you to monitor and counter threats such as anti-ship missiles. The electronic warfare system can be integrated with the ship’s Aegis Baseline 9C.2 system, allowing the ships to exchange surveillance or targeting information with American ships and aircraft, as well as Australian and Japanese ships. The device is also compatible with the Surface Warfare electronic warfare unit. The material can operate independently or in conjunction with other systems on ships and land-based military installations, he says.
According to Navy Times, AOEW technology allows U.S. Navy ships to detect and respond to incoming threats. In 2017, an aerospace and defense contractor announced that its AN/ALQ-248 AOEW AMP system could detect incoming missiles and predict their trajectories, working independently or in conjunction with the SEWIP Block 2 AN/SLQ-32(V) airborne electronic surveillance sensor. and use radio frequency countermeasures to contain them
Important
The architecture of the extravehicular electronic warfare system is designed on the basis of open systems, which provides a number of advantages such as rapid upgrades, interoperability, reduced life cycle costs and the ability to quickly install new equipment. This innovative technology lays the foundation for similar capabilities in other applications, including small ships, unmanned aerial vehicles, and surface vehicles.
We previously reported that the Russian Armed Forces began using heavy-duty electronic warfare systems with directional antennas in Ukraine, which Ukrainian experts have not yet detected.
Source: Focus
Ashley Fitzgerald is an accomplished journalist in the field of technology. She currently works as a writer at 24 news breaker. With a deep understanding of the latest technology developments, Ashley’s writing provides readers with insightful analysis and unique perspectives on the industry.