Cheat missiles: Lockheed Martin successfully protested the MH-60r helicopter system

The AOEW device is capable of operating both separately and in conjunction with ship systems of the AEGIS BASELINE 9C. 2 to resist the means of China, Russia and DPRK. Lockheed Martin has tested an advanced off-electronic battle system (HRV) AN/ALQ-248, which was to protect the US MH-60R helicopter, Interesting Engineering reports. The ADVANCED OFFARTRONIC Warfare System-AOEW) system has developed a system of active useful loading An/ALQ-LOCKHEED MARIN.

Although it was tested for Sikorsky MH-60r helicopter, it is also suitable for the MR-60S model, engineers say. According to Vice President Lockheed Martin Deon Vitutz, AOEW is one of the most complex system systems in the world, capable of giving an advantage in battle and resistance to the means of RSB China, Russia, North Korea. The AOEW module will allow you to track and counteract threats such as anti -ship missiles. The HRS system can be integrated with the AEGIS BASELINE 9C.

2 ship system, which enables ships to exchange information about surveillance or targets with US ships and aircraft, as well as with Australian and Japanese. The device is also compatible with the Surface Warfare radio. It can work independently or together with other systems aboard ships and terrestrial military facilities, is said in the material. According to Navy Times, AOEW technology enables the US Navy to identify threats and respond to them.

In 2017, the aerospace and defense industry contractor explained that AOEW AMP AN/ALQ-248 can work independently or in conjunction with the SEWIP BLOCK 2 An/SLQ-32 electronic surveillance sensor (V) to detect missile approaches, evaluate their trajectory and Use radio frequency counteraction methods to restrain them.

The architecture of the extra-blond system of radio electronic struggle is developed on the basis of open systems, which provides a number of advantages, such as fast updating, functional compatibility, reducing the cost of life cycle and the ability to quickly install new equipment. This innovative technology lays the basis for the realization of similar capabilities on other objects, including small ships, unmanned aerial vehicles and surface vehicles.