Raytheon delivered the first LTAMDS anti-aircraft anti-missile integrated radar (low-level anti-missile sensor) to the U.S. proving ground. This radar also uses the numbers of revolutionary Gallium nitride technology
author：Hu Kan kaowow
Raytheon delivered the first LTAMDS anti-aircraft anti-missile integrated radar (low-level anti-missile sensor) to the U.S. proving ground. This radar also uses a digital array radar using revolutionary Gallium nitride technology. It has three antenna arrays – one main array in front and two auxiliary arrays in the back, tilted at an angle, providing 360-degree coverage detection, much more powerful than the current Patriot missile radar, and access to the IBCS anti-missile network.
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Raytheon delivered the first LTAMDS anti-aircraft anti-missile integrated radar (low-level anti-missile sensor) to the U.S. proving ground. This radar also uses the numbers of revolutionary Gallium nitride technology
Raytheon delivered the first LTAMDS anti-aircraft anti-missile integrated radar (low-level anti-missile sensor) to the U.S. proving ground. This radar also uses the numbers of revolutionary Gallium nitride technology
Raytheon delivered the first LTAMDS anti-aircraft anti-missile integrated radar (low-level anti-missile sensor) to the U.S. proving ground. This radar also uses the numbers of revolutionary Gallium nitride technology
Raytheon delivered the first LTAMDS anti-aircraft anti-missile integrated radar (low-level anti-missile sensor) to the U.S. proving ground. This radar also uses the numbers of revolutionary Gallium nitride technology
