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Case Study: Developing Advanced Radars: Eurofighter Typhoon

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THE LIMITATIONS OF LEGACY RADAR DESIGNS The Eurofighter Typhoon was originally delivered with a mechanical scanned radar, but defense and aerospace leader Leonardo knew this agile fighter needed an upgrade to stay well-equipped. Actively electronically scanned array (AESA) radars are found on most modern aircraft and are technologically superior to mechanical scanned radars. For example, AESA radars have faster beam steering and increased jamming resistance and they can concurrently per form different operating modes. To transform the fighter 's — and ultimately the UK's — air power, Leonardo and BAE needed to develop and build a new AESA radar system that allowed pilots to locate, identify and suppress adversar y defense systems using high-powered and focused jamming. They also needed also improve aircraft weapon targeting accuracy, range and precision. > Leonardo needed to upgrade the radar for the highly capable combat fighter used by the UK Royal Air Force (RAF) and other European nations. EXPLORE RADAR AND EW CAPABILITIES ACTIVELY ELECTRONICALLY SCANNED ARRAY (AESA) / LEONARDO DEVELOPING ADVANCED RADARS: EUROFIGHTER TYPHOON CASE STUDY mrcy.com

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