Raytheon Technologies‘ intelligence and space business has launched a new light form-factor active electronically scanned array that weights a third of most AESA radars. The compact AESA fire control radar uses gallium nitride and its CHIRP digital receiver and processor to provide Gen 4-plus performance in support of platforms operating in air, on land and […] More
The Lockheed Martin-built TPY-4 ground-based radar for air defense surveillance has received the AN/TPY-4(V)1 designation from the U.S. government. TPY-4 is a multimission radar that could provide warfighters situational awareness, early warning and tactical ballistic missile surveillance capabilities even in contested radio frequency environments and features Gallium Nitride technology and a digital, software-defined sensor architecture. […] More
Echodyne has received a $454,099 other transaction agreement from the Department of Homeland Security to test the potential use of a metamaterial-based radar for small unmanned aircraft system detection and tracking operations. The company will demonstrate its Metamaterials Electronically Scanning Array radar platform for DHS’ science and technology directorate under the Silicon Valley Innovation Program […] More
Lockheed Martin has awarded L3Harris Technologies a contract for developing an advanced electronic warfare system (EWS) meant to protect the internationally used F-16 Viper multirole fighter aircraft against emerging radar and electronic threats. L3Harris announced the contract award on Monday.
Raytheon Technologies has started installing an air and missile defense radar system into an Aegis Flight III guided-missile destroyer in preparation for the future USS Jack H. Lucas' planned delivery to the U.S. Navy in fiscal year 2023.
Leonardo and General Atomics' aeronautical systems business have teamed up to incorporate the former's active electronically scanned array maritime radar into the latter's MQ-9B SeaGuardian remotely piloted aircraft.
Raytheon Technologies has landed a potential five-year, $47.5M contract to build operating modes and detection algorithms for the radar system of the U.S. Navy's Arleigh Burke-class Flight III destroyer ships.
Lockheed Martin conducted a series of exercises to demonstrate how its radar platform will meet the U.S. Army's requirements for the Lower Tier Air and Missile Defense Sensor during the service's “sense-off“ at White Sands Missile Range in New Mexico.
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