A tool to explore what-if scenarios and tradeoffs at the theater-level faster than traditional analysis.
By Breaking DefenseDrones, high-speed cruise missiles, and ballistic missiles attacking together from 360° creates complexity only certain radars can handle.
By Breaking DefenseHigh-speed cruise and ballistic missiles and drones attacking from different directions simultaneously is the challenge that radars must meet today.
By Breaking DefenseThere’s a new fire-control radar that’s air-cooled and small enough for light-attack aircraft, helicopters, and unmanned aircraft systems.
By Breaking DefenseRadars, EW, EO/IR, space imagery, and microelectronics are brought under one roof for a streamlined approach to common people and factories.
By Breaking Defense“Mission engineering” can integrate space and ground assets to push data to the edge.
By Breaking DefenseIt takes a layered defense plan to be survivable, which means jammers to disable, deceive, and disrupt, along with onboard self-protect and off-board decoys.
By Breaking DefenseDigital engineering and modern tools and processes offer near-term opportunities to improve satellite mission planning, data processing, command and control, and cybersecurity.
By Breaking DefenseSix LTAMDS radars are being tested in parallel to speed this transformational warfighting capability to U.S. Army and international air defense forces.
By Breaking DefenseRaytheon’s KuRFS radars and Coyote® effectors team up to defeat evolving, proliferating unmanned aircraft systems threat.
By RaytheonRaytheon integrated air defense systems — advanced radars, command and control systems and interceptors — form a multi-layered shield for air base defense.
By RaytheonAdvanced solutions for a layered defense against complex threats.
By Raytheon