L3Harris successfully tested the Deceptor payload on unmanned systems, using AI-enabled sensors to detect and neutralize radio frequency threats autonomously during a recent military experiment.

L3Harris will provide advanced NOVA goggles under a $465 million seven-year contract to modernize all-weather situational awareness and tactical capabilities for the U.S. Army.

L3Harris Technologies supported Artemis II with propulsion and avionics to ensure mission control, reliability, and astronaut safety.

Torpedo tube launch and recovery system enables deployment of AUVs from submarines for ISR, mine detection, and seabed warfare without surfacing.

L3Harris Technologies and Shield AI integrate electromagnetic battle management with mission-autonomy software to enable coordinated electronic warfare operations by unmanned systems.

L3Harris Technologies will deliver twenty-six advanced communication shipsets for Virginia-class and Columbia-class submarines, enhancing situational awareness and operational effectiveness for the United States Navy.

L3Harris Technologies will produce solid rocket boost motors and control systems for the Missile Defense Agency, supporting critical high-altitude atmospheric intercepts for national security.

U.S. Navy and L3Harris Technologies coordinate to deliver long-range strike capability for Marine Corps applications.

An 18-channel geostationary imager improves water-vapor sensing and resolution for faster, more accurate weather forecasting.

L3Harris Technologies will supply 34 large T7 robots to support explosive ordnance disposal missions for the U.S. Navy and U.S. Marine Corps.