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.

An $843 million award covers 18 infrared satellites, ground software, and sustainment to expand missile-tracking coverage within the Space Development Agency’s Tranche 3 space-based defence architecture.

The delivered AEPS units will enable lunar orbit insertion and station-keeping while supporting long-duration missions under NASA’s Artemis program.

L3Harris will supply resilient airborne communications technologies for the U.S. Air Force’s E-4C fleet under the Survivable Airborne Operations Center program.

The demonstration showed how a software-defined architecture can connect defense and civilian agencies across domains, supporting faster coordination for homeland security, crisis response, and contested environments.

A new contract and upgraded U.S. manufacturing sites enable higher-volume output of insensitive-munition propulsion units to meet growing program demands in defense applications.

Modular, non-ITAR sovereign router boosts joint-domain resiliency with open-standards architecture and Australian Land Data Model compliance for deployable defence communications.

NASA and L3Harris successfully test-fired the second new RS-25 engine, produced with 3D printing to cut costs by 30%, that will power the SLS rocket for the Artemis V mission to the Moon.