Digital Battlespace
USN orders integrated air and missile defence radars from Raytheon
US Naval Sea Systems Command has awarded Raytheon Missiles & Defense a $125.88 million contract modification to provide six Enterprise Air Surveillance Radar (EASR) low-rate initial production units.
Raytheon will produce four AN/SPY-6(V)2 rotating radars for air and missile defence, plus two AN/SPY-6(V)3 static radars.
The former will be deployed on the America-class amphibious assault ship USS ...
Want to read more?
To read this article, along with thousands of others like it, start your Premium News free trial.
Start Trial or log in hereMore from Digital Battlespace
-
ThinKom to start shipboard tests of Ka-band antenna for USN
The Defense Innovation Unit (DIU), has awarded ThinKom Solutions a seven-month contract to provide its commercially available phased-array antenna for USN shipboard communications. ThinKom announced ...
-
BAE Systems joins alliance to enhance GPS innovation
The US-based GPS Innovation Alliance (GPSIA) welcomed its sixth official member on 6 August when BAE Systems joined. Radiation-hardened electronics from BAE Systems currently provide ...
-
Falkonry expands AI footprint within USAF
Start-up machine learning company Falkonry has been awarded a contract by USAF innovation hub AFWERX under the Strategic Financing (STRATFI) programme, to broaden the adoption ...
-
NIWC Pacific calls on industry for Seabed to Space
The Naval Information Warfare Center (NIWC) Pacific in San Diego issued an online presolicitation notice to industry on 4 August, for development, technical, management, and ...
-
Leidos gains more work on Saturn Arch
US Army Contracting Command on 5 August awarded Leidos an $11.92 million contract modification for continued system operations, sustainment services and test and training services ...
-
Raptor develops passive digital night vision system
Raptor Photonics has launched a new passive digital short-wave infrared (SWIR) night vision system called Owl 640 N. The compact and low-power system was developed for ...