Lockheed Martin, ELTA complete sense-off demo
Lockheed Martin and ELTA Systems have demonstrated their radar solution for the US Army’s Lower Tier Air and Missile Defense Sensor (LTAMDS) programme.
The ELTA radar used for the event was the ELM-2084 Multi-Mission Radar (MMR).
The demonstration was held during a sense-off event at White Sands Missile Range, New Mexico.
The MMR also forms part of the David's Sling, Iron Dome and IAI's land-based Barak weapon systems.
More from Digital Battlespace
-
![Kratos wins $579 million space defence contract for ground control system]()
Kratos wins $579 million space defence contract for ground control system
Kratos Defense and Security Solutions to provide satellite control capabilities to US Space Force and US Space Command.
-
![Lockheed Martin joins radar research consortium ahead of Finland’s F-35 procurement]()
Lockheed Martin joins radar research consortium ahead of Finland’s F-35 procurement
Lockheed Martin and VTT will lead a consortium of Finnish defence and technology companies to develop signals intelligence technologies for the F-35 and other defence applications.
-
![Eventide Communications' NexLog DX-FIPS recorders achieve JITC certification]()
Eventide Communications' NexLog DX-FIPS recorders achieve JITC certification
Reliability and security remain at the forefront of technology considerations in the rapidly evolving defence communications industry.
-
![Steatite nears completion of order for Crib rugged mobile operations hub]()
Steatite nears completion of order for Crib rugged mobile operations hub
Steatite‘s Crib is a ruggedised universal C2 terminal which incorporates multi-function displays enabled with Persistent Systems Wave Relay Mobile Ad-hoc Network (MANET) radio.
-
![UK MoD’s new cybersecurity requirements present industry challenges]()
UK MoD’s new cybersecurity requirements present industry challenges
The Secure by Design approach means capability owners and delivery teams are accountable and responsible for delivering systems that are cyber secure.
