Babcock nears first customer for Nomad AI translation tool
Nomad can provide militaries with real-time intelligence, saving critical time on the battlefield.
Lockheed Martin is to produce three geosynchronous Next-Generation Overhead Persistent Infrared (Next-Gen OPIR) satellites for the US Space Force (USSF) under a $4.93 billion contract modification announced on 4 January.
Work will be performed in Sunnyvale, California, for completion by 31 May 2028.
The original $2.9 billion contract to develop the geosynchronous satellites was awarded to Lockheed Martin in August 2018.
Next-Gen OPIR satellites are intended to provide early warning of a ballistic or tactical missile launch from any location worldwide. They will expand and eventually replace coverage provided by legacy Space Based Infrared System satellites (also made by Lockheed Martin).
In all, the USSF will operate five Next-Gen OPIR satellites: three geosynchronous orbit satellites manufactured by Lockheed Martin and two polar orbit satellites made by Northrop Grumman. The first satellite could be launched in 2025.
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Nomad can provide militaries with real-time intelligence, saving critical time on the battlefield.
Taurus operates alongside the Israel Defense Forces’ Orion system which supports mission management across tens of thousands of manoeuvring forces, from squad leaders to battalion commanders.
The plan for the new displays follows fresh investment in Kopin’s European facilities by Theon and an order for head-up displays in fielded aircraft, with funding from the US Department of Defense.
Persistent Systems received its largest ever single order for its MPU5 devices and other systems earlier this month and has already delivered the 50 units to the US Army’s 4th Infantry Division.
Turkey has joined the family of countries attempting to establish a multilayered air defence system with government approval in August 2024 for the effort landed by Aselsan. Dubbed Steel Dome, the programme joins Israel’s Iron Dome, the US Golden Dome, India’s Mission Sudarshan Chakra and South Korea’s low-altitude missile defence system.
MARSS’ NiDAR system has been deployed using sensors from static platforms to provide detection and protection for static sights, such as critical infrastructure, ports and military bases.