US Navy accepts DART mission system
The US Navy has received the Raytheon-developed Dual-mode Array Transmitter (DART) mission system following the completion of rigorous acceptance testing at the Harbor Branch Oceanographic Institute, NAVSEA announced on 4 December.
The DART mission system is the final component of the Littoral Combat Ship (LCS) anti-submarine warfare (ASW) mission package. The DART mission system and ASW mission package will provide the US Navy with the ability to manoeuvre active and passive sonars above and below the thermocline layer.
Following acceptance of the DART pre-production test article, the navy plans to embark the system on a craft of opportunity and proceed to the Atlantic Undersea Test and Evaluation Center for an in-water demonstration of the of the LCS ASW mission package’s Escort Mission Module prior to formal developmental testing on USS Fort Worth.
More from Naval Warfare
-
Shoreline vulnerability drives Gulf interest in USV networks
Ukraine’s combat-proven Magura uncrewed surface vessel is attracting Gulf state interest as the Iran war exposes gaps in layered maritime air defence, raising questions about whether low-cost attritable systems can gain a foothold in a procurement culture historically drawn to high-end Western platforms.
-
Sweden swayed by speed to capability in French frigate win
Naval Group has secured a contract to supply four Frégate de Défense et d’Intervention frigates to the Royal Swedish Navy, extending the French naval industry’s reach into Northern Europe and showing why speed to capability has become the defining criterion in today’s defence procurement contests.
-
SOF Week 2026: US NSW explores 3D-printed USVs for forward-deployed operations
US Naval Special Warfare Command is assessing the feasibility of rapidly producing expendable mid-sized USVs in theatre to support SOF and maritime security missions.
-
SOF Week 2026: MARSOC selects upgraded Shark Marine dive navigation system
MARSOC is procuring the Shark Marine Dive Tablet 2 to address a longstanding combat diver navigation capability gap, improving underwater positioning, situational awareness and integration with existing diver propulsion vehicles.