Graphic showing ASW systems in action. (Image: NAVSEA)
Naval Sea Systems Command in the US has awarded Lockheed Martin an initial $23.96 million deal covering shipset hardware installation, integrated logistics support, fleet maintenance support, and lifecycle sustainment for AN/SQQ-89 anti-submarine warfare systems.
This contract includes options which, if exercised, would bring the cumulative value of this contract to $291.92 million, the DoD announced on 26 May.
This contract combines purchases for the USN (98%) and two FMS customers (Australia and Japan).
Work will be performed in 12 US locations plus Japan and Spain, for completion by May 2027 if all options are exercised.
AN/SQQ-89 systems receive, combine and process active and passive sensor data from hull-mounted arrays, towed arrays and sonobuoys.
In the USN, the system is also integrated with the Aegis combat system aboard Ticonderoga-class cruisers and Arleigh Burke-class destroyers.
The expansion of the Redstone facility in Alabama will enable Raytheon to increase production of Standard Missiles in the location by 50% and support Washington in refilling stockpiles after recent operations have depleted the Pentagon’s reserves.
Major naval initiatives including the European Patrol Corvette programmes and Norway’s UK partnership-focused purchase of Type 26 frigates point to the growing interest in the advantages of commonality across allied navies.
The UK Royal Navy’s rapid procurement of uncrewed platforms aligns with the force’s strategic shift towards a fleet better equipped to handle modern threats.
The Astute-class submarine’s visit to Australia was the first time maintenance activity on a UK Royal Navy nuclear submarine had been carried out in the country.
The offensive against Iran could impact training and maintenance cycles and accelerate the degradation of the US arsenal on top of depleting Washington’s stockpiles.
The UK MoD is scoping out systems to counter the growing threat of uncrewed aerial systems, with a focus on low-cost modularity and speed to field.
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