Ingalls Shipbuilding to prepare newest Zumwalt-class destroyer for combat
Zumwalt-class destroyer Lyndon B. Johnson. (Photo: Ingalls Shipbuilding)
The Ingalls Shipbuilding division of Huntington Ingalls Inc has received a $41.65 million contract modification from Naval Sea Systems Command to begin combat systems availability work on the USN Zumwalt-class destroyer Lyndon B. Johnson (DDG 1002).
Work will include temporary dock services and maintenance plus other services to ‘accomplish the combat systems availability’ for the new guided-missile destroyer, the DoD announced on 29 August.
Ingalls Shipbuilding will perform the work at its yard in Pascagoula, Mississippi, for completion by October 2023.
Lyndon B. Johnson features ‘a state-of-the-art electric propulsion system, wave-piercing tumblehome hull, stealth design and is equipped with the most advanced warfighting technology and weaponry’, the shipbuilder noted in a 29 August statement.
The vessel was the third and final ship in the Zumwalt class to be launched (in December 2018). First-in-class USS Zumwalt and USS Michael Monsoor are both in active service with the USN.
General Dynamics Bath Iron Works was recently awarded a contract to install hypersonic missile launchers aboard USS Zumwalt.
Related Programmes in Defence Insight
Related Equipment in Defence Insight
More from Naval Warfare
-
HMS Anson’s milestone stay in Australia cut short during AUKUS deployment
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.
-
How Operation Epic Fury could reduce US readiness to face China
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.
-
UK Royal Navy explores modular counter-drone capabilities for future hybrid fleet
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.