MUSV development continues for L3Harris
L3Harris is continuing engineering and technical support for the Medium Unmanned Surface Vessel programme in the US. (Photo: L3Harris)
L3Harris Technologies has obtained a $60.48 million contract modification from Naval Sea Systems Command for continued engineering and technical support on the USN Medium Unmanned Surface Vehicle (MUSV) programme.
The DoD stated on 2 July that work will be performed in Morgan City, Louisiana (73%); Arlington, Virginia (10%); Jeanerette, Louisiana (8 percent); New Orleans, Louisiana (6%); Worthington, Ohio (2%); Lafayette, Louisiana (1%), and is expected to be completed by December 2022.
MUSVs in USN thinking are 45-190ft (13.7-57.9m) long, displacing about 500t. Like the planned Large Unmanned Surface Vessels (for which the DoD requests $149 million in development funds for FY2022), MUSVs must be low-cost, high-endurance, reconfigurable ships that can accommodate various payloads as a key element in future USN strategy.
The first MUSV prototype was funded in FY2019 and L3Harris received a $34.99 million contract in July 2020 to develop it, with options to procure up to eight additional vessels.
The USN wants to fund a second prototype in FY2023.
Related Programmes in Defence Insight
More from Naval Warfare
-
Royal Canadian Navy advances with the construction of its first River-Class destroyer
Scheduled for delivery by 2033, HMCS Fraser will be a major surface component of the Canadian maritime combat power.
-
Ireland orders Thales towed array sonar
Ireland has a large Exclusive Economic Zone (EEZ) which extends 370km (200nm) offshore and contains 75% of the transatlantic subsea cables which carry $10 trillion in financial transactions daily. The country is investing to increase protection and surveillance of these waters.
-
US Navy seeks industry partners to address pressing research needs
The Office of Naval Research will host an Industry Engagement Day in August aiming at building new partnerships and advancing its science and technology initiatives in multiple areas.