Latest Details on the USMC’s NMESIS and Long Range USV
The U.S. Marine Corps replies to our inquiry on the numbers of NMESIS systems and Metal Shark USV Armament.
22 Jun 2022
The U.S. Marine Corps replies to our inquiry on the numbers of NMESIS systems and Metal Shark USV Armament.
24 May 2022
At the USNI/CSIS “Maritime Security Dialogue: Force Design 2030 and Marine Corps Modernization Efforts” held ...
19 Apr 2022
Russia’s unprovoked invasion of Ukraine, and the grinding war that has followed, will be studied by war colleges for years, perhaps even decades. Among the many lessons learned during this conflict, one that will likely be most prominent is the vital importance of logistics in warfare.
10 Mar 2022
At the WEST 2022 Conference in San Diego, held mid-February, the U.S. Navy Chief of Naval Operations, Admiral Michael Gilday said that he would like a future naval force of over 500 manned and unmanned ships.
17 Feb 2022
At the NDIA Expeditionary Warfare Conference 2022 (EWC 2022) NAVSEA provided some insights on the Light Amphibious Warship (LAW), small boats, and the U.S. Navy’s amphibious ship-to-shore connectors...
13 Feb 2022
At SNA 2022 in mid-January, the U.S. Navy and U.S. Coast Guard discussed their future force composition. Discussions covered new frigates, destroyers, amphibious and logistic ships, unmanned surface vessels, sea-to-shore connectors and landing crafts, cutters, and the Integrated Combat System (ICS).
29 Jan 2022
Lockheed Martin unveiled a new model of the Optionally Unmanned Surface Vessel (OUSV) at the Surface Navy Association 2022 National Symposium (SNA 2022) held LIVE in-person and streamed virtually in mid-January.
03 Jan 2022
The U.S. Navy ships mentioned by the three authors in the “Unclassified, Approved for Public ...
02 Dec 2021
GDMS was awarded a contract by the U.S. Navy for support of their Overlord Unmanned Surface Vessel (OUSV) Combat System Ship (CMS) Integration and Test program
23 Nov 2021
The OpFires Project will use throttleable rocket motors on hypersonic missiles to achieve varying ranges ...