Marines from the 1st Marine Logistic Group formed a footbridge out of layers of concrete spewed from a 3D printer, and in a test of what the service sees as the future of combat logistics.
Chief of Naval Operations Adm. John Richardson lays out aggressive acquisition goals and overhauls in how the Navy develops new technologies and implements operating concepts in a sweeping 2.0 revision of his Design for Maintaining Maritime Superiority. The push to field new kit and concepts is his effort to ready the Navy for not only high-end warfare but also gray-zone conflict and other challenges related to Russian and Chinese aggression that the service and joint force will have to confront, according to a copy of the document reviewed by USNI News on Monday. Read More
WASHINGTON, D.C. — Technological advances in production and distribution can strengthen the Navy and Marine Corps aviation parts supply chain the services’ aviation leaders said on Friday. Read More
This post has been updated to include the redacted executive summary of NAVSEA’s shipyard optimization plan.
WASHINGTON NAVY YARD – The Navy plans to build momentum for its 20-year, $21-billion ship repair yard modernization plan through key early wins: proving that a redesign of the yard in Maine translates to a substantial increase in productivity, and renovating drydocks to accommodate the Navy’s newest nuclear-powered submarines and aircraft carriers. Read More
THE PENTAGON – Marines who recently completed a deployment to U.S. Central Command in support of Operation Inherent Resolve brought with them 3D printers to make their own small quadcopters, learning lessons both on hybrid logistics models and counter-unmanned aerial vehicle (UAV) operations. Read More
The Marine Corps’ logistics community is pursuing unmanned vehicles, additive manufacturing and “sense-and-respond logistics” to eventually support Marines deployed in small, dispersed units that cannot rely on the traditional “steel mountain” logistics model. Read More
LONDON — While U.S. Navy sailors have trialed the use of additive manufacturing (3D printing) technology to build a miniature quadcopter aboard USS Essex (LHD-2) and fly it around the hanger deck, it’s their British counterparts who were first to launch a 3D-printed fixed-wing unmanned aerial vehicle from a ship. Read More