The Navy released its first Advanced Manufacturing Strategy today intended to expand the service's use of technologies like additive manufacturing and 3D printing for construction, repair, re-work and the reverse engineering of parts.
The strategy includes three lines of effort, starting with “harness cutting-edge commercial capabilities for strategic advancement.” Under this effort, the Navy will look to expand the use of advanced tech in shipbuilding and weapon acquisition programs through various collaborations with industry.
The second line of effort, “modernizing organic depots and strengthening intermediate capabilities,” will see the Navy pushing to upgrade technology and train personnel within its public shipyards and other government-run installations, the document states.
The third and final line of effort, “strengthening warfighter self-sufficiency for mission success,” focuses on equipping forward-operating forces with advanced manufacturing tech to enable on-the-ground repairs and “on-demand manufacturing support,” the document indicates.
The new strategy, which aligns with the National Defense Strategy and the National Defense Industrial Strategy, implements recommendations provided by the Navy’s Science and Technology Board on opportunities to leverage additive manufacturing, according to a service announcement.
In addition to 3D printing and additive manufacturing, the strategy targets technologies including subtractive manufacturing, cold spray and directed-energy deposition and coatings removal, robotics and automation, data analytics as well as advanced machining.
“The leveraging of these cutting-edge innovations will allow the Navy and Marine Corps to maintain dominance. The department will continue to expand advanced manufacturing efforts in order to deliver lethal and affordable capabilities to the warfighter at the speed of relevance,” said Navy acquisition chief Nickolas Guertin in a statement included in the release.