A Generational Change in Naval Aviation Has Begun Amidst Tight Budgets, Fighter Gaps

USNI News – The Navy is making the first major changes to the carrier air wing in a generation. The service just wrapped up the first carrier deployment of the F-35C Lightning II Joint Strike Fighters – the first new fighter jet on a carrier in 20 years – and is a few years away from introducing the first unmanned aircraft into the air wing. But while the Navy is moving ahead with new platforms and ways of fighting, it is still wrestling with maintenance gaps and a fighter inventory too small to deploy and train efficiently. The service is also shifting its strategy to focus on the Indo-Pacific, a vast region for the carrier air wing to operate in, after two decades of providing close-air support for combat missions in the Middle East and Central Asia.

Navy Pilots Flying Dozens of Daily Russian Deterrence Missions from USS Harry S. Truman

USNI News – Since December, the Harry S. Truman Carrier Strike Group, Carrier Air Wing 1 and its escorts have been operating in the Adriatic and Ionian seas launching 80 to 90 sorties a day as far north as Lithuania for a variety of missions with NATO-allied aircraft from Romania, France and Italy. Some fighters launched from Truman are training, while some are set to police NATO’s airspace and prevent Russian aircraft from violating those borders.

Littoral Disaster: Navy Wants To Retire 10 Littoral Combat Ships According To Report

War Zone – The U.S. Navy will reportedly seek to decommission between eight and 10 Freedom class Littoral Combat Ships, or LCSs, as part of its budget proposal for the 2023 Fiscal Year. This would despite the oldest example still on active duty being only seven years old. Last year, the service admitted that it would take years to implement critical fixes to the propulsion systems on all of the Freedom class vessels it has acquired to date.

Manning the Unmanned Systems of SSN(X)

CIMSEC – The submarine force needs sailors with specialized skills to maintain, operate and integrate UUVs into SSN(X) operations. Because the submarine force and the United States Navy at large lack a documented, repeatable, and formalized process for training UUV operators and maintainers, the qualitative concept and computational model presented in this article offers a bridge to scaling multi-UUV operations. The Navy needs to develop codified training and manning requirements for UUV operations and the infrastructure, both physical and intellectual, to support unmanned systems operations. The recommendations discussed here are focused on the specific use case of UUVs deployed from manned submarines.