Are carriers obsolete? Navy analyzes future aircraft carrier designs

Are carriers obsolete?  Navy analyzes future aircraft carrier designs

Are carriers obsolete? Are they too large and vulnerable to long-range precision carrier-killer missiles to operate close enough to shore to project power?

The topic is discussed so often it might seem like old news, yet ongoing questions about the future of aircraft carriers are as, if not more, relevant today than at any other time. Are carriers obsolete? Are they too large and vulnerable to long-range precision carrier-killer missiles to operate close enough to shore to project power? Will the Navy architect a new generation of differently configured carriers? Perhaps smaller, faster and more agile?

To the extent that the Navy’s recently released 30-year shipbuilding plan offers a glimpse into current thinking about future Naval warfare, it is clear that the question will continue to receive very significant attention. The text of the plan states that, moving through the next five years and beyond, the Navy plans to analyze “carrier evolution,” by writing that the service “continues to meet full funding requirements for CVN 80/81 and advanced procurement for a CVN in 2026. The department also recognizes the need for continued exploration of carrier evolution and expects to conduct an analysis of alternatives within the FYDP (Five Year Defense Spending Plan) to inform potential requirements.”

CVN 80 and 81, the third and fourth Ford-class carriers, are already well underway following the successful construction of the first-in-class USS Ford which is now nearing deployment.

The question regarding the future has been studied extensively in recent years through a number of formal Navy studies, and many weapons developers continue to ponder a range of potential contingencies. Some of these include greater use of F-35B armed amphibious assault ships for carrier-like power projection missions. Certainly, having 5th Gen attack capability extends the tactical and operational envelope for amphibs, and newer amphibs are being engineered with new abilities to command and control large fleets of surface, air and even undersea drones. Would amphibs be less vulnerable targets sufficiently capable of sustaining a high-op tempo sortie rate for maritime attack?

Other major factors include the large-scale incorporation of surface, air and undersea drones, meaning carriers could operate at safer standoff distances when enabled by new platforms such as the MQ-25 Stingray, a first-of-its-kind drone able to nearly double the strike range of carrier-launched fighter jets such as F-35s and F/A-18s. Then there is the question of evolving ship defenses, meaning newer kinds of layered defense weapons to include EW (electronic warfare), lasers, aerial sensor nodes, advanced radar and faster computer processing for fire control all continue to massively improve carriers’ ability to operate safely in high-threat environments such as waters within striking range of China’s heavily touted carrier-killer DF-26 and DF-21D anti-ship missiles. Fast-evolving ship defense technologies are likely one reason why senior Navy leaders continue to emphasize that U.S. carriers are going nowhere soon and can operate wherever they need to, whenever they need to when called upon. While the mission to project massive attack power from the sea is by any estimation here to stay, its particular size, shape and technological configuration certainly may evolve.