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Reinventing Maritime Dominance: Ford-Class Aircraft Carriers and the Evolution of U.S. Naval Warfare

Picture of Abdullah Bin Abbas

Abdullah Bin Abbas

Analysis Series

Analysis/0032/June/2026/London-Dialogue. 07 June 2026

 

Since the beginning of the mid-20th century’s hastened revolution in warfare and military affairs, aircraft carriers have been, hitherto, a potent component for the projection of US naval power. Through integrating naval aviation, this revolution replicated the idea of having dominant capital battleships with capabilities like long-range strikes, airspace dominance and sustainable operations far away from the shores of the homeland. Another conduit concept emphasising combined transformation through innovative doctrines, new technologies and variations in hierarchical organisation is the military technical revolution (MTR), intrinsically revamping warfare in the battleground. Recently, the US Navy has proposed upgrading its Nimitz-class carriers to the Ford class. This development conspicuously highlights an attempt to retain dominance by redefining MTR through anti-access or area denial (A2AD) targeting webs, hypersonic and unmanned systems.

The development of next-generation aircraft carriers foregrounds the transition toward enhanced and optimised platforms for greater sortie generation rates (SGR). The sortie generation rates refer to the carrier’s airwing and the number of sustained operational flights per day. It encompasses launch and recovery systems, directed energy weapons, level of automation, generating power to support manned or unmanned air wings, advanced propulsion and tenacious command systems during real-time engagement. The epitome for these advancements is the US Ford class aircraft carrier (CVN-78) designed on the hull of old Nimitz class carrier with additional revolutionary technologies mentioned earlier.

Contrasting the Nimitz class with the Ford class:

The traditional Nimitz-class carriers consisting of the series from CVN 68 to CVN 77, rely upon steam-powered catapults and arresting gears that can sustain around 120 sorties a day with a surge rate of around 240 in severe battlefield environments. As driven by nuclear propulsion, they have exhaustless endurance but require around 5000 personnel due to higher maintenance demands for steam systems. There are several upgrades introduced in the Ford class that include replicating steam catapults with the Electromagnetic Aircraft Launch System (EMALS) and Advanced Arresting Gear (AAG). These features have provided a high level of reliability, reduced stress on aircraft for smooth acceleration, capacity for launching heavy unmanned systems, and faster turnaround.

In addition, for revamped flow and parking of aircraft, the layout of the flight deck is improved. Ford-class carriers have enhanced electrical power generations for supporting high-energy sensors, weapon elevators, advanced radars, and directed energy systems in future times. More significantly, the level of automation can reduce lifecycle costs due to manpower and crew ranging from 2600 to 3300.

Likewise, the target of the Ford class is to provide 160 sustained sorties and the potential to surge up to 270 per day, which makes them 33% higher than the Nimitz class. The operational prefatory data from the USS Gerald R. Ford imply all these improved functions but suggest continuation of development for absolute long-term validation. For the past 50 years of service life, Navy projects have saved nearly $4 billion per ship by reducing maintenance costs and crew manning. regardless of having higher upfront costs.

These modernisations are meant to contribute insurmountable combat power for each platform along with optimising crew repressions. Similarly, providing capabilities to integrate the pivotal air wing of future warfare that includes Collaborative Combat Aircraft (CCA) and wingman drones.

Strategic Optimisation of Supercarriers:

The supercarriers offer unrivalled strategic utility. They serve as motile and flexible sovereign airbases for power projection instead of vulnerable, fragile land bases. For the US, they can function as a backbone by leveraging sea control, distributed maritime operations, and acting as floating command nodes during catastrophic conflict. Large air wings hosting 90 aircraft, continuum air coverage for ISR and striking at long range produce a peerless massed effect as compared to smaller platforms.

The reason for the US obsession to upgrade these platforms is very conspicuous. By upgrading these systems, the US can conserve technological edges amid intense peer competition. Recent strikes against Houthi targets in the Middle East conflict and Red Sea have proved the significance of carrier-based aviation to respond rapidly in contested zones and have a sustainable presence in intense environments. Nevertheless, this upgradation comes at the cost of several new challenges, like high sortie rates under bourgeoning pressure, integrating unmanned systems for sustainable missions and perseverance against escalating drones and missile threats. The lessons learned from these conflicts have instigated career upgradations and reviewing strategy with emphasis on lethality distribution, hybrid operations (involving manned/unmanned platforms), deception and escort as tools for survivability.

The US Navy officials have consistently affirmed the significance of carrier upgradation, particularly high sortie rates and indomitable capabilities. The Rear Adm. Ben Reynolds elucidated its striking significance in the case of high-tempo global conflict. The service describes this design as “battle-proven” due to sophisticated combat power.

The US current administration is vigorously pushing support for expanding naval power projection. President Donald Trump’s proposal for the FY-2027 defence budget demands a historic surge to $1.5 trillion, the largest procurement since the Second World War, allocating $65 billion only for shipbuilding. The demand also calls for modernisation of industrial bases and building 41 new ships. Despite Trump’s consistent opposition to various aspects of Ford-class carriers, like reliance on electromagnetic launch systems, his administration is accelerating support for fleet growth. This includes the upgradation of aircraft carriers along with introducing a new concept of battleships named the “Trump class”. The significance of naval upgradation can also be recognised by the fact that Congress is paving the path to burgeoning defence spending.

As compared to Nimitz-class ships that are worth $ 8.5-11 billion, each Ford-class ship costs approximately $ 13-14 billion, making them one of the most expensive and luxurious platforms in the military. The military analysts and reviewers raise questions about whether premium upgradation is justifiable in terms of manpower savings and sortie rate gains, particularly the recent design reviews for CVN 82 and CVN 83 named William J. Clinton and George W. Bush. Naval Secretary John Phelan mentioned that the review is practical and prudent with a focus on system, design and cost, particularly evaluating the EMALS endurance for promised savings along with superiority and upgradation over Nimitz. The assessment examining improved lethality and procurement has been completed under the shadow of budget realities.

The potential threats to large carriers in modern conflicts are hypersonic missiles, saturated attacks by swamp drones, cruise missiles, and sophisticated sensors. Albeit US Defense Secretary Pete Hegseth underscored the vulnerability of these vessels by stating that carriers can become potential targets of Chinese hypersonic missiles in case of initial engagement during the conflict.   

The carriers become high-value targets due to their huge size, but this threat can be mitigated by providing layered defense (encompassing electronics and laser warfare) and escorts. Evaluating their history, it becomes clear that carriers will evolve and modernise instead of being obsolescent. The US is not in a position to completely abandon supercarriers, as they play a pivotal role in deterrence, reassuring allies and responding promptly to crises. Official statements consistently emphasise that “we will have carriers” despite the outcomes of the review.

The pivotal shifts occurring in technology and strategy, like the proliferation of precision munitions and AI-integrated swarms, are creating challenges due to which carriers are becoming more vulnerable.

However, the US obsession with successfully upgrading its naval vessels shows broader and institutional strategic logic. The carriers play an unbeatable role in power projection that cannot be replicated by small platforms or other unmanned alternatives. The review of Ford-class carriers symbolises adapting a pragmatic approach to optimise designs for controlling cost and lethality and integrating unmanned systems other than abandonment. In future, the design will incorporate supercarriers for high-end deterrence, sophisticated submarines, mini carriers and unmanned platforms as part of a hybrid fleet.

In a nutshell, the US will not forsake aircraft carriers but is attempting to reassess their utility as part of a great grand evolution in naval warfare. Mastering the art of controlling costs along with innovating technologies and making them reliable to real battlespace threats. As Trump’s budget proposal highlights, retaining superiority in naval power not only requires advanced carriers but also revitalisation of the industrial base that has capacity to deliver the best and on time.

Picture of Abdullah Bin Abbas

Abdullah Bin Abbas