In a notable move that underscores the complexities of modern military technology, the White House has made public a memorandum from former President Donald Trump directing a significant alteration in the construction of the USS Doris Miller, a new Ford-class aircraft carrier. This directive mandates the replacement of the cutting-edge electromagnetic aircraft launch system (EMALS) with traditional steam catapults. The decision, rooted in Trump’s long-standing belief in the superiority of steam systems, has ignited debate about the future of naval warfare and the strategic direction of the US Navy.
A Long-Standing Obsession
For Trump, the preference for steam catapults is not a new revelation. Since 2017, he has maintained that the electromagnetic system is overly complicated and prone to problems. His conviction reportedly stemmed from a single conversation with a Navy officer, which sparked a broader belief that the Navy’s shift to advanced technology was misguided. The memorandum, titled “Rebuilding the United States Navy and America’s Shipbuilding Industrial Base,” reflects this perspective, framing the decision as a remedy for the “setbacks stemming from overly complex designs” in naval shipbuilding.
The directive, included in Section 2 of the memorandum, clearly outlines that within a 60-day timeframe, the Secretary of War, in collaboration with the Secretary of the Navy, is to present a plan to the President. This plan will detail the necessary steps to install steam and hydraulic systems, including timelines and resource allocations for the construction of CVN-81, the USS Doris Miller.
Implications for the USS Doris Miller
The USS Doris Miller, currently two years behind schedule, is intended to be a flagship of the Ford-class carriers, which are designed with cutting-edge capabilities to enhance naval operations. However, the decision to revert to steam catapults raises questions about the technological trajectory of the US Navy. Critics argue that this shift not only undermines decades of advancements in naval engineering but also poses risks to the operational efficiency and readiness of the fleet.
The Ford-class carriers were conceived with EMALS to enable quicker launches and to reduce the manpower required for operations. By reverting to steam systems, the Navy may be sacrificing efficiency for nostalgia, a move that could have long-term operational ramifications.
Bipartisan Concerns and Support
Reactions to the memorandum have been mixed across the political spectrum. Some analysts view Trump’s decision as a populist response to perceived technological elitism within the military establishment. Others express concern that such a retrogressive step might hinder America’s strategic edge in naval warfare, especially in an era where technological superiority is paramount.
While there is bipartisan agreement on the need for a robust and effective naval fleet, the methods to achieve this remain contentious. Some lawmakers advocate for continued investment in advanced technologies, arguing that the US must keep pace with adversaries like China and Russia, who are rapidly modernising their own naval capabilities.
The Future of Naval Engineering
As the Navy grapples with this directive, it faces the challenge of balancing tradition with innovation. The transition from EMALS to steam catapults is not merely a technical shift; it embodies a philosophical debate within military circles about the future of warfare and the role of technology in it.
In practical terms, the Navy will need to assess the implications of this change on its shipbuilding practices, training, and overall operational strategy. The success of the USS Doris Miller will likely be viewed as a litmus test for the broader strategic vision of the US Navy moving forward.
Why it Matters
The decision to install steam catapults on the USS Doris Miller epitomises the tension between innovation and tradition within the US military. As this shift unfolds, it will be crucial to observe the impacts on naval readiness and technological advancement. In an increasingly complex global security environment, the US Navy’s ability to adapt and maintain its superiority may hinge on how it reconciles these competing philosophies. The implications of this change extend far beyond the shipyards, influencing the future of American naval strategy and its standing on the world stage.