“Navy’s $3.5 Billion Submarine Is Broken” Virginia Block V Can’t Fire Its 40 Missiles and Pentagon Admits Design Flaw

The Virginia Block V attack submarine signifies a bold new chapter in the evolution of undersea warfare. With its impressive array of capabilities and cutting-edge technology, it promises to reshape naval defense strategies for years to come. As the largest shipbuilding contract in U.S. Navy history, the program represents a substantial investment in national security, with General Dynamics Electric Boat at the helm of its development. This sophisticated vessel is not just a product of engineering ingenuity but a strategic tool designed to meet the demands of modern maritime threats. Here, we explore the key features and implications of the Virginia Block V submarine.

Enlarged Hull and Increased Firepower

The Virginia Block V submarine is distinctively characterized by its enlarged hull, which is a significant departure from its predecessors. The addition of an 84-foot section to the hull is a crucial modification, as it allows for the inclusion of four large-diameter tubes. Each of these tubes can accommodate seven Tomahawk cruise missiles, bringing the total missile capacity of the Block V to an impressive 40. This expanded strike capability is a game-changer in undersea warfare.

The flexibility of these large tubes is another noteworthy aspect. They are not restricted to carrying traditional Tomahawk land-attack missiles but can also deploy large-diameter unmanned undersea vehicles and hypersonic prompt-strike missiles. Moreover, the submarine is equipped to launch the new maritime strike variant of the Tomahawk, designed for targeting ships. This versatility significantly broadens the operational scope of the Block V, allowing it to perform a diverse array of missions with enhanced stealth and firepower.

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Operational Excellence and Versatility

The Virginia Block V is engineered to fulfill multiple roles, thereby acting as a “Swiss Army knife” of undersea warfare. This design philosophy marks a departure from traditional roles assumed by retiring guided-missile submarines. The introduction of the Block V heralds a shift in operational concepts, necessitating a change in the training and mindset of submariners. As Bryan Clark, a retired submarine officer, notes, this evolution will expand mission profiles beyond conventional intelligence-gathering duties.

With the Block V, submariners are being trained for a wider array of missions, including Tomahawk deployments and anti-ship operations. The addition of the Tomahawk maritime strike missile adds a new dimension to the submarine’s capabilities, reminiscent of Cold War-era mission profiles. This adaptability ensures that the Block V remains a pivotal asset in modern naval strategies, capable of executing a variety of missions while maintaining a stealthy profile.

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Stealthy Design for Enhanced Performance

The acoustic superiority program is a cornerstone of the Block V’s design, aimed at significantly enhancing the submarine’s stealth capabilities. This comprehensive initiative includes the integration of a new vertical array, advanced coatings, and machinery-quieting technology. These upgrades make the Block V exceptionally quiet, enabling it to operate undetected in hostile waters.

Stealth is a critical component of the Block V’s operational mandate. By enhancing its ability to detect enemy vessels while remaining hidden, the submarine can effectively carry out its missions without compromising its position. These advancements in stealth technology are crucial for maintaining undersea dominance, ensuring that the Block V remains an invaluable asset in the Navy’s arsenal.

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Cost Considerations and Strategic Implications

The Virginia Block V program represents a significant financial undertaking, with each submarine costing over $3.5 billion. If the Navy proceeds with the purchase of all ten planned submarines, the total program value could reach $35 billion. This substantial investment underscores the Navy’s strategic emphasis on deploying more missiles to counter long-range threats.

However, reliance on submarines for strike missions presents challenges. While submarines offer strategic advantages in contested zones, the cost of developing a submerged force capable of delivering the required firepower is considerable. Navy analyst Jerry Hendrix suggests that exploring alternatives such as large unmanned surface combatants could enhance missile capacity more cost-effectively. This approach could provide a balanced solution, aligning financial and strategic demands in modern naval warfare.

The Virginia Block V attack submarine is a testament to the Navy’s commitment to innovation and strategic foresight. By integrating advanced technology with versatile operational capabilities, the Block V is set to play a crucial role in the future of naval defense. As the Navy continues to evolve its strategies, the question remains: how will the integration of unmanned systems further enhance the capabilities of submarines like the Block V?

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