Summary
The U.S. is working to replenish its missile stockpile while developing new weapons, including hypersonic missiles. Mark Cancian, a retired U.S. Marines colonel, said the military needs different types of missiles. The U.S. military is increasingly interested in hypersonic weapons, which travel five times faster than the speed of sound. Cameron Tracy, a UC Berkeley scholar, said these systems are seen as revolutionary. The Government Accountability Office estimates that hypersonic missiles could cost up to $70 million each. Xiaodon Liang, a policy analyst, said hypersonic weapons may become cheaper as production increases. Tomahawk missiles cost about $2.6 million, while hypersonic missiles are significantly more expensive.
Our Reading
As expected, the matter has reached another stage.
The military talks about hypersonic weapons as revolutionary.
Costs remain high, even as production scales up.
Startups hope to bring down prices with new designs.
Testing is frequent, but real use remains uncertain.
Author: Evan Null
U.S. Missile Stockpile and Hypersonic Development
The U.S. is working to refill its missile stockpile while also developing new weapons, including hypersonic missiles. These weapons are seen as a key part of the military’s future strategy. The U.S. military is taking an increasing interest in hypersonic weapons, which are maneuverable and travel five times faster than the speed of sound.
Estimates from the Government Accountability Office show that hypersonic missiles could cost up to $70 million each. The GAO also notes that the modernization project is two years behind schedule. Despite the high costs, the military believes that hypersonic weapons may become cheaper as production increases.
Tomahawk missiles cost about $2.6 million, while hypersonic missiles are significantly more expensive. The U.S. Navy could buy almost 27 Tomahawks for the price of one hypersonic missile aboard the Zumwalt Destroyers. The Army could buy around 25 PrSMs for the price of one Dark Eagle hypersonic weapon.
Hypersonic weapons travel up to 20 times faster than traditional missiles, making them harder to detect and shoot down. The Atlantic Council estimates that 75% fewer hypersonic weapons would be needed for a mission. Startups are hoping to bring down some of the costs to produce hypersonic weapons with more affordable missiles and increased testing capabilities.
The Army and Navy are investing in Castelion’s Blackbeard hypersonic weapon, which the company says is designed for mass production. Castelion is building what it says will be the largest dedicated hypersonic weapon production facility in the U.S. Project Ranger is expected to produce thousands of Blackbeard weapons annually.
Hypersonic Weapon Testing and Development
Defense contractor Rocket Lab is working with the War Department to improve hypersonic missile capabilities through an increasing number of test launches. Rocket Lab’s HASTE program enables low-cost, high-frequency hypersonic and missile defense testing. The vehicle is derived from Rocket Lab’s Electron rocket, which has launched nearly 100 missions.
Rocket Lab’s HASTE program allows for more frequent testing, reducing the need for expensive, high-stakes tests. This approach allows for more risk-taking and faster technology development. The U.S. military has never used a hypersonic weapon but has explored deploying its Dark Eagle to the Middle East.
Xiaodon Liang, a policy analyst, said the U.S. would be surprised if hypersonic weapons were used extensively due to the small number of missiles and concerns about the munitions stockpile. The military is also working on other defense technologies, such as lasers, to improve its capabilities.
Developers say the U.S. speaks with other countries about missile launches and what the intended targets are. However, there are concerns that hypersonic maneuverability could lead to inaccuracy. Technologies do tend to improve over time as testing and experience with use build up.
The U.S. is rebuilding its weapons stockpile, which could delay orders from allies. The military is also working on new nuclear options, as reported by the Pentagon. The focus on hypersonic weapons reflects a broader shift in military strategy and technology development.
Cost and Production Challenges
The high cost of hypersonic missiles remains a challenge for the U.S. military. The Government Accountability Office estimates that the Army’s long-range hypersonic weapon, the Dark Eagle, could cost more than $40 million each. The Navy’s Zumwalt Destroyers could see hypersonic missiles costing up to $70 million each, including development and integration costs.
Despite the high costs, the military believes that hypersonic weapons may become cheaper as production increases. The Army thinks that the long-ranged hypersonic weapon will become cheaper as production ramps up. However, the modernization project is two years behind schedule, which could delay the deployment of these weapons.
Startups like Castelion are working to bring down the costs of hypersonic weapons through more affordable designs and increased testing capabilities. Castelion’s Blackbeard hypersonic weapon is designed for mass production and is expected to be used in various military applications. The company is building what it says will be the largest dedicated hypersonic weapon production facility in the U.S.
The U.S. military has never used a hypersonic weapon but has explored deploying its Dark Eagle to the Middle East. Xiaodon Liang, a policy analyst, said the U.S. would be very surprised if hypersonic weapons were used extensively due to the small number of missiles and concerns about the munitions stockpile.
The focus on hypersonic weapons reflects a broader shift in military strategy and technology development. The U.S. is investing in new defense technologies, including lasers, to improve its capabilities and maintain its strategic advantage.
Strategic Implications and Future Outlook
The development of hypersonic weapons is part of a broader strategic shift in the U.S. military. These weapons are seen as a key component of the military’s future capabilities, offering speed, maneuverability, and the ability to evade enemy defense systems. However, the high costs and technical challenges remain significant hurdles.
The U.S. is not alone in its pursuit of hypersonic technology. China and Russia are also developing these weapons, which has raised concerns about the U.S. falling behind in the hypersonic race. The U.S. military is working to close this gap through increased investment and testing. However, the timeline for deployment and the effectiveness of these weapons remain uncertain.
The focus on hypersonic weapons also highlights the broader challenges of maintaining and modernizing the U.S. military’s arsenal. The need to replenish missile stockpiles and develop new weapons is part of an ongoing effort to ensure the U.S. remains a dominant military power. However, the high costs and technical complexities of these projects pose significant challenges.
As the U.S. continues to invest in hypersonic technology, it will need to balance the strategic benefits with the financial and technical challenges. The success of these programs will depend on factors such as production efficiency, testing, and the ability to integrate these weapons into existing military systems.
The future of hypersonic weapons will likely shape the next phase of military technology and strategy. The U.S. will need to navigate these challenges carefully to maintain its strategic advantage and ensure the effectiveness of its military capabilities.
Testing and Deployment Challenges
The U.S. military has never used a hypersonic weapon in combat, but it has explored deploying its Dark Eagle to the Middle East. Xiaodon Liang, a policy analyst, said the U.S. would be very surprised if hypersonic weapons were used extensively due to the small number of missiles and concerns about the munitions stockpile. The military is also working on other defense technologies, such as lasers, to improve its capabilities.
Developers say the U.S. speaks with other countries about missile launches and what the intended targets are. However, there are concerns that hypersonic maneuverability could lead to inaccuracy. Technologies do tend to improve over time as testing and experience with use build up. The U.S. is also rebuilding its weapons stockpile, which could delay orders from allies.
Defense contractor Rocket Lab is working with the War Department to improve hypersonic missile capabilities through an increasing number of test launches. Rocket Lab’s HASTE program enables low-cost, high-frequency hypersonic and missile defense testing. The vehicle is derived from Rocket Lab’s Electron rocket, which has launched nearly 100 missions.
Rocket Lab’s HASTE program allows for more frequent testing, reducing the need for expensive, high-stakes tests. This approach allows for more risk-taking and faster technology development. The U.S. military has never used a hypersonic weapon but has explored deploying its Dark Eagle to the Middle East.
Xiaodon Liang, a policy analyst, said the U.S. would be very surprised if hypersonic weapons were used extensively due to the small number of missiles and concerns about the munitions stockpile. The military is also working on new nuclear options, as reported by the Pentagon. The focus on hypersonic weapons reflects a broader shift in military strategy and technology development.
