United States Navy (USN) : News & Discussions

Ford Class Of Supercarriers May End After Four Ships, Navy Eyeing Smaller Carriers
One of the hottest debates in the world of defense procurement and strategy surrounds the role that aircraft carriers will play in the future, one in which their ability to operate within striking distance of enemy shores is increasingly questioned. This issue has many facets, including air wing composition, the physical size of the carriers themselves, their propulsion type, shipbuilding capacity, force size, and more. Price is also a huge factor. With the troubled Ford class supercarrier topping out at around $15B for a single hull, competing priorities like the massively expensive Columbia Class nuclear ballistic missile submarine and the Navy's dream of substantially expanding its surface combatant fleet are putting the viability of America's current supercarrier concept of tactical naval aviation power projection ever more in question.

In a fabulous story by Breakdefense.com's Paul McLeary, the future of America's carrier force structure is brought into focus, or at least the planning for that future force structure. I highly suggest you read the piece in full, but it is worth breaking down some of the main points here as they will have a substantial impact on many of the topics we have been covering or will be covering going forward.

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USN
The rare sight of three supercarriers operating alongside each other in the Pacific.
Some of the key points include:
  • The Future Carrier 2030 Task Force will soon be introduced and will partake in a six-month-long study looking at the viability and survivability of aircraft carriers in reflection of emerging threats that put into question carriers' their ability to project relevant combat capability forward during a peer-state conflict. This task force will look to predict threats beyond 2030, as well as the shipbuilding sensitivities that will emerge during that time period. The findings could deeply influence the Navy's future aircraft carrier procurement and operations strategy.
  • The study will run in conjunction with the ongoing deep-dive into the Navy's force structure and shipbuilding requirements over the next 30 years that is being headed-up by Deputy Defense Secretary David Norquist. Acting Navy Secretary Thomas Modly is heading up the Future Carrier 2030 Task Force. The two initiatives could end up being at odds with one another, at least in some manner.
  • Four Ford class supercarriers are currently planned, the last of which will be delivered around 2032. It is possible, if not likely, that the class's procurement will end at that time and new class will take its place. This will likely be a cheaper and smaller design.
  • A possible shift in the use of carriers from front line operations to controlling large swathes of ocean and bolstering critical supply lines during a peer state conflict is emerging.
  • USS Dwight D. Eisenhower and her strike group trained for such a role in the run-up to the Army's massive Defender-Europe exercise. The "Ike" and its escorts simulated crossing the Atlantic under contested conditions—a reality that the Navy says has already manifested itself. This was the first exercise of its kind since 1986 and included fighting off simulated submarine, electronic warfare, and aerial attacks. In other words, the ships basically fought their way across the Atlantic and provided protection for a convoy loaded with land warfare reinforcements.
  • The Navy's current carrier deployment model is considered broken and it is restricted by the force structure that underpins it.
  • The Lightning Carrier concept, which The War Zone was the first to report on, is being closely examined as a way to bolster and help redefine the Navy's power projection options. Also, pushing detachments of F-35Bs ashore to austere airfields could be part of future air combat fighting doctrine. These are all issues that we have discussed before, but it appears they are picking up steam within the Pentagon.
  • Amphibious ships turned Lightning Carriers would not replace the Navy's big-deck carriers, but any carrier that comes after the Ford class is likely to be smaller.
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USN
USS Ford undergoing trials off the Virginia coast.

Of course, our readers are familiar with the arguments in favor of smaller carriers and the benefits they could bring to the U.S. Navy, although it remains a bizarrely heated topic. While even stepping away from 100,000-ton displacement supercarriers to smaller, but still large, 65,000-ton designs is seen by many as sacrilege, pivoting from nuclear back to conventional fuel is even more controversial.

Regardless, it seems that the powers that be within the Pentagon are finally coming to terms with the opportunity cost imposed by chasing an all supercarrier procurement strategy and how unsustainable it has become. Even disposing of nuclear-powered supercarriers once their service lives have ended is becoming a hugely costly endeavor. This is in addition to the concerns surrounding investing so much into so few hulls in light of the shifting geopolitical winds and America's potential enemies' growing anti-access, area-denial capabilities.
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BAE Systems

The 65,000 ton displacement Queen Elizabeth class in CATOBAR configuration.

As it sits now, we could be just six months away from the emergence of a major shift in American naval strategy, one that could degrade the notion that huge nuclear-powered aircraft carriers are the best way of achieving America's national defense goals.
Ford Class Of Supercarriers May End After Four Ships, Navy Eyeing Smaller Carriers: Report

All lies. They will continue building supercarriers since downgrading to a 65000T or 80000T brings no advantage and only disadvantages and you don't save much money anyway. The only savings is the cost of materials that makes up the difference and nothing else, which is not a lot considering the cost of such carriers.

Rather what will happen is fighter jets will get bigger, covering much larger ranges. The USAF plans to give the F-X tremendous range in order to escort the LRS-B, so the kind of ranges we are speaking about could eventually go into half of intercontinental ranges. The USN also wants a lot of range, much more than what the SH can deliver. New generation engines will also assist in increasing range. This way you can operate well outside the ranges of enemy anti-carrier weapons. So you will obviously need large carriers to support such aircraft.
 

Quantum Communication Could Make U.S. Subs Even More Deadly
Kyle Mizokami
Popular MechanicsApril 22, 2020, 11:06 PM GMT+1

Photo credit: U.S. Navy photo by Lt. Cmdr. Michael Smith/DVIDS

Photo credit: U.S. Navy photo by Lt. Cmdr. Michael Smith/DVIDS
From Popular Mechanics
  • Quantum communications would provide secure communications for U.S. missile submarines.
  • Quantum communications is a new, highly secure means of sending and receiving data.
  • The technology uses quantum theory to store data in fragile quantum states that collapses if hackers attempt to gain unauthorized access.
  • The process has been demonstrated in fast-moving water, leading to the possibility it could be used to communicate with nuclear-armed submarines.
University researchers have discovered that quantum communications are possible with submerged objects in turbulent water. The revelation means it might someday be possible for the National Command Authority to use quantum communications to securely communicate with underwater submarines, particularly those that make up part of the nuclear triad.
Photo credit: (U.S. Navy photo by Mass Communication Specialist 1st Class Ronald Gutridge/DVIDS

Photo credit: (U.S. Navy photo by Mass Communication Specialist 1st Class Ronald Gutridge/DVIDS
According to IEEE Spectrum, researchers at the University of Ottawa have demonstrated their ability to transmit information by quantum communications across thirty meters of “turbulent” water. The researchers were able to send 72 kilobits of data per second—or the equivalent of 4,600 characters per second. Although the method has been used to send and receive data through water in the past, it has been used across calm water and not necessarily water representative of a real-world marine environment.
Quantum communications is the practical application of quantum theory to create a super-secure means of communication. With current digital data transmission methods, it is possible for a third party to hack an exchange of data without being detected. The nature of quantum communications makes it possible to know immediately if hackers are trying to compromise a secure data stream.
Quantum communications would be—at least for now—pretty slow. Although 4,600 characters per second sounds like a lot, sending ordinary words in binary 0s and 1s balloons their size considerably. The word “Hello” in binary becomes “01001000011001010110110001101100011011110000110100001010” at a total of 56 characters. This article so far amounts to 19,656 characters in binary, or about 5 seconds of quantum communications at the current rate of data transmission.
Photo credit: Sandy Huffaker - Getty Images

Photo credit: Sandy Huffaker - Getty Images
But one group that could especially use this new quantum communications technology: nuclear submariners. The U.S. Navy operates 14 Ohio-class ballistic missile submarines, with at least five to six at sea at any given time. A typical deterrent patrol lasts an average of 70 days, during which time the submarines do their best to hide in the vastness of the world’s oceans and await orders to fire their missiles.
An Ohio-class submarine at sea is America’s ace in the hole, ensuring that hundreds of nuclear warheads can survive a surprise nuclear attack on the U.S. The idea is that this strategy deters an enemy from launching an attack in the first place. All of this makes secure, reliable communications with submarines extremely important. A third party that could read messages between the “boomers” at sea and the Pentagon could determine their position and sink them.
Quantum communications is far from broadband-level bandwidth, but it is enough to send simple, coded messages to submarines at sea. China is also reportedly looking into quantum communications to communicate with its submarines, and other undersea nuclear powers will likely follow suit.
 
US Navy Awards Guided Missile Frigate (FFG(X)) Contract
WASHINGTON (NNS) -- Navy awarded a contract to design and produce the next generation small surface combatant, the Guided Missile Frigate (FFG(X)) April 30. The contract for detail design and construction (DD&C) of up to 10 Guided Missile Frigates (consisting of one base ship and nine option ships) was awarded to Marinette Marine Corporation (MMC) of Marinette, Wisconsin, officials announced.

“The Navy’s Guided-Missile Frigate (FFG(X)) will be an important part of our future fleet,” said Chief of Naval Operations, Adm. Mike Gilday. “FFG(X) is the evolution of the Navy’s Small Surface Combatant with increased lethality, survivability, and improved capability to support the National Defense Strategy across the full range of military operations. It will no doubt help us conduct distributed maritime operations more effectively, and improve our ability to fight both in contested blue-water and littoral environments.”

The FFG(X) will have multi-mission capability to conduct air warfare, anti-submarine warfare, surface warfare, electronic warfare, and information operations. Specifically FFG(X) will include an Enterprise Air Surveillance Radar (EASR) radar, Baseline Ten (BL10) AEGIS Combat System, a Mk 41 Vertical Launch System (VLS), communications systems, MK 57 Gun Weapon System (GWS) countermeasures and added capability in the EW/IO area with design flexibility for future growth.

“I am very proud of the hard work from the requirements, acquisition, and shipbuilder teams that participated in the full and open competition, enabling the Navy to make this important decision today,” said James Geurts, assistant secretary of the Navy for research, development and acquisition. “Throughout this process, the government team and our industry partners have all executed with a sense of urgency and discipline, delivering this contract award three months ahead of schedule. The team’s intense focus on cost, acquisition, and technical rigor, enabled the government to deliver the best value for our taxpayers as we deliver a highly capable next generation Frigate to our Warfighters.”

The acquisition process for FFG(X) began in 2017. Since then, the Navy has worked closely with industry to balance cost and capability. This approach was successful in achieving an Average Follow ship cost across ships 2 – 20 that is below the objective set in the CDD and aligns to the National Defense Strategy’s stated goal of achieving a more lethal, resilient, and agile force by pursuing acquisition strategies to build ships more quickly and affordably. For example, because the frigate acquisition program promoted shipbuilding competition, included early industry involvement, and open communication between all stakeholders, the program was able to accelerate almost six years as compared to normal shipbuilding programs.

The Navy released the FFG(X) DD&C Request for Proposals to industry June 20 last year. Technical proposals were received in August 2019, and cost proposals were received in September 2019. This was a full and open competition with multiple offers received.
 
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