The role of the fleet in maintaining US global leadership
On the role of the fleet in modern warfare
As you know, in October 2022, J. Biden approved a new US National Security Strategy. On its basis, the National Defense Strategy and the US Nuclear Strategy were adopted, which determine the prospects for the development of the US Armed Forces in the medium term.
From an analysis of these documents, it follows that the White House does not at all refuse to solve international problems through the use or threat of use of force. At the same time, preventive use of nuclear weapons is allowed weapons. Under these concepts, programs have been adopted to equip aircraft with the latest MBT models. The main task in these strategies is to contain Russia and China. And the Navy plays a leading role in this containment.
Earlier, in 2020, the US Armed Forces Commander-in-Chief developed a concept called “Multi-sphere Confrontation: Development of Joint Actions of the US Armed Forces in the XNUMXst Century.” The role of the Navy as a branch of the Armed Forces is defined in this document in the section “Superiority at Sea. Multi-Domain Naval Power,” which states that naval forces should play a leading role in possible conflicts with Russia and China.
These same doctrinal provisions are embodied in the US naval strategy. It is known as "21st Century Seapower" and is the primary vision document of the United States Navy. In accordance with its provisions, the main tasks of the Navy are defined:
- access to all operating environments of combat operations,
- deterring potential aggressors,
- control of sea communications,
- projection of military power from the sea,
- ensuring freedom of navigation and safety at sea.
To carry out its tasks, the fleet must have the appropriate forces and means.
Prospects for the development of the US Navy
To implement the key provisions of the “Sea Power of the 21st Century,” plans for the development of the American fleet, which are set out in documents such as: “Strategic Directions of the Secretary of the US Navy” (2021) and in the document of the National Naval Forces - “US Navy Development Plan” (2022). Also annually, under the leadership of the NSH, the Navy prepares a “Report to Congress on the Long-Term Shipbuilding Plan,” containing a detailed program for the construction of ships and auxiliary vessels for the next five years, as well as plans for the development, financing and construction of fleet forces for the coming 30-year period.
In 2020, the Navy adopted a new shipbuilding program, according to which the number of ships in the fleet is planned to increase from 2035 to 300 units by 355, and to increase its number to 2051-500 units by 680. This number will also include unmanned robotic systems.
A detailed shipbuilding plan was submitted to Congress in 2022. It contained three alternative options for the construction of fleet forces, two of which provide for the presence of 2052 warships and 316 support vessels in the Navy by the end of 327. These plans did not require additional funding, while the third option involved increasing the number of ships to 367 units and a significant increase in costs.
Whatever one may say, the basis of the combat power of any fleet is its ships - surface and underwater. Therefore, in order to achieve a new qualitative state of the fleet forces, their radical renewal is expected. Thus, from 2023 to 2052, simultaneously with the construction of new ships, it is planned to exclude about 300 ships and vessels from the fleet, including:
- eight AVMA, 79 large NK class cruisers, destroyers, frigates, 42 small surface ships;
- 46 nuclear submarines, of which 4 SSGNs, 14 SSBNs;
- 32 landing ships, 33 combat support ships and 34 auxiliary ships.
AVMA Harry Truman at sea
According to the plans, the system of combat command and control of fleet forces in naval theaters of operations should undergo a significant transformation, as a component of the Unified Combat Command System (USCS) of forces being created in the US Department of Defense in 2019. The UAS is necessary for more effective management of fleet operations during multi-sphere confrontation with the enemy.
The ESBU project, approved by the Minister of Defense in 2022, formed the basis of the “Strategy for creating a unified system of combat command and control of the Armed Forces in multi-sphere operations.” The naval component of the ESBU is being developed under the Overmatch project, as an integral part of the concept of a unified multi-sphere naval power.
In accordance with this project, the first 4 aircraft carriers are being modernized as command posts for AUG and deck control aviation fleet operational units. Completion of work is scheduled for the end of 2025. It is also planned to combine all electronic systems of formation ships, combat and support aviation of the AUG into a single high-speed information network. In the future, it is planned to unite all ships of the main classes, combat and reconnaissance aircraft of the Navy into a common information and control network in the theater of operations. This, according to the Navy command, will expand the strike capabilities of the fleet's operational formations. In general, the development of the ECU is moving in the direction of optimizing the network architecture, increasing the data transfer speed when working with control centers on different theaters of operations, and ensuring reliable communication between fleet combat units and headquarters centers.
To more effectively counter the rapidly growing PLA fleet, the Americans developed the concept of “Dispersed Operations” for the Asia-Pacific region. The essence of the concept comes down to dispersing naval groups as they move to the combat area. This should make it more difficult for the enemy to detect, classify, track and destroy ships before they arrive in the BD area.
In accordance with this concept, the American fleet should include a smaller (compared to the current) number of cruisers and destroyers (about 80 units by 2040), but a larger (relative to 2023) number of Constellation-class guided missile frigates, as well as “ Independence" and "Freedom". It is planned to have at least 2040 corps in the fleet by 70.
Independence-class littoral zone ship squadron
In addition, to increase the combat capabilities of the fleet, a number of R&D projects are being implemented within the framework of the Ghost Fleet Overlord program to create unmanned surface robotic systems. According to the Navy command, uncrewed ships (UCS) should in the future replace some of the missile and artillery, anti-submarine and mine countermeasures ships. During operations, BECs must reduce personnel losses by preserving large-displacement manned ships.
According to already adopted programs, the construction of AVMA type “J. Ford", Columbia-class SSBN, Virginia block-V submarine, Orly Burke-class EM and other ships. However, financial and technological difficulties, the lack of necessary personnel and labor resources, and shipbuilding capacities are shifting the timing of their construction “to the right.” But, despite this, the leadership of the US Navy continues to improve the means of armed warfare at sea, paying increased attention to the further development of naval platforms, the Unified Force Control System, and hypersonic weapons. The development of the fleet's submarine forces receives special attention from the Navy leadership.
Directions for the development of US submarine forces
Let's consider some directions for the development of the US Navy's submarine forces in the near future, without including NPA/AUV in the review, since this is the topic of a separate big conversation. Now let's talk about the nuclear submarines of the US Navy.
As is known, today submarines are the most effective means of gaining supremacy at sea and launching missile strikes against coastal targets. They can also carry out a survey of the combat area (CA), while conducting:
- covert search and destruction of enemy submarines and autonomous uninhabited underwater vehicles (AUVs);
- combating sea mines with the help of our own AUVs and combat swimmers placed on board;
- damage to the grids of stationary GAS for detecting underwater and surface objects and their cable lines, navigation systems and communication line cables;
- disabling pipelines and oil production platforms, as well as installing our own hydroacoustic detection systems and navigation aids.
SSNs are constantly being updated, greedily absorbing the latest achievements of science and technology, becoming an increasingly formidable instrument of armed warfare at sea. Today, R&D to give new capabilities to submarines is mainly concentrated on three areas of their development and improvement:
- increasing the payload (portable missile, torpedo, mine weapons, non-propelled guns and other weapons of war at sea) and expanding its range;
- implementation of the concept of a “fully electrified ship”;
- and a modular submarine as a carrier of autonomous combat systems.
Thus, to increase the payload and expand its range it is assumed:
- placing and launching weapons outside a durable casing (PC). This frees up the internal volume of the PC to accommodate additional payload;
- equipping the UAV with systems for storing, releasing and receiving and controlling AUVs and unmanned aerial vehicles (UAVs), which will increase its combat capabilities.
As part of the creation of a “fully electrified ship” it is envisaged:
- creation of new generation electrical equipment;
- development of electric propulsion motors (HEM), which use the effect of high-temperature superconductivity (HTSC);
- integration of the electrical power system and the ship’s nuclear power plant;
- creation of a shaftless propulsion system located outside the PC;
- replacement of steam, pneumatic and hydraulic actuators with electric ones.
All this will make it possible to reduce the weight and size characteristics of technical systems (TS), improve the overall layout of the submarine, increase the payload by freeing up weights and volumes inside the PC, and increase the survivability and maintainability of submarines. Automation of the control and management processes of the ship's vehicle will reduce the number of crew and increase the autonomy of the submarine's navigation in terms of provisions.
These innovations are already being partially implemented on ships undergoing modernization and in the creation of new generation submarines, in particular on the Virginia block-5 submarines (the so-called “Advanced Virginia”). Their construction is expected until 2037 and is carried out jointly by two shipbuilding companies: General Dynamics at the Electric Boat Division shipyard and Northrop-Grumman at the Newport News Shipbuilding shipyard.
Virginia-class nuclear submarine returns to base
The lead SSN of the Advanced Virginia type should enter service with the Navy by the end of 2024. It will be equipped with an additional section 25,31 m long with 4 UVPs, for 28 Tomahok CRBD or several AUVs. For the release and reception of AUVs or transporters of combat swimmers, it is planned to equip the UVP with a telescopic retractable device, which is already successfully used on SSGNs of the “Converted Ohio” type. The Virginia-class submarines currently in service are intended to replace the Ohio SSGN and are more focused on delivering missile strikes against enemy coastal targets and supporting ground forces in conditions of complete superiority of the US Navy. With the advent of the latest Yasen-M type submarines and Chinese 095 type submarines, as well as Poseidon-type AUVs in the Russian Federation, the US Navy urgently needed a new attack submarine to counter such an underwater enemy.
Currently, the US Navy is designing and carrying out R&D of systems for a new generation attack submarine of the SSN(X) type. Its commissioning is planned for 2038. And by 2049, the fleet should include (with a construction rate of 2-3 units/year) about 30 such submarines. Experts believe that this will be a ship whose priority task will be to search and destroy enemy submarines and AUVs. Perhaps it will be similar to the Seawolf-class submarines, which were originally developed for anti-submarine warfare.
SSN "Seawolf" on the surface when leaving its base
The new submarine should embody all the latest achievements in the field of underwater shipbuilding. It will have increased speed and diving depth, less noise, and the ability to take on board a larger number of different weapons. At the same time, it must operate successfully in maritime operations conducted in accordance with the Forse Net concept.
No less interesting is the direction of increasing the payload for the new generation of submarines. In 2049, it is planned to introduce the lead submarine into the fleet.with increased payload» – LPS (Large Payload Submarine). It is planned to build 5 such units at intervals of 2-3 years. It is expected that this submarine will be a converted version of the Columbia-class SSBN (similar to the Ohio-class SSBN). Currently, specialists are engaged in preliminary design of the LPS. Such a UAV is considered as a carrier of a significant number of multi-purpose AUVs, UAVs, hydroacoustic detection equipment and electromagnetic sensors installed on the seabed, as well as communications equipment, underwater and surface repeaters. All these means should prevent the enemy from detecting the control submarine, ensure its defense and victory in combat clashes with enemy submarines.
According to the creators, the LPS will serve as a combat information and control center and only engage in direct combat when absolutely necessary. Such tactics of its use should increase security and survivability, making it difficult for enemy anti-submarine forces to detect and destroy LPS.
From all that has been said, the following conclusions can be drawn:
1. The Pentagon continues to actively increase the combat capabilities of the Navy by improving existing ones and creating fundamentally new submarine designs.
2. Multi-purpose submarines will remain the most important component of the fleet due to their main advantages - stealth and a wide range of missions.
3. The new generation submarines will have increased performance characteristics and combat stability due to an increase in payload, including a wide range of missile weapons, torpedoes, mines, AUVs and UAVs, as well as units of combat swimmers.
4. PLAs will be able to be used as control centers for the information and control network of operational connections. They will ensure secrecy, stability and flexibility in controlling fleet forces and will contribute to gaining dominance in the enemy’s near sea zone.
These are the main views of the military-political leadership of the country and the fleet on the prospects for the development of nuclear submarines for the period until 2050.
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