| Class overview | |
|---|---|
| Name | Type 83 destroyer |
| Operators |  Royal Navy |
| Preceded by | Type 45 |
| Built | Late 2030s (planned) [1] |
| General characteristics (conceptual) | |
| Type | Guided-missile destroyer |
The Type 83 destroyer is a proposed class of guided-missile destroyers which is planned to enter service with the United Kingdom's Royal Navy in the mid-to-late 2030s. It is being developed as a direct replacement for the current flotilla of six Type 45 destroyers. [2] [3]
The Royal Navy currently operates six Type 45 destroyers, also known as the Daring class, the first of which entered service in 2009 and are planned to leave service by 2038. [4] [1] They are used principally for anti-air warfare (AAW) and are equipped with the Sea Viper air defence system. Sea Viper comprises the SAMPSON multi-function AESA radar and a 48-cell Sylver Vertical Launching System (VLS) for the ship's primary anti-air armament, the short range Aster 15 (to be replaced by Sea Ceptor with the addition of 24 vertical launch cells) [5] and long range Aster 30 missiles. Outside their primary AAW role, the Type 45s have flag-facilities to lead a task-force and are also periodically deployed to carry out counter-piracy, counter-drug trafficking, maritime security and humanitarian assistance/disaster relief missions. [6] [7]
In 2023 General Nick Carter, the former head of the British Armed Forces, described the Type 45 destroyers as the UK's only credible means of protection against large scale cruise missile attacks as well as ballistic missile and hypersonic missile threats, contextualised with the usage of Russian missile strikes during the Russo-Ukrainian War following the 2022 Invasion. [8] [9] This is because the Type 45s are the only asset in UK service to have both wide-area air-defence capability beyond 100 km (62.1 mi) via the Aster 30 missile and ballistic missile defence capability with the forthcoming Aster 30 Block 1 variant (following completion of upgrades to the Type 45s). [10] By comparison, the Royal Navy's current Type 23 frigates as well as the forthcoming Type 26 and Type 31 frigates alongside the Sky Sabre air defence system in British Army service are, at least initially, only [to be] equipped with the >25 km (15.5 mi) point and local-area defence 'Sea Ceptor / Land Ceptor' variant of the CAMM family respectively.
The first public mention of a new anti-air warfare fleet escort for the Royal Navy was in the British Ministry of Defence's (MoD) command paper, Defence in a Competitive Age , published in March 2021. It was mentioned again the same year in the context of the government's National Shipbuilding Strategy and associated comments regarding planned investments in future naval platforms. According to The National Interest , if previous Royal Navy conventions are adhered to, the "8X" designation suggests the ship will be a large, multi-role fleet escort, akin to the sole Type 82 destroyer, HMS Bristol (in commission from 1973 to 1991). The latter was a large, multi-role destroyer with dimensions approaching those of a World War II light cruiser, designed and built to escort the Royal Navy's aborted CVA-01 class of fleet aircraft carrier. [11] She was equipped with flag facilities for this purpose as well as a comprehensive suite of state-of-the-art anti-air, anti-submarine and anti-surface weapons and sensors.
Currently, the MoD and Royal Navy are in the conceptual phase for the development of a wider joint system known as the Future Air Dominance System (FADS) as means of replacing the Type 45s. [12] [13] AT DSEI 2023, First Sea Lord Sir Ben Key described FADS as "...the replacement to our Type 45 Destroyer, but so much more than just about ships. A system of systems designed to be completely dominant. Dominant in air defence, dominant in long range precision strike, blending existing ships and aircraft with cutting edge sensors, weapons, digital enablement, to ensure that we can do what we need to do faster, quicker, more, more lethally, and more accurate than those who would oppose us". [14]
FADS is expected to take a system of systems approach to the future of maritime air defence and surface warfare; with the Type 83s working in concert with other allied (NATO) vessels, the carrier air wing on board the Queen Elizabeth class carriers (F-35Bs), as well as other land, air, and space-based assets to defeat hostile aircraft and uncrewed air vehicles as well as conventional, ballistic, and hypersonic missile threats. [15] [12] In February 2022, the MoD confirmed the Type 83s would be equipped to address the burgeoning threat of hypersonic missiles. [16] Alongside this, FADS also intends to develop new methods of both the initial procurement of equipment and through-life upgrades. [14] [13]
No design specifics have yet been confirmed publicly, but it is understood that a concept development process for the Type 83 requirement is underway. [17] [18] Of the many that are under consideration for the Type 83 programme, a number of conceptual ship designs have already been publicly shown or described:
In June 2023, 3D renderings of a computer model purported to be an indicative 'place-saver' for the Type 83 project, were published by online defence news outlet 'DefenceConnect'. [19] The article's author claimed the image had been sourced from an internal BAE Systems presentation titled, "Fire Safety and Damage Control in Warship Design - Now and into the future" and was preliminary. It does however show a large vessel, appearing to take strong design cues from both the previous Type 45 class and particularly the Type 26 class of vessels whilst evidently following a standard warship design philosophy. It is displayed with a single 5-inch (127 mm) gun forward, large batteries of vertical launch cells (possibly 96-cells or more) sited forward and amidships, several CIWS and laser/EOS mounts, a sizeable helipad aft and an adjoining hangar able to host up to Merlin-sized aircraft. The model is displayed with two funnels/uptakes and is topped by a mainmast mounting multiple fixed AESA radar panels similar in appearance to CEA Technologies' CEAFAR system; an additional panel appears present on the aft uptake whilst another is located amidships looking directly up. [19] [12] [20] The presence of the CEAFAR corresponds with reports from 2018 that the UK had begun feasibility studies for the system to be applied to future British warships. [21] [20]
A new large cruiser style design would likely be an expensive option for the programme, but would seemingly be more than capable of meeting any expected specifications for the Type 83, with plenty of space and weight available for both a high-end sensor suite and a large missile capacity comparable to other foreign high-end air-warfare destroyer/cruiser designs such as the PLAN's Type 55 or the USN's upcoming DDG(X), both in 10,000+ tonne range. [1] [12]
In June 2023, Navy Lookout reported on a concept for an 'Arsenal ship' design that appears to have originated from a Royal Navy power point shown during a Navy Leaders 2022 presentation on FADS and the Type 83. [12] [22] This vessel would be around 4,000 tonnes, have a crew of fewer than 50, and feature both an high-end air-warfare sensor suite and large VLS capacity. The design would also aim to focus on survivability, with the crew centred in an heavily armoured habitable core and the outer compartments filled with inert gas, leaving damage control tasks to automated systems. However, it would not feature any anti-submarine capability or hangar facilities, and only a light gunnery armament for force protection. [12] [22]
The potential benefit of such an approach would be that the lower crewing requirements and reduced sustainment costs could allow for three to four times the number of hulls to be procured over the six Type 45s, allowing for a much greater distribution of air-defence assets around a carrier strike group. Another potential benefit would be having additional ships available for alternate deployments such as mainland defence. However, at the cost of complete specialisation towards air-defence, it would lack much of the command and other peacetime capabilities found in its predecessor. [12]
An air-warfare variant of the Type 26 was reported as being under consideration for the Type 83 programme in March 2021; [23] however, at the time, there was no indication that a Type 26-derived design was capable of carrying the 90+ VLS cells that was viewed as competitive to the missile capacity of foreign equivalent designs (eg. DDG(X) / Type 55). [1] In November 2023, BAE showcased a guided-missile variant of the Hunter-class frigates (Australian version of the Type 26 design) which removed the flexible mission space (mission bay) as well as a number of acoustic hygiene and anti-submarine warfare features to facilitate the addition of 64 vertical launch cells on top of the existing 32-cell complex for a total of 96 cells, with the option of removing the main gun to allow for a total of 128 cells. [24] [25] [26] [27]
Using an existing hull design for the Type 83 could potentially reduce the development costs of the overall programme compared to developing a new design from scratch; commonality of equipment with the ASW variant would also help in this aim and could allow for a more streamlined construction schedule assuming the Type 83 was to be built at BAE's shipyard on the Clyde following on from the build of last two Type 26 vessels in the 2030s. [1] [23] [24] [25] [26]
The Type 23 frigate or Duke class is a class of frigates built for the United Kingdom's Royal Navy. The ships are named after British Dukes, thus leading to the class being commonly known as the Duke class. The first Type 23, HMS Norfolk, was commissioned in 1989, and the sixteenth, HMS St Albans was commissioned in June 2002. They form the core of the Royal Navy's destroyer and frigate fleet and serve alongside the Type 45 destroyers. They were designed for anti-submarine warfare, but have been used for a range of uses. Ten Type 23 frigates remain in service with the Royal Navy, with three vessels having been sold to the Chilean Navy, one being retired in 2021, and two being retired in 2023.
The Type 45 destroyer, also known as the D or Daring class, is a class of six guided-missile destroyers built for the United Kingdom's Royal Navy in the early 21st century. The class is primarily designed for anti-aircraft and anti-missile warfare and is built around the PAAMS air-defence system using the SAMPSON Active electronically scanned array (AESA) and the S1850M long-range radars. The first three destroyers were assembled by BAE Systems Surface Fleet Solutions from partially prefabricated "blocks" built at different shipyards; the remaining three were built by BAE Systems Maritime – Naval Ships. The first ship in the Daring class, HMS Daring, was launched on 1 February 2006 and commissioned on 23 July 2009.
HMS Lancaster is a Duke-class Type 23 frigate of the Royal Navy, launched by Queen Elizabeth II on 24 May 1990. The ship is known as "The Queen's Frigate", the Duke of Lancaster being a subsidiary title of the Sovereign. Being the third ship in the Type 23 class, Lancaster was originally allocated the pennant number F232 until it was noted that the 232 is the Royal Navy report form for groundings and collisions and therefore considered unlucky. She is one of the few ships left in the fleet with some female officers but mess decks which are men-only. It is quite common when she has returned from long operations that she is flown over by the Avro Lancaster bomber which is part of the Battle of Britain Memorial Flight based at RAF Coningsby.
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Future planning of the Royal Navy's capabilities is set through periodic Defence Reviews carried out by the British Government. The Royal Navy's role in the 2020s, and beyond, is outlined in the 2021 defence white paper, which was published on 22 March 2021. The white paper is one component of the Integrated Review of Security, Defence, Development and Foreign Policy, titled as Global Britain in a Competitive Age which was published on 16 March 2021.
A vertical launching system (VLS) is an advanced system for holding and firing missiles on mobile naval platforms, such as surface ships and submarines. Each vertical launch system consists of a number of cells, which can hold one or more missiles ready for firing. Typically, each cell can hold a number of different types of missiles, allowing the ship flexibility to load the best set for any given mission. Further, when new missiles are developed, they are typically fitted to the existing vertical launch systems of that nation, allowing existing ships to use new types of missiles without expensive rework. When the command is given, the missile flies straight up far enough to clear the cell and the ship, then turns onto the desired course.
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HMS Duncan is the sixth and last of the Type 45 or Daring-class air-defence destroyers built for the Royal Navy and launched in 2010. Duncan is named after Adam Duncan, 1st Viscount Duncan, who defeated the Dutch fleet at the Battle of Camperdown on 11 October 1797. The destroyer has served in the Mediterranean, Black, and Caribbean Seas, and in 2019 was deployed to the Persian Gulf in response to increased tensions with Iran in the region.
The CAMM is a family of surface-to-air missiles developed by MBDA UK for the United Kingdom. CAMM is derived from and shares some common features and components with the ASRAAM, but with updated electronics, a soft vertical launch system, and an active radar homing seeker. Beyond the UK, the CAMM family is either currently in-use or has been ordered by nine other nations.
This is a list of Active Royal Navy weapon systems.
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