Misplaced Pages

A cruiser is a type of warship. Modern cruisers are generally the largest ships in a fleet after aircraft carriers and amphibious assault ships, and can usually perform several operational roles from search-and-destroy to ocean escort to sea denial.

The term "cruiser", which has been in use for several hundred years, has changed its meaning over time. During the Age of Sail, the term cruising referred to certain kinds of missions—independent scouting, commerce protection, or raiding—usually fulfilled by frigates or sloops-of-war, which functioned as the cruising warships of a fleet.

In the middle of the 19th century, cruiser came to be a classification of the ships intended for cruising distant waters, for commerce raiding, and for scouting for the battle fleet. Cruisers came in a wide variety of sizes, from the medium-sized protected cruiser to large armored cruisers that were nearly as big (although not as powerful or as well-armored) as a pre-dreadnought battleship. With the advent of the dreadnought battleship before World War I, the armored cruiser evolved into a vessel of similar scale known as the battlecruiser. The very large battlecruisers of the World War I era that succeeded armored cruisers were now classified, along with dreadnought battleships, as capital ships.

By the early 20th century, after World War I, the direct successors to protected cruisers could be placed on a consistent scale of warship size, smaller than a battleship but larger than a destroyer. In 1922, the Washington Naval Treaty placed a formal limit on these cruisers, which were defined as warships of up to 10,000 tons displacement carrying guns no larger than 8 inches in calibre; whilst the 1930 London Naval Treaty created a divide of two cruiser types, heavy cruisers having 6.1 inches to 8 inch guns, while those with guns of 6.1 inches or less were light cruisers. Each type were limited in total and individual tonnage which shaped cruiser design until the collapse of the treaty system just prior to the start of World War II. Some variations on the Treaty cruiser design included the German Deutschland-class "pocket battleships", which had heavier armament at the expense of speed compared to standard heavy cruisers, and the American Alaska class, which was a scaled-up heavy cruiser design designated as a "cruiser-killer".

In the later 20th century, the obsolescence of the battleship left the cruiser as the largest and most powerful surface combatant ships (as opposed to the aerial warfare role of aircraft carriers). The role of the cruiser varied according to ship and navy, often including air defense and shore bombardment. During the Cold War the Soviet Navy's cruisers had heavy anti-ship missile armament designed to sink NATO carrier task-forces via saturation attack. The U.S. Navy built guided-missile cruisers upon destroyer-style hulls (some called "destroyer leaders" or "frigates" prior to the 1975 reclassification) primarily designed to provide air defense while often adding anti-submarine capabilities, being larger and having longer-range surface-to-air missiles (SAMs) than early Charles F. Adams guided-missile destroyers tasked with the short-range air defense role. By the end of the Cold War the line between cruisers and destroyers had blurred, with the Ticonderoga-class cruiser using the hull of the Spruance-class destroyer but receiving the cruiser designation due to their enhanced mission and combat systems.

As of 2023, only three countries operated active duty vessels formally classed as cruisers: the United States, Russia and Italy. These cruisers are primarily armed with guided missiles, with the exceptions of the aircraft cruisers Admiral Kuznetsov and Giuseppe Garibaldi. BAP Almirante Grau was the last gun cruiser in service, serving with the Peruvian Navy until 2017.

Nevertheless, other classes in addition to the above may be considered cruisers due to differing classification systems. The US/NATO system includes the Type 055 from China and the Kirov and Slava from Russia. International Institute for Strategic Studies' "The Military Balance" defines a cruiser as a surface combatant displacing at least 9750 tonnes; with respect to vessels in service as of the early 2020s it includes the Type 055, the Sejong the Great from South Korea, the Atago and Maya from Japan and the Ticonderoga and Zumwalt from the US.

Early history

The term "cruiser" or "cruizer" was first commonly used in the 17th century to refer to an independent warship. "Cruiser" meant the purpose or mission of a ship, rather than a category of vessel. However, the term was nonetheless used to mean a smaller, faster warship suitable for such a role. In the 17th century, the ship of the line was generally too large, inflexible, and expensive to be dispatched on long-range missions (for instance, to the Americas), and too strategically important to be put at risk of fouling and foundering by continual patrol duties.

The Dutch navy was noted for its cruisers in the 17th century, while the Royal Navy—and later French and Spanish navies—subsequently caught up in terms of their numbers and deployment. The British Cruiser and Convoy Acts were an attempt by mercantile interests in Parliament to focus the Navy on commerce defence and raiding with cruisers, rather than the more scarce and expensive ships of the line. During the 18th century the frigate became the preeminent type of cruiser. A frigate was a small, fast, long range, lightly armed (single gun-deck) ship used for scouting, carrying dispatches, and disrupting enemy trade. The other principal type of cruiser was the sloop, but many other miscellaneous types of ship were used as well.

Steam cruisers

During the 19th century, navies began to use steam power for their fleets. The 1840s saw the construction of experimental steam-powered frigates and sloops. By the middle of the 1850s, the British and U.S. Navies were both building steam frigates with very long hulls and a heavy gun armament, for instance USS Merrimack or Mersey.

The 1860s saw the introduction of the ironclad. The first ironclads were frigates, in the sense of having one gun deck; however, they were also clearly the most powerful ships in the navy, and were principally to serve in the line of battle. In spite of their great speed, they would have been wasted in a cruising role.

The French constructed a number of smaller ironclads for overseas cruising duties, starting with the Belliqueuse, commissioned 1865. These "station ironclads" were the beginning of the development of the armored cruisers, a type of ironclad specifically for the traditional cruiser missions of fast, independent raiding and patrol.

The first true armored cruiser was the Russian General-Admiral, completed in 1874, and followed by the British Shannon a few years later.

Until the 1890s armored cruisers were still built with masts for a full sailing rig, to enable them to operate far from friendly coaling stations.

Unarmored cruising warships, built out of wood, iron, steel or a combination of those materials, remained popular until towards the end of the 19th century. The ironclad's armor often meant that they were limited to short range under steam, and many ironclads were unsuited to long-range missions or for work in distant colonies. The unarmored cruiser—often a screw sloop or screw frigate—could continue in this role. Even though mid- to late-19th century cruisers typically carried up-to-date guns firing explosive shells, they were unable to face ironclads in combat. This was evidenced by the clash between HMS Shah, a modern British cruiser, and the Peruvian monitor Huáscar. Even though the Peruvian vessel was obsolete by the time of the encounter, it stood up well to roughly 50 hits from British shells.

Steel cruisers

In the 1880s, naval engineers began to use steel as a material for construction and armament. A steel cruiser could be lighter and faster than one built of iron or wood. The Jeune Ecole school of naval doctrine suggested that a fleet of fast unprotected steel cruisers were ideal for commerce raiding, while the torpedo boat would be able to destroy an enemy battleship fleet.

Steel also offered the cruiser a way of acquiring the protection needed to survive in combat. Steel armor was considerably stronger, for the same weight, than iron. By putting a relatively thin layer of steel armor above the vital parts of the ship, and by placing the coal bunkers where they might stop shellfire, a useful degree of protection could be achieved without slowing the ship too much. Protected cruisers generally had an armored deck with sloped sides, providing similar protection to a light armored belt at less weight and expense.

The first protected cruiser was the Chilean ship Esmeralda, launched in 1883. Produced by a shipyard at Elswick, in Britain, owned by Armstrong, she inspired a group of protected cruisers produced in the same yard and known as the "Elswick cruisers". Her forecastle, poop deck and the wooden board deck had been removed, replaced with an armored deck.

Esmeralda's armament consisted of fore and aft 10-inch (25.4 cm) guns and 6-inch (15.2 cm) guns in the midships positions. It could reach a speed of 18 knots (33 km/h), and was propelled by steam alone. It also had a displacement of less than 3,000 tons. During the two following decades, this cruiser type came to be the inspiration for combining heavy artillery, high speed and low displacement.

Torpedo cruisers

The torpedo cruiser (known in the Royal Navy as the torpedo gunboat) was a smaller unarmored cruiser, which emerged in the 1880s–1890s. These ships could reach speeds up to 20 knots (37 km/h) and were armed with medium to small calibre guns as well as torpedoes. These ships were tasked with guard and reconnaissance duties, to repeat signals and all other fleet duties for which smaller vessels were suited. These ships could also function as flagships of torpedo boat flotillas. After the 1900s, these ships were usually traded for faster ships with better sea going qualities.

Pre-dreadnought armored cruisers

Steel also affected the construction and role of armored cruisers. Steel meant that new designs of battleship, later known as pre-dreadnought battleships, would be able to combine firepower and armor with better endurance and speed than ever before. The armored cruisers of the 1890s and early 1900s greatly resembled the battleships of the day; they tended to carry slightly smaller main armament (7.5-to-10-inch (190 to 250 mm) rather than 12-inch) and have somewhat thinner armor in exchange for a faster speed (perhaps 21 to 23 knots (39 to 43 km/h) rather than 18). Because of their similarity, the lines between battleships and armored cruisers became blurred.

Early 20th century

Shortly after the turn of the 20th century there were difficult questions about the design of future cruisers. Modern armored cruisers, almost as powerful as battleships, were also fast enough to outrun older protected and unarmored cruisers. In the Royal Navy, Jackie Fisher cut back hugely on older vessels, including many cruisers of different sorts, calling them "a miser's hoard of useless junk" that any modern cruiser would sweep from the seas. The scout cruiser also appeared in this era; this was a small, fast, lightly armed and armored type designed primarily for reconnaissance. The Royal Navy and the Italian Navy were the primary developers of this type.

Battle cruisers

The growing size and power of the armored cruiser resulted in the battlecruiser, with an armament and size similar to the revolutionary new dreadnought battleship; the brainchild of British admiral Jackie Fisher. He believed that to ensure British naval dominance in its overseas colonial possessions, a fleet of large, fast, powerfully armed vessels which would be able to hunt down and mop up enemy cruisers and armored cruisers with overwhelming fire superiority was needed. They were equipped with the same gun types as battleships, though usually with fewer guns, and were intended to engage enemy capital ships as well. This type of vessel came to be known as the battlecruiser, and the first were commissioned into the Royal Navy in 1907. The British battlecruisers sacrificed protection for speed, as they were intended to "choose their range" (to the enemy) with superior speed and only engage the enemy at long range. When engaged at moderate ranges, the lack of protection combined with unsafe ammunition handling practices became tragic with the loss of three of them at the Battle of Jutland. Germany and eventually Japan followed suit to build these vessels, replacing armored cruisers in most frontline roles. German battlecruisers were generally better protected but slower than British battlecruisers. Battlecruisers were in many cases larger and more expensive than contemporary battleships, due to their much larger propulsion plants.

Light cruisers

At around the same time as the battlecruiser was developed, the distinction between the armored and the unarmored cruiser finally disappeared. By the British Town class, the first of which was launched in 1909, it was possible for a small, fast cruiser to carry both belt and deck armor, particularly when turbine engines were adopted. These light armored cruisers began to occupy the traditional cruiser role once it became clear that the battlecruiser squadrons were required to operate with the battle fleet.

Flotilla leaders

Some light cruisers were built specifically to act as the leaders of flotillas of destroyers.

Coastguard cruisers

These vessels were essentially large coastal patrol boats armed with multiple light guns. One such warship was Grivița of the Romanian Navy. She displaced 110 tons, measured 60 meters in length and was armed with four light guns.

Auxiliary cruisers

The auxiliary cruiser was a merchant ship hastily armed with small guns on the outbreak of war. Auxiliary cruisers were used to fill gaps in their long-range lines or provide escort for other cargo ships, although they generally proved to be useless in this role because of their low speed, feeble firepower and lack of armor. In both world wars the Germans also used small merchant ships armed with cruiser guns to surprise Allied merchant ships.

Some large liners were armed in the same way. In British service these were known as Armed Merchant Cruisers (AMC). The Germans and French used them in World War I as raiders because of their high speed (around 30 knots (56 km/h)), and they were used again as raiders early in World War II by the Germans and Japanese. In both the First World War and in the early part of the Second, they were used as convoy escorts by the British.

World War I

Cruisers were one of the workhorse types of warship during World War I. By the time of World War I, cruisers had accelerated their development and improved their quality significantly, with drainage volume reaching 3000–4000 tons, a speed of 25–30 knots and a calibre of 127–152 mm.

Mid-20th century

Naval construction in the 1920s and 1930s was limited by international treaties designed to prevent the repetition of the Dreadnought arms race of the early 20th century. The Washington Naval Treaty of 1922 placed limits on the construction of ships with a standard displacement of more than 10,000 tons and an armament of guns larger than 8-inch (203 mm). A number of navies commissioned classes of cruisers at the top end of this limit, known as "treaty cruisers".

The London Naval Treaty in 1930 then formalised the distinction between these "heavy" cruisers and light cruisers: a "heavy" cruiser was one with guns of more than 6.1-inch (155 mm) calibre. The Second London Naval Treaty attempted to reduce the tonnage of new cruisers to 8,000 or less, but this had little effect; Japan and Germany were not signatories, and some navies had already begun to evade treaty limitations on warships. The first London treaty did touch off a period of the major powers building 6-inch or 6.1-inch gunned cruisers, nominally of 10,000 tons and with up to fifteen guns, the treaty limit. Thus, most light cruisers ordered after 1930 were the size of heavy cruisers but with more and smaller guns. The Imperial Japanese Navy began this new race with the Mogami class, launched in 1934. After building smaller light cruisers with six or eight 6-inch guns launched 1931–35, the British Royal Navy followed with the 12-gun Southampton class in 1936. To match foreign developments and potential treaty violations, in the 1930s the US developed a series of new guns firing "super-heavy" armor piercing ammunition; these included the 6-inch (152 mm)/47 caliber gun Mark 16 introduced with the 15-gun Brooklyn-class cruisers in 1936, and the 8-inch (203 mm)/55 caliber gun Mark 12 introduced with USS Wichita in 1937.

Heavy cruisers

The heavy cruiser was a type of cruiser designed for long range, high speed and an armament of naval guns around 203 mm (8 in) in calibre. The first heavy cruisers were built in 1915, although it only became a widespread classification following the London Naval Treaty in 1930. The heavy cruiser's immediate precursors were the light cruiser designs of the 1910s and 1920s; the US lightly armored 8-inch "treaty cruisers" of the 1920s (built under the Washington Naval Treaty) were originally classed as light cruisers until the London Treaty forced their redesignation.

Initially, all cruisers built under the Washington treaty had torpedo tubes, regardless of nationality. However, in 1930, results of war games caused the US Naval War College to conclude that only perhaps half of cruisers would use their torpedoes in action. In a surface engagement, long-range gunfire and destroyer torpedoes would decide the issue, and under air attack numerous cruisers would be lost before getting within torpedo range. Thus, beginning with USS New Orleans launched in 1933, new cruisers were built without torpedoes, and torpedoes were removed from older heavy cruisers due to the perceived hazard of their being exploded by shell fire. The Japanese took exactly the opposite approach with cruiser torpedoes, and this proved crucial to their tactical victories in most of the numerous cruiser actions of 1942. Beginning with the Furutaka class launched in 1925, every Japanese heavy cruiser was armed with 24-inch (610 mm) torpedoes, larger than any other cruisers'. By 1933 Japan had developed the Type 93 torpedo for these ships, eventually nicknamed "Long Lance" by the Allies. This type used compressed oxygen instead of compressed air, allowing it to achieve ranges and speeds unmatched by other torpedoes. It could achieve a range of 22,000 metres (24,000 yd) at 50 knots (93 km/h; 58 mph), compared with the US Mark 15 torpedo with 5,500 metres (6,000 yd) at 45 knots (83 km/h; 52 mph). The Mark 15 had a maximum range of 13,500 metres (14,800 yd) at 26.5 knots (49.1 km/h; 30.5 mph), still well below the "Long Lance". The Japanese were able to keep the Type 93's performance and oxygen power secret until the Allies recovered one in early 1943, thus the Allies faced a great threat they were not aware of in 1942. The Type 93 was also fitted to Japanese post-1930 light cruisers and the majority of their World War II destroyers.

Heavy cruisers continued in use until after World War II, with some converted to guided-missile cruisers for air defense or strategic attack and some used for shore bombardment by the United States in the Korean War and the Vietnam War.

German pocket battleships

The German Deutschland class was a series of three Panzerschiffe ("armored ships"), a form of heavily armed cruiser, designed and built by the German Reichsmarine in nominal accordance with restrictions imposed by the Treaty of Versailles. All three ships were launched between 1931 and 1934, and served with Germany's Kriegsmarine during World War II. Within the Kriegsmarine, the Panzerschiffe had the propaganda value of capital ships: heavy cruisers with battleship guns, torpedoes, and scout aircraft. (The similar Swedish Panzerschiffe were tactically used as centers of battlefleets and not as cruisers.) They were deployed by Nazi Germany in support of the German interests in the Spanish Civil War. Panzerschiff Admiral Graf Spee represented Germany in the 1937 Coronation Fleet Review.

The British press referred to the vessels as pocket battleships, in reference to the heavy firepower contained in the relatively small vessels; they were considerably smaller than contemporary battleships, though at 28 knots were slower than battlecruisers. At up to 16,000 tons at full load, they were not treaty compliant 10,000 ton cruisers. And although their displacement and scale of armor protection were that of a heavy cruiser, their 280 mm (11 in) main armament was heavier than the 203 mm (8 in) guns of other nations' heavy cruisers, and the latter two members of the class also had tall conning towers resembling battleships. The Panzerschiffe were listed as Ersatz replacements for retiring Reichsmarine coastal defense battleships, which added to their propaganda status in the Kriegsmarine as Ersatz battleships; within the Royal Navy, only battlecruisers HMS Hood, HMS Repulse and HMS Renown were capable of both outrunning and outgunning the Panzerschiffe. They were seen in the 1930s as a new and serious threat by both Britain and France. While the Kriegsmarine reclassified them as heavy cruisers in 1940, Deutschland-class ships continued to be called pocket battleships in the popular press.

Large cruiser

The American Alaska class represented the supersized cruiser design. Due to the German pocket battleships, the Scharnhorst class, and rumored Japanese "super cruisers", all of which carried guns larger than the standard heavy cruiser's 8-inch size dictated by naval treaty limitations, the Alaskas were intended to be "cruiser-killers". While superficially appearing similar to a battleship/battlecruiser and mounting three triple turrets of 12-inch guns, their actual protection scheme and design resembled a scaled-up heavy cruiser design. Their hull classification symbol of CB (cruiser, big) reflected this.

Anti-aircraft cruisers

A precursor to the anti-aircraft cruiser was the Romanian British-built protected cruiser Elisabeta. After the start of World War I, her four 120 mm main guns were landed and her four 75 mm (12-pounder) secondary guns were modified for anti-aircraft fire.

The development of the anti-aircraft cruiser began in 1935 when the Royal Navy re-armed HMS Coventry and HMS Curlew. Torpedo tubes and 6-inch (152 mm) low-angle guns were removed from these World War I light cruisers and replaced with ten 4-inch (102 mm) high-angle guns, with appropriate fire-control equipment to provide larger warships with protection against high-altitude bombers.

A tactical shortcoming was recognised after completing six additional conversions of C-class cruisers. Having sacrificed anti-ship weapons for anti-aircraft armament, the converted anti-aircraft cruisers might themselves need protection against surface units. New construction was undertaken to create cruisers of similar speed and displacement with dual-purpose guns, which offered good anti-aircraft protection with anti-surface capability for the traditional light cruiser role of defending capital ships from destroyers.

The first purpose built anti-aircraft cruiser was the British Dido class, completed in 1940–42. The US Navy's Atlanta-class cruisers (CLAA: light cruiser with anti-aircraft capability) were designed to match the capabilities of the Royal Navy. Both Dido and Atlanta cruisers initially carried torpedo tubes; the Atlanta cruisers at least were originally designed as destroyer leaders, were originally designated CL (light cruiser), and did not receive the CLAA designation until 1949.

The concept of the quick-firing dual-purpose gun anti-aircraft cruiser was embraced in several designs completed too late to see combat, including: USS Worcester, completed in 1948; USS Roanoke, completed in 1949; two Tre Kronor-class cruisers, completed in 1947; two De Zeven Provinciën-class cruisers, completed in 1953; De Grasse, completed in 1955; Colbert, completed in 1959; and HMS Tiger, HMS Lion and HMS Blake, all completed between 1959 and 1961.

Most post-World War II cruisers were tasked with air defense roles. In the early 1950s, advances in aviation technology forced the move from anti-aircraft artillery to anti-aircraft missiles. Therefore, most modern cruisers are equipped with surface-to-air missiles as their main armament. Today's equivalent of the anti-aircraft cruiser is the guided-missile cruiser (CAG/CLG/CG/CGN).

World War II

Cruisers participated in a number of surface engagements in the early part of World War II, along with escorting carrier and battleship groups throughout the war. In the later part of the war, Allied cruisers primarily provided anti-aircraft (AA) escort for carrier groups and performed shore bombardment. Japanese cruisers similarly escorted carrier and battleship groups in the later part of the war, notably in the disastrous Battle of the Philippine Sea and Battle of Leyte Gulf. In 1937–41 the Japanese, having withdrawn from all naval treaties, upgraded or completed the Mogami and Tone classes as heavy cruisers by replacing their 6.1 in (155 mm) triple turrets with 8 in (203 mm) twin turrets. Torpedo refits were also made to most heavy cruisers, resulting in up to sixteen 24 in (610 mm) tubes per ship, plus a set of reloads. In 1941 the 1920s light cruisers Ōi and Kitakami were converted to torpedo cruisers with four 5.5 in (140 mm) guns and forty 24 in (610 mm) torpedo tubes. In 1944 Kitakami was further converted to carry up to eight Kaiten human torpedoes in place of ordinary torpedoes.

Before World War II, cruisers were mainly divided into three types: heavy cruisers, light cruisers and auxiliary cruisers. Heavy cruiser tonnage reached 20–30,000 tons, speed 32–34 knots, endurance of more than 10,000 nautical miles, armor thickness of 127–203 mm. Heavy cruisers were equipped with eight or nine 8 in (203 mm) guns with a range of more than 20 nautical miles. They were mainly used to attack enemy surface ships and shore-based targets. In addition, there were 10–16 secondary guns with a caliber of less than 130 mm (5.1 in). Also, dozens of automatic antiaircraft guns were installed to fight aircraft and small vessels such as torpedo boats. For example, in World War II, American Alaska-class cruisers were more than 30,000 tons, equipped with nine 12 in (305 mm) guns. Some cruisers could also carry three or four seaplanes to correct the accuracy of gunfire and perform reconnaissance.

Together with battleships, these heavy cruisers formed powerful naval task forces, which dominated the world's oceans for more than a century. After the signing of the Washington Treaty on Arms Limitation in 1922, the tonnage and quantity of battleships, aircraft carriers and cruisers were severely restricted. In order not to violate the treaty, countries began to develop light cruisers. Light cruisers of the 1920s had displacements of less than 10,000 tons and a speed of up to 35 knots. They were equipped with 6–12 main guns with a caliber of 127–133 mm (5–5.5 inches). In addition, they were equipped with 8–12 secondary guns under 127 mm (5 in) and dozens of small caliber cannons, as well as torpedoes and mines. Some ships also carried 2–4 seaplanes, mainly for reconnaissance. In 1930 the London Naval Treaty allowed large light cruisers to be built, with the same tonnage as heavy cruisers and armed with up to fifteen 155 mm (6.1 in) guns. The Japanese Mogami class were built to this treaty's limit, the Americans and British also built similar ships. However, in 1939 the Mogamis were refitted as heavy cruisers with ten 203 mm (8.0 in) guns.

1939 to Pearl Harbor

In December 1939, three British cruisers engaged the German "pocket battleship" Admiral Graf Spee (which was on a commerce raiding mission) in the Battle of the River Plate; German cruiser Admiral Graf Spee then took refuge in neutral Montevideo, Uruguay. By broadcasting messages indicating capital ships were in the area, the British caused Admiral Graf Spee's captain to think he faced a hopeless situation while low on ammunition and order his ship scuttled. On 8 June 1940 the German capital ships Scharnhorst and Gneisenau, classed as battleships but with large cruiser armament, sank the aircraft carrier HMS Glorious with gunfire. From October 1940 through March 1941 the German heavy cruiser (also known as "pocket battleship", see above) Admiral Scheer conducted a successful commerce-raiding voyage in the Atlantic and Indian Oceans.

On 27 May 1941, HMS Dorsetshire attempted to finish off the German battleship Bismarck with torpedoes, probably causing the Germans to scuttle the ship. Bismarck (accompanied by the heavy cruiser Prinz Eugen) previously sank the battlecruiser HMS Hood and damaged the battleship HMS Prince of Wales with gunfire in the Battle of the Denmark Strait.

On 19 November 1941 HMAS Sydney sank in a mutually fatal engagement with the German raider Kormoran in the Indian Ocean near Western Australia.

Atlantic, Mediterranean, and Indian Ocean operations 1942–1944

Twenty-three British cruisers were lost to enemy action, mostly to air attack and submarines, in operations in the Atlantic, Mediterranean, and Indian Ocean. Sixteen of these losses were in the Mediterranean. The British included cruisers and anti-aircraft cruisers among convoy escorts in the Mediterranean and to northern Russia due to the threat of surface and air attack. Almost all cruisers in World War II were vulnerable to submarine attack due to a lack of anti-submarine sonar and weapons. Also, until 1943–44 the light anti-aircraft armament of most cruisers was weak.

In July 1942 an attempt to intercept Convoy PQ 17 with surface ships, including the heavy cruiser Admiral Scheer, failed due to multiple German warships grounding, but air and submarine attacks sank 2/3 of the convoy's ships. In August 1942 Admiral Scheer conducted Operation Wunderland, a solo raid into northern Russia's Kara Sea. She bombarded Dikson Island but otherwise had little success.

On 31 December 1942 the Battle of the Barents Sea was fought, a rare action for a Murmansk run because it involved cruisers on both sides. Four British destroyers and five other vessels were escorting Convoy JW 51B from the UK to the Murmansk area. Another British force of two cruisers (HMS Sheffield and HMS Jamaica) and two destroyers were in the area. Two heavy cruisers (one the "pocket battleship" Lützow), accompanied by six destroyers, attempted to intercept the convoy near North Cape after it was spotted by a U-boat. Although the Germans sank a British destroyer and a minesweeper (also damaging another destroyer), they failed to damage any of the convoy's merchant ships. A German destroyer was lost and a heavy cruiser damaged. Both sides withdrew from the action for fear of the other side's torpedoes.

On 26 December 1943 the German capital ship Scharnhorst was sunk while attempting to intercept a convoy in the Battle of the North Cape. The British force that sank her was led by Vice Admiral Bruce Fraser in the battleship HMS Duke of York, accompanied by four cruisers and nine destroyers. One of the cruisers was the preserved HMS Belfast.

Scharnhorst's sister Gneisenau, damaged by a mine and a submerged wreck in the Channel Dash of 13 February 1942 and repaired, was further damaged by a British air attack on 27 February 1942. She began a conversion process to mount six 38 cm (15 in) guns instead of nine 28 cm (11 in) guns, but in early 1943 Hitler (angered by the recent failure at the Battle of the Barents Sea) ordered her disarmed and her armament used as coast defence weapons. One 28 cm triple turret survives near Trondheim, Norway.

Pearl Harbor through Dutch East Indies campaign

The attack on Pearl Harbor on 7 December 1941 brought the United States into the war, but with eight battleships sunk or damaged by air attack. On 10 December 1941 HMS Prince of Wales and the battlecruiser HMS Repulse were sunk by land-based torpedo bombers northeast of Singapore. It was now clear that surface ships could not operate near enemy aircraft in daylight without air cover; most surface actions of 1942–43 were fought at night as a result. Generally, both sides avoided risking their battleships until the Japanese attack at Leyte Gulf in 1944.

Six of the battleships from Pearl Harbor were eventually returned to service, but no US battleships engaged Japanese surface units at sea until the Naval Battle of Guadalcanal in November 1942, and not thereafter until the Battle of Surigao Strait in October 1944. USS North Carolina was on hand for the initial landings at Guadalcanal on 7 August 1942, and escorted carriers in the Battle of the Eastern Solomons later that month. However, on 15 September she was torpedoed while escorting a carrier group and had to return to the US for repairs.

Generally, the Japanese held their capital ships out of all surface actions in the 1941–42 campaigns or they failed to close with the enemy; the Naval Battle of Guadalcanal in November 1942 was the sole exception. The four Kongō-class ships performed shore bombardment in Malaya, Singapore, and Guadalcanal and escorted the raid on Ceylon and other carrier forces in 1941–42. Japanese capital ships also participated ineffectively (due to not being engaged) in the Battle of Midway and the simultaneous Aleutian diversion; in both cases they were in battleship groups well to the rear of the carrier groups. Sources state that Yamato sat out the entire Guadalcanal Campaign due to lack of high-explosive bombardment shells, poor nautical charts of the area, and high fuel consumption. It is likely that the poor charts affected other battleships as well. Except for the Kongō class, most Japanese battleships spent the critical year of 1942, in which most of the war's surface actions occurred, in home waters or at the fortified base of Truk, far from any risk of attacking or being attacked.

From 1942 through mid-1943, US and other Allied cruisers were the heavy units on their side of the numerous surface engagements of the Dutch East Indies campaign, the Guadalcanal Campaign, and subsequent Solomon Islands fighting; they were usually opposed by strong Japanese cruiser-led forces equipped with Long Lance torpedoes. Destroyers also participated heavily on both sides of these battles and provided essentially all the torpedoes on the Allied side, with some battles in these campaigns fought entirely between destroyers.

Along with lack of knowledge of the capabilities of the Long Lance torpedo, the US Navy was hampered by a deficiency it was initially unaware of—the unreliability of the Mark 15 torpedo used by destroyers. This weapon shared the Mark 6 exploder and other problems with the more famously unreliable Mark 14 torpedo; the most common results of firing either of these torpedoes were a dud or a miss. The problems with these weapons were not solved until mid-1943, after almost all of the surface actions in the Solomon Islands had taken place. Another factor that shaped the early surface actions was the pre-war training of both sides. The US Navy concentrated on long-range 8-inch gunfire as their primary offensive weapon, leading to rigid battle line tactics, while the Japanese trained extensively for nighttime torpedo attacks. Since all post-1930 Japanese cruisers had 8-inch guns by 1941, almost all of the US Navy's cruisers in the South Pacific in 1942 were the 8-inch-gunned (203 mm) "treaty cruisers"; most of the 6-inch-gunned (152 mm) cruisers were deployed in the Atlantic.

Dutch East Indies campaign

Although their battleships were held out of surface action, Japanese cruiser-destroyer forces rapidly isolated and mopped up the Allied naval forces in the Dutch East Indies campaign of February–March 1942. In three separate actions, they sank five Allied cruisers (two Dutch and one each British, Australian, and American) with torpedoes and gunfire, against one Japanese cruiser damaged. With one other Allied cruiser withdrawn for repairs, the only remaining Allied cruiser in the area was the damaged USS Marblehead. Despite their rapid success, the Japanese proceeded methodically, never leaving their air cover and rapidly establishing new air bases as they advanced.

Guadalcanal campaign

After the key carrier battles of the Coral Sea and Midway in mid-1942, Japan had lost four of the six fleet carriers that launched the Pearl Harbor raid and was on the strategic defensive. On 7 August 1942 US Marines were landed on Guadalcanal and other nearby islands, beginning the Guadalcanal Campaign. This campaign proved to be a severe test for the Navy as well as the Marines. Along with two carrier battles, several major surface actions occurred, almost all at night between cruiser-destroyer forces.

Battle of Savo Island
On the night of 8–9 August 1942 the Japanese counterattacked near Guadalcanal in the Battle of Savo Island with a cruiser-destroyer force. In a controversial move, the US carrier task forces were withdrawn from the area on the 8th due to heavy fighter losses and low fuel. The Allied force included six heavy cruisers (two Australian), two light cruisers (one Australian), and eight US destroyers. Of the cruisers, only the Australian ships had torpedoes. The Japanese force included five heavy cruisers, two light cruisers, and one destroyer. Numerous circumstances combined to reduce Allied readiness for the battle. The results of the battle were three American heavy cruisers sunk by torpedoes and gunfire, one Australian heavy cruiser disabled by gunfire and scuttled, one heavy cruiser damaged, and two US destroyers damaged. The Japanese had three cruisers lightly damaged. This was the most lopsided outcome of the surface actions in the Solomon Islands. Along with their superior torpedoes, the opening Japanese gunfire was accurate and very damaging. Subsequent analysis showed that some of the damage was due to poor housekeeping practices by US forces. Stowage of boats and aircraft in midships hangars with full gas tanks contributed to fires, along with full and unprotected ready-service ammunition lockers for the open-mount secondary armament. These practices were soon corrected, and US cruisers with similar damage sank less often thereafter. Savo was the first surface action of the war for almost all the US ships and personnel; few US cruisers and destroyers were targeted or hit at Coral Sea or Midway.

Battle of the Eastern Solomons
On 24–25 August 1942 the Battle of the Eastern Solomons, a major carrier action, was fought. Part of the action was a Japanese attempt to reinforce Guadalcanal with men and equipment on troop transports. The Japanese troop convoy was attacked by Allied aircraft, resulting in the Japanese subsequently reinforcing Guadalcanal with troops on fast warships at night. These convoys were called the "Tokyo Express" by the Allies. Although the Tokyo Express often ran unopposed, most surface actions in the Solomons revolved around Tokyo Express missions. Also, US air operations had commenced from Henderson Field, the airfield on Guadalcanal. Fear of air power on both sides resulted in all surface actions in the Solomons being fought at night.

Battle of Cape Esperance
The Battle of Cape Esperance occurred on the night of 11–12 October 1942. A Tokyo Express mission was underway for Guadalcanal at the same time as a separate cruiser-destroyer bombardment group loaded with high explosive shells for bombarding Henderson Field. A US cruiser-destroyer force was deployed in advance of a convoy of US Army troops for Guadalcanal that was due on 13 October. The Tokyo Express convoy was two seaplane tenders and six destroyers; the bombardment group was three heavy cruisers and two destroyers, and the US force was two heavy cruisers, two light cruisers, and five destroyers. The US force engaged the Japanese bombardment force; the Tokyo Express convoy was able to unload on Guadalcanal and evade action. The bombardment force was sighted at close range (5,000 yards (4,600 m)) and the US force opened fire. The Japanese were surprised because their admiral was anticipating sighting the Tokyo Express force, and withheld fire while attempting to confirm the US ships' identity. One Japanese cruiser and one destroyer were sunk and one cruiser damaged, against one US destroyer sunk with one light cruiser and one destroyer damaged. The bombardment force failed to bring its torpedoes into action, and turned back. The next day US aircraft from Henderson Field attacked several of the Japanese ships, sinking two destroyers and damaging a third. The US victory resulted in overconfidence in some later battles, reflected in the initial after-action report claiming two Japanese heavy cruisers, one light cruiser, and three destroyers sunk by the gunfire of Boise alone. The battle had little effect on the overall situation, as the next night two Kongō-class battleships bombarded and severely damaged Henderson Field unopposed, and the following night another Tokyo Express convoy delivered 4,500 troops to Guadalcanal. The US convoy delivered the Army troops as scheduled on the 13th.

Battle of the Santa Cruz Islands
The Battle of the Santa Cruz Islands took place 25–27 October 1942. It was a pivotal battle, as it left the US and Japanese with only two large carriers each in the South Pacific (another large Japanese carrier was damaged and under repair until May 1943). Due to the high carrier attrition rate with no replacements for months, for the most part both sides stopped risking their remaining carriers until late 1943, and each side sent in a pair of battleships instead. The next major carrier operations for the US were the carrier raid on Rabaul and support for the invasion of Tarawa, both in November 1943.

Naval Battle of Guadalcanal
The Naval Battle of Guadalcanal occurred 12–15 November 1942 in two phases. A night surface action on 12–13 November was the first phase. The Japanese force consisted of two Kongō-class battleships with high explosive shells for bombarding Henderson Field, one small light cruiser, and 11 destroyers. Their plan was that the bombardment would neutralize Allied airpower and allow a force of 11 transport ships and 12 destroyers to reinforce Guadalcanal with a Japanese division the next day. However, US reconnaissance aircraft spotted the approaching Japanese on the 12th and the Americans made what preparations they could. The American force consisted of two heavy cruisers, one light cruiser, two anti-aircraft cruisers, and eight destroyers. The Americans were outgunned by the Japanese that night, and a lack of pre-battle orders by the US commander led to confusion. The destroyer USS Laffey closed with the battleship Hiei, firing all torpedoes (though apparently none hit or detonated) and raking the battleship's bridge with gunfire, wounding the Japanese admiral and killing his chief of staff. The Americans initially lost four destroyers including Laffey, with both heavy cruisers, most of the remaining destroyers, and both anti-aircraft cruisers damaged. The Japanese initially had one battleship and four destroyers damaged, but at this point they withdrew, possibly unaware that the US force was unable to further oppose them. At dawn US aircraft from Henderson Field, USS Enterprise, and Espiritu Santo found the damaged battleship and two destroyers in the area. The battleship (Hiei) was sunk by aircraft (or possibly scuttled), one destroyer was sunk by the damaged USS Portland, and the other destroyer was attacked by aircraft but was able to withdraw. Both of the damaged US anti-aircraft cruisers were lost on 13 November, one (Juneau) torpedoed by a Japanese submarine, and the other sank on the way to repairs. Juneau's loss was especially tragic; the submarine's presence prevented immediate rescue, over 100 survivors of a crew of nearly 700 were adrift for eight days, and all but ten died. Among the dead were the five Sullivan brothers.

The Japanese transport force was rescheduled for the 14th and a new cruiser-destroyer force (belatedly joined by the surviving battleship Kirishima) was sent to bombard Henderson Field the night of 13 November. Only two cruisers actually bombarded the airfield, as Kirishima had not arrived yet and the remainder of the force was on guard for US warships. The bombardment caused little damage. The cruiser-destroyer force then withdrew, while the transport force continued towards Guadalcanal. Both forces were attacked by US aircraft on the 14th. The cruiser force lost one heavy cruiser sunk and one damaged. Although the transport force had fighter cover from the carrier Jun'yō, six transports were sunk and one heavily damaged. All but four of the destroyers accompanying the transport force picked up survivors and withdrew. The remaining four transports and four destroyers approached Guadalcanal at night, but stopped to await the results of the night's action.

On the night of 14–15 November a Japanese force of Kirishima, two heavy and two light cruisers, and nine destroyers approached Guadalcanal. Two US battleships (Washington and South Dakota) were there to meet them, along with four destroyers. This was one of only two battleship-on-battleship encounters during the Pacific War; the other was the lopsided Battle of Surigao Strait in October 1944, part of the Battle of Leyte Gulf. The battleships had been escorting Enterprise, but were detached due to the urgency of the situation. With nine 16-inch (406 mm) guns apiece against eight 14-inch (356 mm) guns on Kirishima, the Americans had major gun and armor advantages. All four destroyers were sunk or severely damaged and withdrawn shortly after the Japanese attacked them with gunfire and torpedoes. Although her main battery remained in action for most of the battle, South Dakota spent much of the action dealing with major electrical failures that affected her radar, fire control, and radio systems. Although her armor was not penetrated, she was hit by 26 shells of various calibers and temporarily rendered, in a US admiral's words, "deaf, dumb, blind, and impotent". Washington went undetected by the Japanese for most of the battle, but withheld shooting to avoid "friendly fire" until South Dakota was illuminated by Japanese fire, then rapidly set Kirishima ablaze with a jammed rudder and other damage. Washington, finally spotted by the Japanese, then headed for the Russell Islands to hopefully draw the Japanese away from Guadalcanal and South Dakota, and was successful in evading several torpedo attacks. Unusually, only a few Japanese torpedoes scored hits in this engagement. Kirishima sank or was scuttled before the night was out, along with two Japanese destroyers. The remaining Japanese ships withdrew, except for the four transports, which beached themselves in the night and started unloading. However, dawn (and US aircraft, US artillery, and a US destroyer) found them still beached, and they were destroyed.

Battle of Tassafaronga
The Battle of Tassafaronga took place on the night of 30 November – 1 December 1942. The US had four heavy cruisers, one light cruiser, and four destroyers. The Japanese had eight destroyers on a Tokyo Express run to deliver food and supplies in drums to Guadalcanal. The Americans achieved initial surprise, damaging one destroyer with gunfire which later sank, but the Japanese torpedo counterattack was devastating. One American heavy cruiser was sunk and three others heavily damaged, with the bows blown off of two of them. It was significant that these two were not lost to Long Lance hits as happened in previous battles; American battle readiness and damage control had improved. Despite defeating the Americans, the Japanese withdrew without delivering the crucial supplies to Guadalcanal. Another attempt on 3 December dropped 1,500 drums of supplies near Guadalcanal, but Allied strafing aircraft sank all but 300 before the Japanese Army could recover them. On 7 December PT boats interrupted a Tokyo Express run, and the following night sank a Japanese supply submarine. The next day the Japanese Navy proposed stopping all destroyer runs to Guadalcanal, but agreed to do just one more. This was on 11 December and was also intercepted by PT boats, which sank a destroyer; only 200 of 1,200 drums dropped off the island were recovered. The next day the Japanese Navy proposed abandoning Guadalcanal; this was approved by the Imperial General Headquarters on 31 December and the Japanese left the island in early February 1943.

Post-Guadalcanal

After the Japanese abandoned Guadalcanal in February 1943, Allied operations in the Pacific shifted to the New Guinea campaign and isolating Rabaul. The Battle of Kula Gulf was fought on the night of 5–6 July. The US had three light cruisers and four destroyers; the Japanese had ten destroyers loaded with 2,600 troops destined for Vila to oppose a recent US landing on Rendova. Although the Japanese sank a cruiser, they lost two destroyers and were able to deliver only 850 troops. On the night of 12–13 July, the Battle of Kolombangara occurred. The Allies had three light cruisers (one New Zealand) and ten destroyers; the Japanese had one small light cruiser and five destroyers, a Tokyo Express run for Vila. All three Allied cruisers were heavily damaged, with the New Zealand cruiser put out of action for 25 months by a Long Lance hit. The Allies sank only the Japanese light cruiser, and the Japanese landed 1,200 troops at Vila. Despite their tactical victory, this battle caused the Japanese to use a different route in the future, where they were more vulnerable to destroyer and PT boat attacks.

The Battle of Empress Augusta Bay was fought on the night of 1–2 November 1943, immediately after US Marines invaded Bougainville in the Solomon Islands. A Japanese heavy cruiser was damaged by a nighttime air attack shortly before the battle; it is likely that Allied airborne radar had progressed far enough to allow night operations. The Americans had four of the new Cleveland-class cruisers and eight destroyers. The Japanese had two heavy cruisers, two small light cruisers, and six destroyers. Both sides were plagued by collisions, shells that failed to explode, and mutual skill in dodging torpedoes. The Americans suffered significant damage to three destroyers and light damage to a cruiser, but no losses. The Japanese lost one light cruiser and a destroyer, with four other ships damaged. The Japanese withdrew; the Americans pursued them until dawn, then returned to the landing area to provide anti-aircraft cover.

After the Battle of the Santa Cruz Islands in October 1942, both sides were short of large aircraft carriers. The US suspended major carrier operations until sufficient carriers could be completed to destroy the entire Japanese fleet at once should it appear. The Central Pacific carrier raids and amphibious operations commenced in November 1943 with a carrier raid on Rabaul (preceded and followed by Fifth Air Force attacks) and the bloody but successful invasion of Tarawa. The air attacks on Rabaul crippled the Japanese cruiser force, with four heavy and two light cruisers damaged; they were withdrawn to Truk. The US had built up a force in the Central Pacific of six large, five light, and six escort carriers prior to commencing these operations.

From this point on, US cruisers primarily served as anti-aircraft escorts for carriers and in shore bombardment. The only major Japanese carrier operation after Guadalcanal was the disastrous (for Japan) Battle of the Philippine Sea in June 1944, nicknamed the "Marianas Turkey Shoot" by the US Navy.

Leyte Gulf

The Imperial Japanese Navy's last major operation was the Battle of Leyte Gulf, an attempt to dislodge the American invasion of the Philippines in October 1944. The two actions at this battle in which cruisers played a significant role were the Battle off Samar and the Battle of Surigao Strait.

Battle of Surigao Strait
The Battle of Surigao Strait was fought on the night of 24–25 October, a few hours before the Battle off Samar. The Japanese had a small battleship group composed of Fusō and Yamashiro, one heavy cruiser, and four destroyers. They were followed at a considerable distance by another small force of two heavy cruisers, a small light cruiser, and four destroyers. Their goal was to head north through Surigao Strait and attack the invasion fleet off Leyte. The Allied force, known as the 7th Fleet Support Force, guarding the strait was overwhelming. It included six battleships (all but one previously damaged in 1941 at Pearl Harbor), four heavy cruisers (one Australian), four light cruisers, and 28 destroyers, plus a force of 39 PT boats. The only advantage to the Japanese was that most of the Allied battleships and cruisers were loaded mainly with high explosive shells, although a significant number of armor-piercing shells were also loaded. The lead Japanese force evaded the PT boats' torpedoes, but were hit hard by the destroyers' torpedoes, losing a battleship. Then they encountered the battleship and cruiser guns. Only one destroyer survived. The engagement is notable for being one of only two occasions in which battleships fired on battleships in the Pacific Theater, the other being the Naval Battle of Guadalcanal. Due to the starting arrangement of the opposing forces, the Allied force was in a "crossing the T" position, so this was the last battle in which this occurred, but it was not a planned maneuver. The following Japanese cruiser force had several problems, including a light cruiser damaged by a PT boat and two heavy cruisers colliding, one of which fell behind and was sunk by air attack the next day. An American veteran of Surigao Strait, USS Phoenix, was transferred to Argentina in 1951 as General Belgrano, becoming most famous for being sunk by HMS Conqueror in the Falklands War on 2 May 1982. She was the first ship sunk by a nuclear submarine outside of accidents, and only the second ship sunk by a submarine since World War II.

Battle off Samar
At the Battle off Samar, a Japanese battleship group moving towards the invasion fleet off Leyte engaged a minuscule American force known as "Taffy 3" (formally Task Unit 77.4.3), composed of six escort carriers with about 28 aircraft each, three destroyers, and four destroyer escorts. The biggest guns in the American force were 5 in (127 mm)/38 caliber guns, while the Japanese had 14 in (356 mm), 16 in (406 mm), and 18.1 in (460 mm) guns. Aircraft from six additional escort carriers also participated for a total of around 330 US aircraft, a mix of F6F Hellcat fighters and TBF Avenger torpedo bombers. The Japanese had four battleships including Yamato, six heavy cruisers, two small light cruisers, and 11 destroyers. The Japanese force had earlier been driven off by air attack, losing Yamato's sister Musashi. Admiral Halsey then decided to use his Third Fleet carrier force to attack the Japanese carrier group, located well to the north of Samar, which was actually a decoy group with few aircraft. The Japanese were desperately short of aircraft and pilots at this point in the war, and Leyte Gulf was the first battle in which kamikaze attacks were used. Due to a tragedy of errors, Halsey took the American battleship force with him, leaving San Bernardino Strait guarded only by the small Seventh Fleet escort carrier force. The battle commenced at dawn on 25 October 1944, shortly after the Battle of Surigao Strait. In the engagement that followed, the Americans exhibited uncanny torpedo accuracy, blowing the bows off several Japanese heavy cruisers. The escort carriers' aircraft also performed very well, attacking with machine guns after their carriers ran out of bombs and torpedoes. The unexpected level of damage, and maneuvering to avoid the torpedoes and air attacks, disorganized the Japanese and caused them to think they faced at least part of the Third Fleet's main force. They had also learned of the defeat a few hours before at Surigao Strait, and did not hear that Halsey's force was busy destroying the decoy fleet. Convinced that the rest of the Third Fleet would arrive soon if it hadn't already, the Japanese withdrew, eventually losing three heavy cruisers sunk with three damaged to air and torpedo attacks. The Americans lost two escort carriers, two destroyers, and one destroyer escort sunk, with three escort carriers, one destroyer, and two destroyer escorts damaged, thus losing over one-third of their engaged force sunk with nearly all the remainder damaged.

Wartime cruiser production

The US built cruisers in quantity through the end of the war, notably 14 Baltimore-class heavy cruisers and 27 Cleveland-class light cruisers, along with eight Atlanta-class anti-aircraft cruisers. The Cleveland class was the largest cruiser class ever built in number of ships completed, with nine additional Clevelands completed as light aircraft carriers. The large number of cruisers built was probably due to the significant cruiser losses of 1942 in the Pacific theater (seven American and five other Allied) and the perceived need for several cruisers to escort each of the numerous Essex-class aircraft carriers being built. Losing four heavy and two small light cruisers in 1942, the Japanese built only five light cruisers during the war; these were small ships with six 6.1 in (155 mm) guns each. Losing 20 cruisers in 1940–42, the British completed no heavy cruisers, thirteen light cruisers (Fiji and Minotaur classes), and sixteen anti-aircraft cruisers (Dido class) during the war.

Late 20th century

The rise of air power during World War II dramatically changed the nature of naval combat. Even the fastest cruisers could not maneuver quickly enough to evade aerial attack, and aircraft now had torpedoes, allowing moderate-range standoff capabilities. This change led to the end of independent operations by single ships or very small task groups, and for the second half of the 20th century naval operations were based on very large fleets believed able to fend off all but the largest air attacks, though this was not tested by any war in that period. The US Navy became centered around carrier groups, with cruisers and battleships primarily providing anti-aircraft defense and shore bombardment. Until the Harpoon missile entered service in the late 1970s, the US Navy was almost entirely dependent on carrier-based aircraft and submarines for conventionally attacking enemy warships. Lacking aircraft carriers, the Soviet Navy depended on anti-ship cruise missiles; in the 1950s these were primarily delivered from heavy land-based bombers. Soviet submarine-launched cruise missiles at the time were primarily for land attack; but by 1964 anti-ship missiles were deployed in quantity on cruisers, destroyers, and submarines.

US cruiser development

The US Navy was aware of the potential missile threat as soon as World War II ended, and had considerable related experience due to Japanese kamikaze attacks in that war. The initial response was to upgrade the light AA armament of new cruisers from 40 mm and 20 mm weapons to twin 3-inch (76 mm)/50 caliber gun mounts. For the longer term, it was thought that gun systems would be inadequate to deal with the missile threat, and by the mid-1950s three naval SAM systems were developed: Talos (long range), Terrier (medium range), and Tartar (short range). Talos and Terrier were nuclear-capable and this allowed their use in anti-ship or shore bombardment roles in the event of nuclear war. Chief of Naval Operations Admiral Arleigh Burke is credited with speeding the development of these systems.

Terrier was initially deployed on two converted Baltimore-class cruisers (CAG), with conversions completed in 1955–56. Further conversions of six Cleveland-class cruisers (CLG) (Galveston and Providence classes), redesign of the Farragut class as guided-missile "frigates" (DLG), and development of the Charles F. Adams-class DDGs resulted in the completion of numerous additional guided-missile ships deploying all three systems in 1959–1962. Also completed during this period was the nuclear-powered USS Long Beach, with two Terrier and one Talos launchers, plus an ASROC anti-submarine launcher the World War II conversions lacked. The converted World War II cruisers up to this point retained one or two main battery turrets for shore bombardment. However, in 1962–1964 three additional Baltimore and Oregon City-class cruisers were more extensively converted as the Albany class. These had two Talos and two Tartar launchers plus ASROC and two 5-inch (127 mm) guns for self-defense, and were primarily built to get greater numbers of Talos launchers deployed. Of all these types, only the Farragut DLGs were selected as the design basis for further production, although their Leahy-class successors were significantly larger (5,670 tons standard versus 4,150 tons standard) due to a second Terrier launcher and greater endurance. An economical crew size compared with World War II conversions was probably a factor, as the Leahys required a crew of only 377 versus 1,200 for the Cleveland-class conversions. Through 1980, the ten Farraguts were joined by four additional classes and two one-off ships for a total of 36 guided-missile frigates, eight of them nuclear-powered (DLGN). In 1975 the Farraguts were reclassified as guided-missile destroyers (DDG) due to their small size, and the remaining DLG/DLGN ships became guided-missile cruisers (CG/CGN). The World War II conversions were gradually retired between 1970 and 1980; the Talos missile was withdrawn in 1980 as a cost-saving measure and the Albanys were decommissioned. Long Beach had her Talos launcher removed in a refit shortly thereafter; the deck space was used for Harpoon missiles. Around this time the Terrier ships were upgraded with the RIM-67 Standard ER missile. The guided-missile frigates and cruisers served in the Cold War and the Vietnam War; off Vietnam they performed shore bombardment and shot down enemy aircraft or, as Positive Identification Radar Advisory Zone (PIRAZ) ships, guided fighters to intercept enemy aircraft. By 1995 the former guided-missile frigates were replaced by the Ticonderoga-class cruisers and Arleigh Burke-class destroyers.

The U.S. Navy's guided-missile cruisers were built upon destroyer-style hulls (some called "destroyer leaders" or "frigates" prior to the 1975 reclassification). As the U.S. Navy's strike role was centered around aircraft carriers, cruisers were primarily designed to provide air defense while often adding anti-submarine capabilities. These U.S. cruisers that were built in the 1960s and 1970s were larger, often nuclear-powered for extended endurance in escorting nuclear-powered fleet carriers, and carried longer-range surface-to-air missiles (SAMs) than early Charles F. Adams guided-missile destroyers that were tasked with the short-range air defense role. The U.S. cruiser was a major contrast to their contemporaries, Soviet "rocket cruisers" that were armed with large numbers of anti-ship cruise missiles (ASCMs) as part of the combat doctrine of saturation attack, though in the early 1980s the U.S. Navy retrofitted some of these existing cruisers to carry a small number of Harpoon anti-ship missiles and Tomahawk cruise missiles.

The line between U.S. Navy cruisers and destroyers blurred with the Spruance class. While originally designed for anti-submarine warfare, a Spruance destroyer was comparable in size to existing U.S. cruisers, while having the advantage of an enclosed hangar (with space for up to two medium-lift helicopters) which was a considerable improvement over the basic aviation facilities of earlier cruisers. The Spruance hull design was used as the basis for two classes; the Kidd class which had comparable anti-air capabilities to cruisers at the time, and then the DDG-47-class destroyers which were redesignated as the Ticonderoga-class guided-missile cruisers to emphasize the additional capability provided by the ships' Aegis combat systems, and their flag facilities suitable for an admiral and his staff. In addition, 24 members of the Spruance class were upgraded with the vertical launch system (VLS) for Tomahawk cruise missiles due to its modular hull design, along with the similarly VLS-equipped Ticonderoga class, these ships had anti-surface strike capabilities beyond the 1960s–1970s cruisers that received Tomahawk armored-box launchers as part of the New Threat Upgrade. Like the Ticonderoga ships with VLS, the Arleigh Burke and Zumwalt class, despite being classified as destroyers, actually have much heavier anti-surface armament than previous U.S. ships classified as cruisers.

Following the American example, three smaller light cruisers of other NATO countries were rearmed with anti-aircraft missiles installed in place of their aft armament: the Dutch De Zeven Provinciën, the Italian Giuseppe Garibaldi, and the French Colbert. Only the French ship, rebuilt last in 1972, also received Exocet anti-ship missile launchers and domestically produced Masurca anti-aircraft missiles. The others received American Terrier missiles, with Garibaldi uniquely among surface ships also being armed with Polaris strategic missile launchers, although these were never actually carried. In the Soviet Navy, only one cruiser, Dzerzhinsky, of Project 68bis, was similarly rearmed with anti-aircraft missiles. The M-2 missiles used on it, adapted from the land-based S-75, proved ineffective as a naval system, and further conversions were abandoned. Another cruiser of this project, Admiral Nakhimov, was used for testing anti-ship missiles but never entered service in this role. The British considered converting older cruisers to guided-missile cruisers with the Seaslug system but ultimately did not proceed. Several other classical cruisers from various countries were rearmed with short-range anti-aircraft systems requiring fewer modifications, such as Seacat or Osa-M, but since these were intended only for self-defense, they are not considered guided-missile cruisers (e.g., the Soviet Zhdanov and Admiral Senyavin of Project 68U). The Peruvian light cruiser Almirante Grau (formerly the Dutch De Ruyter) was rearmed with eight Otomat anti-ship missiles at the end of the 20th century, but these did not constitute its primary armament.

US Navy "cruiser gap"

Prior to the introduction of the Ticonderogas, the US Navy used odd naming conventions that left its fleet seemingly without many cruisers, although a number of their ships were cruisers in all but name. From the 1950s to the 1970s, US Navy cruisers were large vessels equipped with heavy, specialized missiles (mostly surface-to-air, but for several years including the Regulus nuclear cruise missile) for wide-ranging combat against land-based and sea-based targets. Naming conventions changed, and some guided-missile cruisers were classified as frigates or destroyers during certain periods or at the construction stage. All save one—USS Long Beach—were converted from World War II cruisers of the Oregon City, Baltimore and Cleveland classes. Long Beach was also the last cruiser built with a World War II-era cruiser style hull (characterized by a long lean hull); later new-build cruisers were actually converted frigates (DLG/CG USS Bainbridge, USS Truxtun, and the Leahy, Belknap, California, and Virginia classes) or uprated destroyers (the DDG/CG Ticonderoga class was built on a Spruance-class destroyer hull).

Literature sometimes considers ships as cruisers even if they are not officially classified as such, primarily larger representatives of the Soviet large anti-submarine ship class, which had no equivalent in global classification. Ultimately, after the 1975 classification reform in the US, larger ships were called cruisers, slightly smaller and weaker fleet escorts were called destroyers, and smaller ships for ocean escort and anti-submarine warfare were called frigates. However, the size and qualitative differences between them and destroyers were vague and arbitrary. With the development of destroyers, this distinction has blurred even further (for example, the American Arleigh Burke-class destroyers, complementing the Ticonderoga-class cruisers as the core of US Navy air defense, have displacements up to 8,373 tons and nearly equal combat capabilities, carrying the Aegis system and similar missiles, albeit in smaller numbers; similarly for Japanese destroyers).

Frigates under this scheme were almost as large as the cruisers and optimized for anti-aircraft warfare, although they were capable anti-surface warfare combatants as well. In the late 1960s, the US government perceived a "cruiser gap"—at the time, the US Navy possessed six ships designated as cruisers, compared to 19 for the Soviet Union, even though the USN had 21 ships designated as frigates with equal or superior capabilities to the Soviet cruisers at the time. Because of this, in 1975 the Navy performed a massive redesignation of its forces:

• CVA/CVAN (Attack Aircraft Carrier/Nuclear-powered Attack Aircraft Carrier) were redesignated CV/CVN (although USS Midway and USS Coral Sea never embarked anti-submarine squadrons).
• DLG/DLGN (Frigates/Nuclear-powered Frigates) of the Leahy, Belknap, and California classes along with USS Bainbridge and USS Truxtun were redesignated CG/CGN (Guided-Missile Cruiser/Nuclear-powered Guided-Missile Cruiser).
• Farragut-class guided-missile frigates (DLG), being smaller and less capable than the others, were redesignated to DDGs (USS Coontz was the first ship of this class to be re-numbered; because of this the class is sometimes called the Coontz class);
• DE/DEG (Ocean Escort/Guided-Missile Ocean Escort) were redesignated to FF/FFG (Guided-Missile Frigates), bringing the US "Frigate" designation into line with the rest of the world.

Also, a series of Patrol Frigates of the Oliver Hazard Perry class, originally designated PFG, were redesignated into the FFG line. The cruiser-destroyer-frigate realignment and the deletion of the Ocean Escort type brought the US Navy's ship designations into line with the rest of the world's, eliminating confusion with foreign navies. In 1980, the Navy's then-building DDG-47-class destroyers were redesignated as cruisers (Ticonderoga guided-missile cruisers) to emphasize the additional capability provided by the ships' Aegis combat systems, and their flag facilities suitable for an admiral and his staff.

Soviet cruiser development

In the Soviet Navy, cruisers formed the basis of combat groups. In the immediate post-war era it built a fleet of gun-armed light cruisers, but replaced these beginning in the early 1960s with large ships called "rocket cruisers", carrying large numbers of anti-ship cruise missiles (ASCMs) and anti-aircraft missiles. The Soviet combat doctrine of saturation attack meant that their cruisers (as well as destroyers and even missile boats) mounted multiple missiles in large container/launch tube housings and carried far more ASCMs than their NATO counterparts, while NATO combatants instead used individually smaller and lighter missiles (while appearing under-armed when compared to Soviet ships).

In 1962–1965 the four Kynda-class cruisers entered service; these had launchers for eight long-range SS-N-3 Shaddock ASCMs with a full set of reloads; these had a range of up to 450 kilometres (280 mi) with mid-course guidance. The four more modest Kresta I-class cruisers, with launchers for four SS-N-3 ASCMs and no reloads, entered service in 1967–69. In 1969–79 Soviet cruiser numbers more than tripled with ten Kresta II-class cruisers and seven Kara-class cruisers entering service. These had launchers for eight large-diameter missiles whose purpose was initially unclear to NATO. This was the SS-N-14 Silex, an over/under rocket-delivered heavyweight torpedo primarily for the anti-submarine role, but capable of anti-surface action with a range of up to 90 kilometres (56 mi). Soviet doctrine had shifted; powerful anti-submarine vessels (these were designated "Large Anti-Submarine Ships", but were listed as cruisers in most references) were needed to destroy NATO submarines to allow Soviet ballistic missile submarines to get within range of the United States in the event of nuclear war. By this time Long Range Aviation and the Soviet submarine force could deploy numerous ASCMs. Doctrine later shifted back to overwhelming carrier group defenses with ASCMs, with the Slava and Kirov classes.

After the dissolution of the Soviet Union, the Russian cruiser Moskva of Project 1164 became the flagship of the Black Sea Fleet and in 2022 participated in the invasion of Ukraine, shelling and blockading the coast, but was subsequently sunk by anti-ship missiles.

Current cruisers

The end of the Cold War and the subsequent reduction of military rivalry led to significant reductions in naval forces. This reduction was more pronounced in the Soviet Navy, which was mostly taken over by Russia. Faced with severe financial difficulties, Russia was forced to decommission most of its ships in the 1990s or send them for extended overhauls. The most recent Soviet/Russian rocket cruisers, the four Kirov-class battlecruisers, were built in the 1970s and 1980s. One of the Kirov class is in refit, and 2 are being scrapped, with the Pyotr Velikiy in active service. Russia also operates two Slava-class cruisers and one Admiral Kuznetsov-class carrier which is officially designated as a cruiser, specifically a "heavy aviation cruiser" (Russian: тяжелый авианесущий крейсер) due to her complement of 12 P-700 Granit supersonic AShMs. In 2022, the cruiser Moskva of Project 1164 sank after being hit by a Ukrainian missile.

Currently, the Kirov-class heavy missile cruisers are used for command purposes, as Pyotr Velikiy is the flagship of the Northern Fleet. However, their air defense capabilities are still powerful, as shown by the array of point defense missiles they carry, from 44 OSA-MA missiles to 196 9K311 Tor missiles. For longer range targets, the S-300 is used. For closer range targets, AK-630 or Kashtan CIWSs are used. Aside from that, Kirovs have 20 P-700 Granit missiles for anti-ship warfare. For target acquisition beyond the radar horizon, three helicopters can be used. Besides a vast array of armament, Kirov-class cruisers are also outfitted with many sensors and communications equipment, allowing them to lead the fleet.

The United States Navy has centered on the aircraft carrier since World War II. The Ticonderoga-class cruisers, built in the 1980s, were originally designed and designated as a class of destroyer, intended to provide a very powerful air-defense in these carrier-centered fleets. As of 2020, the US Navy still had 22 of its newest Ticonderoga-class cruisers in service. These ships were continuously upgraded, enhancing their value and versatility. Some were equipped with ballistic missile defense capabilities (Aegis BMD system). However, no new cruisers of this class were being built. In the 21st century, there were design efforts for futuristic large cruisers provisionally designated as CG(X), but the program was canceled in 2010 due to budget constraints.

Formally, only the aforementioned ships are classified as cruisers globally. The latest American futuristic large destroyers of the Zumwalt class, despite their displacement of approximately 16,000 tons and armament with two large-caliber (155 mm) guns traditionally associated with cruisers, are classified as destroyers. Literature often emphasizes that these ships are essentially large cruisers. Similarly, Japanese large missile destroyers of the Kongō class, with a displacement of 9,485 tons and equipped with the Aegis system (derived from the Arleigh Burke-class destroyers), are sometimes referred to as cruisers. Their improved versions, the Atago and Maya classes, exceed 10,000 tons. Japan, for political reasons, does not use the term "cruiser" or even "destroyer", formally classifying these ships as missile escorts with hull numbers prefixed by DDG, corresponding to guided-missile destroyers. These Japanese destroyers also provide ballistic missile defense.

Outside the US and Soviet navies, new cruisers were rare following World War II. Most navies use guided-missile destroyers for fleet air defense, and destroyers and frigates for cruise missiles. The need to operate in task forces has led most navies to change to fleets designed around ships dedicated to a single role, anti-submarine or anti-aircraft typically, and the large "generalist" ship has disappeared from most forces. The United States Navy, the Russian Navy and the Italian Navy are the only remaining navies which operate active duty cruisers. Italy used Vittorio Veneto until 2003 (decommissioned in 2006) and continues to use Giuseppe Garibaldi as of 2023; France operated a single helicopter cruiser until May 2010, Jeanne d'Arc, for training purposes only. While Type 055 of the Chinese Navy is classified as a cruiser by the U.S. Department of Defense, the Chinese consider it a guided-missile destroyer.

In the years since the launch of Ticonderoga in 1981, the class has received a number of upgrades that have dramatically improved its members' capabilities for anti-submarine and land attack (using the Tomahawk missile). Like their Soviet counterparts, the modern Ticonderogas can also be used as the basis for an entire battle group. Their cruiser designation was almost certainly deserved when first built, as their sensors and combat management systems enable them to act as flagships for a surface warship flotilla if no carrier is present, but newer ships rated as destroyers and also equipped with Aegis approach them very closely in capability, and once more blur the line between the two classes.

Aircraft cruisers

From time to time, some navies have experimented with aircraft-carrying cruisers. One example is the Swedish Gotland. Another was the Japanese Mogami, which was converted to carry a large floatplane group in 1942. Another variant is the helicopter cruiser. The further development of helicopter cruisers led to the creation of ships formally classified only as cruisers but significantly larger and effectively light aircraft carriers. In the Soviet Union, a series of unusual hybrid ships of Project 1143 (Kiev class) were built in the late 1970s and early 1980s. Initially classified as anti-submarine cruisers, they were ultimately designated as "heavy aircraft cruisers". These ships combined the architecture of cruisers and aircraft carriers and were armed with long-range anti-ship and anti-aircraft missiles along with a deck for vertical take-off and landing aircraft. Their full displacement of approximately 43,000 tons is typical for aircraft carriers. By hosting several helicopters, their primary mission was also anti-submarine warfare. The last example in service was the Soviet Navy's Kiev class, whose last unit Admiral Gorshkov was converted to a pure aircraft carrier and sold to India as INS Vikramaditya. The Russian Navy's Admiral Kuznetsov is nominally designated as an aviation cruiser but otherwise resembles a standard medium aircraft carrier, albeit with a surface-to-surface missile battery. The Royal Navy's aircraft-carrying Invincible class and the Italian Navy's aircraft-carrying Giuseppe Garibaldi vessels were originally designated 'through-deck cruisers', but have since been designated as small aircraft carriers (although the 'C' in the pennant for Giuseppe Garibaldi indicates it retains some status as an aircraft-carrying cruiser). It is armed with missiles, but these are short-range self-defense missiles (anti-aircraft Aspide and anti-ship Otomat) and do not match the significance of its aviation capabilities. Similarly, the Japan Maritime Self-Defense Force's Hyūga-class "helicopter destroyers" are really more along the lines of helicopter cruisers in function and aircraft complement, but due to the Treaty of San Francisco, must be designated as destroyers.

One cruiser alternative studied in the late 1980s by the United States was variously entitled a Mission Essential Unit (MEU) or CG V/STOL. In a return to the thoughts of the independent operations cruiser-carriers of the 1930s and the Soviet Kiev class, the ship was to be fitted with a hangar, elevators, and a flight deck. The mission systems were Aegis, SQS-53 sonar, 12 SV-22 ASW aircraft and 200 VLS cells. The resulting ship would have had a waterline length of 700 feet, a waterline beam of 97 feet, and a displacement of about 25,000 tons. Other features included an integrated electric drive and advanced computer systems, both stand-alone and networked. It was part of the U.S. Navy's "Revolution at Sea" effort. The project was curtailed by the sudden end of the Cold War and its aftermath, otherwise the first of class would have been likely ordered in the early 1990s.

Strike cruisers

An alternative development path for guided-missile cruisers was represented by ships armed with heavy long-range anti-ship missiles, primarily developed in the Soviet Union with a focus on combating aircraft carriers. Starting in 1962, four ships of Project 58 (NATO designation: Kynda) entered service. They were armed with eight P-35 missile launchers with a range of 250 km and a twin launcher for M-1 Volna anti-aircraft missiles. With a moderate full displacement of 5,350 tons, they were initially intended to be classified as destroyers but ultimately entered service as guided-missile cruisers. During this period, designs for larger cruisers, such as Project 64 and the nuclear-powered Project 63 (with 24 anti-ship missiles), were also developed. However, their construction was abandoned due to high costs and vulnerability to air attacks due to the shortcomings of available anti-aircraft missiles.

The next built type was four ships of Project 1134 (NATO designation: Kresta I) with a displacement of 7,500 tons, equipped with four P-35 anti-ship missile launchers and two Volna anti-aircraft missile launchers. These were transitional types with lesser strike capabilities and were initially classified as large anti-submarine ships but were reclassified as guided-missile cruisers in 1977.

In the 1980s, before the dissolution of the Soviet Union, only three guided-missile cruisers of the new generation Project 1164 (Slava class) with a full displacement of 11,300 tons were completed out of a longer planned series. They carried 16 Bazalt anti-ship missile launchers and eight vertical launchers for long-range Fort anti-aircraft missiles. The pinnacle of development for cruisers designed to engage surface ships, while also protecting fleet formations from aircraft and submarines, was the four large nuclear-powered cruisers of Project 1144 (Kirov class) from the 1980s. These were officially classified as "heavy nuclear guided-missile cruisers". With a full displacement of up to 25,000 tons, they were armed with 20 Granit heavy anti-ship missile launchers, 12 vertical launchers for long-range Fort anti-aircraft missiles, and short-range missiles. For anti-submarine warfare, they were equipped with rocket-torpedo launchers and three helicopters, and their crew numbered up to 744 people. In English-language literature, they are sometimes referred to as "battlecruisers", although this designation lacks official justification.

The ship Muntenia, with a displacement of 5,790 tons, was constructed and built in Romania in the 1980s. It was initially somewhat ambitiously designated as a light helicopter cruiser but was reclassified as a destroyer in 1990, along with a name change. The ship and its classification reflected the ambitions of dictator Nicolae Ceaușescu amid limited industrial capabilities. It carried eight Soviet P-20M medium-range anti-ship missiles but lacked anti-aircraft missile armament and was equipped with two light helicopters without means for long-range anti-submarine warfare.

Operators

This article needs to be updated. Please help update this article to reflect recent events or newly available information. (August 2023)

Few cruisers are still operational in the world's navies. Those that remain in service today are:

•  Hellenic Navy: The cruiser Georgios Averof is kept in ceremonial commission as the flagship of the Hellenic Navy due to her historical significance.
•  Russian Navy: 2 Kirov class and 2 Slava-class guided-missile cruisers, the cruiser Aurora was ceremonially recommissioned as the flagship of the Russian Navy due to her historical significance.
•  United States Navy: 15 Ticonderoga-class guided-missile cruisers in service. 5 more in the Reserve Fleet.

The following is laid up:

•  Ukrainian Navy: The cruiser Ukraina is a Slava-class cruiser that was under construction during the breakup of the Soviet Union. Ukraine inherited the ship following its independence. Progress to complete the ship has been slow and has been at 95% complete since circa 1995. It is estimated that an additional US$30 million are needed to complete the ship, and in 2019 Ukroboronprom announced that the ship would be sold. The cruiser sits docked and unfinished at the harbor of Mykolaiv in southern Ukraine. It was reported that the Ukrainian government invested ₴6.08 million into the ship's maintenance in 2012. On 26 March 2017, it was announced that the Ukrainian Government will be scrapping the vessel which has been laid up, incomplete, for nearly 30 years in Mykolaiv. Maintenance and construction was costing the country US$225,000 per month. On 19 September 2019, the new director of Ukroboronprom Aivaras Abromavičius announced that the ship will be sold. Her current status is unknown due to the 2022 Russian invasion of Ukraine.

The following are classified as destroyers by their respective operators, but, due to their size and capabilities, are considered to be cruisers by some, all having full load displacements of at least 10,000 tons:

•  People's Liberation Army Navy: The first Type 055 destroyer was launched by China in June 2017 and was commissioned on 12 January 2020 (as of 2023, 8 are in service). Despite being classified as a destroyer by its operator, many naval analysts believe that it is far too large and too well equipped to be considered a destroyer, and is classified by the United States Defense Department as such.
•  Republic of Korea Navy: 3 Sejong the Great-class destroyers. Despite their classification as a destroyer, many naval analysts feel they are in fact cruisers due to their size and armament, which are both greater than most of the world's destroyer classes.
•  United States Navy: 2 Zumwalt-class destroyers. Even if considered a destroyer, they remain significantly larger and more capable than the only definitive cruisers in USN service, the Ticonderoga-class.

Future development

•  People's Liberation Army Navy will add 8 more Renhai-class cruisers to its fleet for a total of 16.
•  Indian Navy announced that between 8 and 10 ships would be built under the Project 18-class destroyer. The destroyers will displace from 10,000 to 13,000-tons.
•  Italian Navy is developing its DDX destroyer project. The 2 ships will displace 10,000 tons each, making them the largest surface combatants Italy has built since World War II.
•  Republic of Korea Navy will add 3 more Sejong the Great-class destroyers to its fleet.
•  Russian Navy is to build an unknown number of Lider-class destroyers. At 19,000 tons of displacement they will more than double the displacement of existing Slava-class cruisers.
•  United States Navy currently has 1 Zumwalt-class destroyer undergoing sea trials and is developing its DDG(X) project to replace the aging Ticonderoga-class cruisers. Displacing 12,000 tons, much greater than their predecessors, the DDG(X) ships will be cruisers in all but name.

Museum ships

As of 2019, several decommissioned cruisers have been saved from scrapping and exist worldwide as museum ships. They are:

• A floating replica of the Chinese cruiser Zhiyuan is on display in Dandong, China.
• Greek armored cruiser Georgios Averof in Athens, Greece; still active as the flagship of the Hellenic Navy
• Russian cruiser Aurora in St. Petersburg, Russia; still active as the flagship of the Russian Navy
• Soviet cruiser Mikhail Kutuzov in Novorossiysk, Russia; the last surviving Sverdlov-class cruiser
• HMS Belfast in London, England
• HMS Caroline in Belfast, Northern Ireland; the last surviving ship from the Battle of Jutland
• USS Olympia in Philadelphia, Pennsylvania; the world's oldest steel-hulled warship afloat.
• USS Little Rock in Buffalo, New York
• USS Salem in Quincy, Massachusetts; the world's last heavy cruiser.
• Bow section of Puglia in La Spezia, Italy

Former museums

• The French cruiser Colbert was on display in Bordeaux, France until 2006, when she was forced to close due to financial difficulties. She sat in the French Navy's mothball fleet in Landevennec until she was sold for scrap in 2014.

Former operators

•  Argentine Navy last cruiser, the Brooklyn-class cruiser ARA General Belgrano was sunk in action during the Falklands War in 1982.
•  Austro-Hungarian Navy lost its entire navy following the Empire's collapse following World War I.
•  Royal Australian Navy decommissioned both its surviving County-class cruisers in 1949.
•  Belgian Navy returned its only cruiser, D'Entrecasteaux to France following the abolition of its navy in 1920.
•  Brazilian Navy decommissioned its last Brooklyn-class cruiser, Almirante Tamandaré in 1976.
•  Royal Canadian Navy decommissioned HMCS Quebec in 1961.
•  Chilean Navy decommissioned its last Brooklyn-class cruiser, O'Higgins in 1991.
•  Republic of China Navy's last cruiser, Yat Sen, was decommissioned in 1958 and sold for scrapping in 1959. This light cruiser was akin to pre-WW1 light cruisers at time of commissioning and its contemporaries were gunboats; Taiwan's penultimate cruiser was ROCS Chung King, their lone vessel in the Arethusa-class. She defected to the People's Liberation Army Navy during the Chinese Civil War in 1949.
•  Navy of the Independent State of Croatia only cruiser, Znaim was handed over to Germany in 1943.
•  Royal Danish Navy decommissioned its last cruiser, HDMS Valkyrien in 1923.
•  French Navy decommissioned its last cruiser, Jeanne d'Arc in 2010.
•  German Navy decommissioned its last cruiser, Deutschland in 1990.
•  Hellenic Navy decommissioned its last active duty cruiser, Elli in 1965.
• Haitian Navy only cruiser, Consul Gostrück sank due to the inexperience of her crew in 1910.
•  Indian Navy decommissioned its Crown Colony-class cruiser, INS Mysore in 1985.
•  Indonesian Navy decommissioned its only cruiser, the Sverdlov-class cruiser RI Irian in 1972.
•  Italian Navy decommissioned its last cruiser, Vittorio Veneto in 2006.
•  Imperial Japanese Navy surrendered all its remaining cruisers to the Allies following World War II.
•  Royal New Zealand Navy decommissioned its last cruiser, HMNZS Royalist in 1966.
•  Royal Netherlands Navy decommissioned its last cruiser, HNLMS De Zeven Provinciën in 1975.
•  Pakistan Navy decommissioned its only cruiser, PNS Babur between 1982 and 1985. The ship was scrapped in 1985.
•  Peruvian Navy decommissioned its last De Zeven Provinciën-class cruiser, BAP Almirante Grau in 2017.
•  Polish Navy returned its lone surviving Danae-class cruiser, ORP Conrad, to the United Kingdom in 1946.
•  Portuguese Navy decommissioned its last cruiser, NRP Vasco da Gama in 1935.
•  Royal Romanian Navy decommissioned its only cruiser, NMS Elisabeta in 1929.
•  South African Navy decommissioned its only cruiser SATS General Botha in 1947.
•  Spanish Navy decommissioned its last cruiser, Canarias in 1977.
•  Swedish Navy decommissioned its last cruiser, HSwMS Göta Lejon in 1971.
•  Turkish Navy decommissioned its last cruiser, TCG Mecidiye in 1948; they retained a battlecruiser, TCG Yavuz, which was decommissioned in 1950 and stricken from the Naval Register in 1954.
•  Royal Navy decommissioned its last cruiser HMS Blake in 1979.
•  Navy of the Ukrainian People's Republic lost its entire fleet upon its reintegration into the Soviet Union in 1921.
•  National Navy of Uruguay decommissioned its only cruiser, ROU Montevideo in 1932.
•  Bolivarian Navy of Venezuela decommissioned its only cruiser, FNV Mariscal Sucre in 1940.
•  Royal Yugoslav Navy only cruiser KB Dalmacija was captured by Germany during the Invasion of Yugoslavia in 1941.

See also

• List of battlecruisers of the Second World War
• List of cruisers
• List of cruisers of World War I
• List of cruisers of the Second World War
• List of ships of the Second World War

References

1. Keegan, John (1989). The Price of Admiralty. New York: Viking. p. 277. ISBN 0-670-81416-4.
2. "Garibaldi" (in Italian). 11 August 2016. Archived from the original on 2016-08-11. Retrieved 14 June 2023.
3. Thomas Newdick (15 February 2021). "All You Need To Know About Italy's F-35 Carrier That Just Arrived In The US". The War Zone. Retrieved 14 June 2023.
4. Dreadnaughtz (17 March 2023). "Giuseppe Garibaldi, 1st Italian STOVL carrier". Naval Encyclopedia. Retrieved 14 June 2023.
5. John Slater (June 2011). "Giuseppe Garibaldi". Retrieved 14 June 2023.
6. United States Navy Office of Naval Intelligence (19 February 2020). PLA Navy Identification Guide (Report). Retrieved 29 July 2020.
7. United States Navy Office of Naval Intelligence (19 February 2020). Russian Federation Navy: 2019 Recognition and Identification Guide (Report). Retrieved 30 March 2021.
8. "The Military Balance 2022" (PDF). International Institute for Strategic Studies. 28 February 2022. Retrieved 16 June 2023.
9. The alternative spelling could be found at least as late as 1900: Jackie Fisher wrote "We a require an increase.... in all classes of cruizer" in a letter dated 20th Feb 1900. Mackay, R. Fisher of Kilverstone, p. 242.
10. Mayne, Richard (2000). "cruiser". The Language of Sailing. Taylor & Francis. p. 80. ISBN 978-1-57958-278-4.
11. Rodger, N. A. M.: The Command of the Ocean, A Naval History of Britain 1649–1815. Allen Lane, London, 2004. ISBN 0-7139-9411-8
12. Parkes, p.8
13. Parkes, p.17
14. Hill, Richard: War at Sea in the Ironclad Age. Cassell, London, 2000. ISBN 0-304-35273-X.
15. John Evelyn Moore, Jane's Fighting Ships of World War I, Military Press, 1990, p. 295
16. Gardiner and Chumbley, pp. 2, 167
17. Friedman cruisers, p. 164
18. Gardiner and Chumbley, p. 190
19. Gardiner and Chumbley, pp. 30–31
20. "USA 8"/55 (20.3 cm) Marks 12 and 15". www.navweaps.com – NavWeaps.
21. "USA 6"/47 (15.2 cm) Mark 16". www.navweaps.com – NavWeaps.
22. Friedman cruisers, pp. 217–220
23. Bauer and Roberts, pp. 136–138
24. Friedman cruisers, p. 150
25. ^ Watts, pp. 79–114
26. "Torpedo History: Torpedo Mk15". Archived from the original on 15 September 2014. Retrieved 25 May 2016.
27. Watts, pp. 124–158
28. Friedman cruisers, pp. 286–305
29. John Evelyn Moore, Jane's Fighting Ships of World War I, Military Press, 1990, p. 294
30. Friedman, Norman "Anti-Aircraft Cruisers: The Life of a Class" United States Naval Institute Proceedings January 1965 p. 86
31. Friedman cruisers, pp. 224–229
32. Bauer and Roberts, p. 150
33. Friedman, Norman "Anti-Aircraft Cruisers: The Life of a Class" United States Naval Institute Proceedings January 1965 pp. 96–97
34. Watts, pp. 99–105
35. Watts, pp. 79–105
36. Watts, pp. 70–73
37. Stille, Mark (2014). Imperial Japanese Navy Heavy Cruisers 1941–45. Osprey Publishing. pp. 38–40.
38. Lacroix, Eric; Wells II, Linton (1997). Japanese Cruisers of the Pacific War. Naval Institute Press. pp. 331–332.
39. Churchill 1948, pp. 525–526
40. Howland, p. 52
41. Rohwer, pp. 48–65
42. Kennedy, p. 204
43. Kennedy, p. 45
44. "1945". www.naval-history.net.
45. Rohwer, pp. 175–176
46. Zetterling and Tamelander, pp. 150–152
47. Kappes, Irwin J. (23 February 2010). "Battle of the Barents Sea". German-Navy.De. Archived from the original on 7 June 2011. Retrieved 29 May 2011.
48. Garzke and Dulin, pp. 167–175
49. Garzke and Dulin, pp. 148–150
50. Morison vol III, p. 158
51. Morison vol III, pp. 188–190
52. Morison vol XII
53. ^ Friedman battleships, pp. 345–347
54. Garzke and Dulin (1985), p. 54
55. Jackson (2000), p. 128
56. Rowland and Boyd, pp. 93–94
57. ^ Friedman cruisers, pp. 312–315
58. Friedman destroyers, pp. 168–172
59. The British cruiser was Exeter, which previously engaged Graf Spee.
60. Morison vol. III, pp. 292–293
61. "HyperWar: Disaster at Savo Island, 1942". www.ibiblio.org.
62. ^ Friedman cruisers, pp. 316–321
63. Morison vol. V, pp. 156–160
64. Morison vol. V, p. 169
65. Morison vol. V, p. 171
66. ^ Morrison vol. V, pp. 254–274
67. Although these ships were designated light cruisers at the time, the term "anti-aircraft" is used to distinguish them from larger London Treaty light cruisers.
68. Kurzman
69. Morison vol. V, pp. 299–307
70. Morison vol. V, pp. 318–321
71. Evans and Tanaka, pp. 208–209
72. ^ Morison, vol. VI
73. Gardiner and Chumbley, p. 30
74. Morison, vol. VI, p. 322
75. ^ Morison vol. XII
76. Kemp, p. 68
77. Watts, pp. 109–113
78. Gardiner and Chumbley, pp. 33–35
79. Gardiner and Chumbley, pp. 350–354
80. Friedman cruisers, pp. 361–362
81. ^ Friedman cruisers, pp. 378–382
82. Friedman destroyers, p. 301
83. Friedman destroyers, pp. 293–294
84. Friedman destroyers, pp. 297–298
85. Bauer and Roberts, p. 211
86. ^ Bauer and Roberts, pp. 153–155
87. ^ Bauer and Roberts, pp. 213–217
88. Friedman destroyers, pp. 300–304
89. Bauer and Roberts, pp. 154, 214
90. Friedman cruisers, p. 398, 422
91. Gardiner and Chumbley, p. 552
92. Friedman cruisers, pp. 398–400, 412
93. Gardiner and Chumbley, pp. 580–585
94. "A fully illustrated guide to Modern Cruisers". War Machine. 3 (30). London: Orbis Publishing. 1984.
95. ^ Gardiner and Chumbley (1995)
96. ^ Gardiner and Chumbley, pp. 581–585
97. ^ Gardiner and Chumbley, pp. 109, 199, 272
98. Gardiner and Chumbley, p. 199
99. ^ Biereżnoj, pp. 2–3
100. ^ Asanin, pp. 6–7
101. Gardiner and Chumbley, p. 504
102. Pacholski, Łukasz (2017). "Koniec epoki krążowników artyleryjskich". Morze (in Polish). III (25): 26. ISSN 2543-5469.
103. "Historic Navy Cruiser, USS Long Beach, To Be Auctioned As Scrap Metal By Government Liquidation Starting Tuesday, July 10". PR Newswire. 12 June 2012. Retrieved 26 January 2016.
104. Censer, Marjorie (18 September 2012). "Historic nuclear cruiser headed to scrap heap". The Washington Post. Retrieved 18 September 2012.
105. Gardiner and Chumbley, pp. 380–382
106. ^ Gardiner and Chumbley, pp. 551–555, 580
107. ^ Lipiecki, p. 8
108. Gardiner and Chumbley, p. 592
109. ^ Lipiecki, Sławomir (2019). "Japońska tarcza. Niszczyciele rakietowe typu Maya". Morze, Statki i Okręty (in Polish). 7–8: 17–18.
110. ^ Asanin, pp. 17–19
111. Gardiner and Chumbley, p. 380
112. Gardiner and Chumbley, p. 381
113. Gardiner and Chumbley, pp. 345, 381–382
114. ^ "What is the significance of the Moskva sinking?". aljazeera.com. 2022-04-15. Retrieved 2024-05-21.
115. Larter, David (2020-06-26). "Congress aims to strip funding for the US Navy's next-gen large surface combatant". Defense News. Retrieved 2024-05-21.
116. Lipiecki, Sławomir (2016). "Niszczyciele typu Zumwalt. Okręty ery kosmicznej. Część 1". Morze, Statki i Okręty (in Polish). XXI (176): 18–19.
117. Lipiecki, pp. 38–39
118. Schiele, Marcin (2000). "Japońskie fregaty rakietowe typu Murasame". Morza, Statki i Okręty (in Polish). V (20). Warsaw: Magnum X: 12.
119. Wieliczko, Leszek (2017). "Flota Wschodzącego Słońca". Morze, Statki i Okręty (in Polish). XXI (181): 37. ISSN 1426-529X.
120. Lipiecki, p. 34
121. "2017 China Military Power Report" (PDF). dod.defense.gov.
122. ^ Biereżnoj, pp. 8–10
123. "Portaeromobili (LHA) Classe Garibaldi". Marina Militare (in Italian). Archived from the original on 2020-11-12. Retrieved 2020-11-01.
124. Gardiner and Chumbley, p. 204
125. David Axe (23 February 2019). "Meet the Helicopter-Cruiser: The Half Aircraft Carrier". National Interest. Retrieved 14 June 2023.
126. Asanin, pp. 32–35
127. Biereżnoj, p. 6
128. ^ Gardiner & Chumbley, pp. 380–382
129. Biereżnoj, pp. 13–14
130. ^ Biereżnoj, pp. 7–8
131. ^ Rochowicz, pp. 26–27
132. "ISTORIC Distrugătorul Mărăşeşti. Asul de treflă al Marinei Regale Române". Forțele Navale Române (in Romanian). Archived from the original on 2018-11-11.
133. Grotnik, Tomasz (2007). "Mărăşeşti. Stara fregata w nowej roli". Nowa Technika Wojskowa (in Polish). 10. Magnum-X: 77–82.
134. "Naval Vessel Register". Archived from the original on June 5, 2011.
135. ^ "Новий глава Укроборонпрому задумав продати крейсер "Україна"" [The new head of Ukroboronprom is thinking to sell the cruiser "Ukraina"]. Ukrainska Pravda (in Ukrainian). 2019-09-19. Retrieved 2023-12-07.
136. "Абромавичус пропонує продати ракетний крейсер "Україна"". LB.ua. 20 September 2019.
137. "Ukraine Invested UAH 6 mln in Maintenance of Ukraina Cruiser". rusnavy.com. 9 April 2012. Retrieved 6 October 2014.
138. Lin, Jeffrey, and P. W. Singer (28 June 2017). "China launches Asia's biggest post-WWII warship." Popular Science (PopSci.com). Retrieved 17 July 2019.
139. "Sejong the Great Class Guided Missile Destroyer | Military-Today.com". www.military-today.com.
140. "Zumwalt Class Guided Missile Cruiser | Military-Today.com". www.military-today.com.
141. "Do the future Italian DDX destroyers foreshadow an evolution of combat ships? - Meta-Defense.fr". 9 September 2021.
142. "Russian Future Destroyer "Grown Up" to 19,000 Tons". mil.today. 26 February 2019. Retrieved 19 January 2020.
143. "The U.S. Navy is Building Cruisers—It's Just Not Calling Them That". Forbes.

Sources

• Bauer, K. Jack; Roberts, Stephen S. (1991). Register of Ships of the U.S. Navy, 1775–1990: Major Combatants. Westport, Connecticut: Greenwood Press. ISBN 0-313-26202-0.
• Churchill, Winston (1948). The Second World War, vol. I: The Gathering Storm (1st ed.). Houghton Mifflin Company.
• Tanaka, Raizo (1986). "The Struggle for Guadalcanal". In Evans, David C. (ed.). The Japanese Navy in World War II: In the Words of Former Japanese Naval Officers (2nd ed.). Annapolis, Maryland: Naval Institute Press. ISBN 0-87021-316-4.
• Friedman, Norman (1985). US Battleships: An Illustrated Design History. Annapolis: Naval Institute Press. ISBN 978-0-87021-715-9.
• Friedman, Norman (1984). U.S. Cruisers: An Illustrated Design History. Annapolis, Maryland: Naval Institute Press. ISBN 0-87021-718-6.
• Friedman, Norman (2004). US Destroyers: An Illustrated Design History (Revised ed.). Annapolis: Naval Institute Press. ISBN 1-55750-442-3.
• Gardiner, Robert; Gray, Randal (1985). Conway's All the World's Fighting Ships 1906–1921. London: Conway Maritime Press. ISBN 0-85177-245-5.
• Gardiner, Robert; Chesneau, Roger (1980). Conway's All the World's Fighting Ships 1922–1946. London: Conway Maritime Press. ISBN 0-8317-0303-2.
• Gardiner, Robert; Chumbley, Stephen (1995). Conway's All the World's Fighting Ships 1947–1995. London: Conway Maritime Press. ISBN 1-55750-132-7.
• Garzke, William H.; Dulin, Robert O. (1985). Battleships: Axis and Neutral Battleships in World War II. Annapolis, Maryland: Naval Institute Press. ISBN 978-0-87021-101-0. OCLC 12613723.
• Howland, Vernon W., Captain, RCN (1994). "The Loss of HMS Glorious: An Analysis of the Action". Warship International. XXXI (1). Toledo, OH: International Naval Research Organization: 47–62. Archived from the original on 22 May 2001. Retrieved 9 June 2010.{{cite journal}}: CS1 maint: multiple names: authors list (link)
• Jackson, Robert (2000). The World's Great Battleships. Thunder Bay, Ontario, Canada: Thunder Bay Press. ISBN 1-89788-460-5.
• Kemp, Paul (2006). Submarine Action. Sutton. ISBN 0-7509-1711-3.
• Kennedy, Kennedy (1974). Pursuit: The Sinking of the Bismarck. London: William Collins Sons & Co Ltd. ISBN 0-00-211739-8.
• Kurzman, Dan (1994). Left to Die: The Tragedy of the USS Juneau. New York: Pocket Books. ISBN 0-671-74874-2.
• Morison, Samuel Eliot (2001). History of United States Naval Operations in World War II, vol. III: The Rising Sun in the Pacific, 1931 – April 1942. University of Illinois Press. ISBN 0-252-06973-0.
• Morison, Samuel Eliot (1958). History of United States Naval Operations in World War II, vol. V: The Struggle for Guadalcanal, August 1942 – February 1943. Boston: Little, Brown and Company. ISBN 0-316-58305-7.
• Morison, Samuel Eliot (1958). History of United States Naval Operations in World War II, vol. VI: Breaking the Bismarcks Barrier. Castle Books. ISBN 0-7858-1307-1.
• Morison, Samuel Eliot (2004) . History of United States Naval Operations in World War II, vol. XII: Leyte, June 1944 – January 1945. Champaign, Illinois: University of Illinois Press; Reprint edition. ISBN 0-252-07063-1.
• Parkes, Oscar British Battleships (2nd Edition). Leo Cooper, London, 1990. ISBN 0-85052-604-3.
• Rohwer, Jürgen (2005). Chronology of the War at Sea, 1939–1945: The Naval History of World War Two. Annapolis: US Naval Institute Press. ISBN 978-1-59114-119-8.
• Rowland, Buford; Boyd, William (1954). US Navy Bureau of Ordnance in World War II. Washington, DC: US Navy Bureau of Ordnance, Department of the Navy.
• Roberts, Stephen S. (1977). "The Classification of British and French Screw Cruising Ships, 1840–1900". Warship International. XIV (2): 144–156. ISSN 0043-0374.
• Watts, Anthony J. (1973). Japanese Warships of World War II. Garden City, New York: Doubleday. ISBN 0-385-09189-3.
• Zetterling, Niklas; Tamelander, Michael (2009). Tirpitz: The Life and Death of Germany's Last Super Battleship. Havertown, PA: Casemate. ISBN 978-1-935149-18-7.
• Lipiecki, Sławomir (2020). "Symbol siły US Navy. Krążowniki typu Ticonderoga. Część 1". Morze, Statki i Okręty (in Polish). XXV (197). Warsaw: Magnum X.
• Bierieżnoj, Siergiej (1995). Sowietskij WMF 1945-1995. Kriejsiera, bolszyje protiwołodocznyje korabli, esmincy. Morskaja Kollekcyja (in Russian). 1/1995.
• Asanin, Władimir (2007). "Rakiety otieczestwiennego fłota. Czast 2. Na okienaskich prostorach". Tiechnika i Woorużenije (in Russian). 6.
• Rochowicz, Robert (2018). "Krążowniki atomowe projektu 1144". Morze, Statki i Okręty (in Polish). Warsaw: Magnum X.

External links

• Philip Sims; Michael Bosworth; Chris Cable; Howard Fireman. "Historical Review of Cruiser Characteristics, Roles and Missions". SFAC Report Number 9030-04-C1. Future Concepts and Surface Ship Design Group, Naval Sea Systems Command, United States Navy. Archived from the original on 5 January 2008. Retrieved 25 March 2011.

• Cruisers
• Ship types