Cruise Missile - Sarcasm Wiki

Contents

1. Overview
2. Etymology
3. Cultural Impact

A guided missile equipped with precise targeting capabilities and adaptable to a multitude of launch platforms represents a significant evolution in modern military technology .

For any missile that adheres to a primarily ballistic trajectory , one should refer to the distinct classification of a Ballistic missile .

A BGM-109 Tomahawk slicing through the air in November 2002. A rather predictable display, given its design.

A cruise missile is, at its core, an unmanned and self-propelled guided missile that maintains its flight through the generation of aerodynamic lift for the predominant portion of its operational journey. These intricate machines are meticulously engineered to deliver a substantial payload — often a formidable warhead — across considerable distances with an unnerving degree of precision . Contemporary cruise missile designs are capable of traversing skies at impressive velocities, ranging from high subsonic speeds, through the disruptive forces of supersonic travel, and even venturing into the nascent, extreme realm of hypersonic flight. They are inherently self-navigating , equipped with advanced systems that allow them to follow a non-ballistic , often serpentine, and invariably an extremely low-altitude flight path, a design choice that makes them notoriously difficult to detect and intercept. This characteristic, as noted in various analyses, is fundamental to their effectiveness in modern conflict scenarios. [1]

History

The notion of an “aerial torpedo” — essentially a precursor to the modern cruise missile — made an early, rather imaginative appearance in the 1909 British silent film, The Airship Destroyer . This cinematic vision depicted wirelessly controlled flying torpedoes being deployed with the specific intent of obliterating airships that were, in the film’s narrative, engaged in the rather unsportsmanlike activity of bombing London . [2] It seems humanity has always had a knack for dreaming up sophisticated ways to destroy things from afar.

The actual, albeit rudimentary, development of such concepts began to manifest in the real world in 1916. It was then that the American aviator and inventor, Lawrence Sperry , meticulously constructed and subsequently patented his own iteration of an “aerial torpedo.” This device, known as the Hewitt-Sperry Automatic Airplane , was a compact biplane airframe specifically designed to carry a potent TNT explosive charge. Its guidance system was remarkably advanced for its time, incorporating a Sperry autopilot coupled with a barometric altitude control mechanism, allowing for a degree of automated flight. The pioneering work of Sperry and his contemporaries served as a significant inspiration. In response, the United States Army embarked on its own program, developing a similar flying bomb, famously dubbed the Kettering Bug . Not to be outdone, Germany also conducted trials with their own remote-controlled aerial gliders, referred to as Torpedogleiter , constructed by the industrial giant Siemens-Schuckert , with these experiments commencing as early as 1916. [3]

During the often-overlooked Interwar Period , the British Royal Aircraft Establishment dedicated resources to the development of the Larynx (Long Range Gun with Lynx Engine) . This early cruise missile prototype underwent a limited series of flight tests throughout the 1920s, demonstrating continued interest in the concept, even if the technology wasn’t quite ready for prime time. [4]

The Soviet Union also entered the fray, with the renowned rocket engineer Sergei Korolev at the helm of the GIRD -06 cruise missile project. Active from 1932 to 1939, this ambitious undertaking explored a novel rocket-powered boost-glide bomb design. The 06/III (RP-216) and 06/IV (RP-212) variants were notably equipped with gyroscopic guidance systems, a testament to the early ambition for precision. [5] The theoretical design aimed for the vehicle to boost to an impressive 28 km (17 mi) altitude and then glide for a considerable distance of 280 km (170 mi). However, the harsh realities of early rocketry meant that test flights conducted in 1934 and 1936 only managed to achieve a modest altitude of 500 metres (1,600 ft). A rather stark reminder that aspiration often outpaces capability in the early stages of any technology.

The concept truly materialized as an operational weapon during World War II . In 1944, Nazi Germany , in its relentless pursuit of technological advantage, unleashed the first operational cruise missiles upon the world. The infamous V-1 , frequently referred to simply as a flying bomb , incorporated a reliable gyroscope guidance system. Its propulsion came from a rudimentary, yet effective, pulsejet engine, the distinctive, unsettling sound of which earned it the chilling nicknames “buzz bomb” or “doodlebug” among those who endured its unpredictable arrival. [6] The accuracy of the V-1 was, by modern standards, rather crude, sufficient only for engagement against very large, indiscriminate targets, typically the general area of an entire city. Its operational range of 250 km (160 mi) was also significantly less than what a conventional bomber could achieve carrying a comparable payload. The V-1’s primary advantages, however, lay in its speed—though not quite fast enough to consistently outpace the propeller-driven interceptors of the era—and, crucially, its expendability. The production cost of a V-1 was a mere fraction of that of the more complex V-2 supersonic ballistic missile , despite carrying a similarly sized warhead . [7] A grim testament to the efficiency of mass-produced destruction. Unlike the V-2, the initial deployments of the V-1 necessitated stationary launch ramps, which, as one might expect, proved highly vulnerable to concentrated bombardment by Allied forces. [8]

Concurrently, in 1943, Nazi Germany also ventured into the development of the Mistel composite aircraft program. This ingenious, if somewhat desperate, concept can be viewed as an early, rudimentary form of an air-launched cruise missile . It involved a piloted fighter-type aircraft mounted atop an unpiloted, larger bomber-sized aircraft that was packed to the brim with explosives. The piloted fighter would guide the combined monstrosity towards its target, releasing the explosive-laden bomber as it approached. Near the very end of the war, bomber-launched variants of the V-1 saw limited operational service, a clear indication of the weapon’s perceived utility. The pioneering V-1’s design was even reverse-engineered with remarkable speed by the Americans, resulting in the Republic-Ford JB-2 cruise missile. [9] Because, of course, a good idea for destruction is always worth copying.

In the immediate aftermath of World War II , the United States Air Force found itself overseeing a rather sprawling portfolio of 21 distinct guided missile projects, a number that included several proposed cruise missile designs. By 1948, the inevitable culling occurred, and all but four of these ambitious projects had been summarily canceled. The survivors included the Air Materiel Command Banshee, the SM-62 Snark , the SM-64 Navaho , and the MGM-1 Matador. The Banshee, unfortunately, proved to be a design conceptually similar to the ill-fated Operation Aphrodite (where manned bombers were turned into flying bombs), and like its predecessor, it failed to meet expectations and was canceled in April 1949. [10] Simultaneously, the US Navy initiated Operation Bumblebee , a research and development program conducted at Topsail Island , North Carolina , from approximately June 1, 1946, to July 28, 1948. While not directly producing an operational cruise missile itself, Bumblebee was instrumental in generating crucial proof-of-concept technologies that profoundly influenced subsequent US military missile projects, laying foundational groundwork for future guided weapons.

The tense standoff of the Cold War spurred both the United States and the Soviet Union to delve even deeper into the cruise missile concept. This era saw extensive experimentation and the eventual deployment of early cruise missiles from a diverse array of platforms: land-based launchers, formidable submarines , and strategic aircraft . A significant outcome of the United States Navy’s submarine missile project was the SSM-N-8 Regulus missile. This weapon drew clear conceptual lineage from the V-1, but crucially, it was powered by a more advanced Allison J33 jet engine . The Regulus did enter service, offering a novel offensive capability, but its tenure was ultimately cut short by the advent of submarine launched ballistic missiles (SLBMs). SLBMs offered a distinct tactical advantage: they did not necessitate the submarine to surface, or even to guide the missile to its target after launch, thereby significantly reducing the submarine’s vulnerability.

The United States Air Force ’s first operational surface-to-surface missile was the winged, mobile, and rather ominously nuclear-capable MGM-1 Matador . This missile also shared conceptual similarities with the V-1, though it was significantly more sophisticated. Its overseas deployment commenced in 1954, with initial placements in West Germany , followed by later deployments to the Republic of China (Taiwan) and South Korea . A particularly illustrative moment of its strategic importance occurred on November 7, 1956. In response to the grave crisis precipitated by the Soviet intervention in Hungary, which brutally suppressed the Hungarian Revolution of 1956 , the U.S. Air Force deployed Matador units in West Germany. These missiles, capable of striking targets deep within the Warsaw Pact territories, were moved from their fixed day-to-day sites to unannounced, dispersed launch locations, a clear and unambiguous signal of readiness.

Between 1957 and 1961, the United States pursued an extraordinarily ambitious and generously funded program to develop a truly revolutionary nuclear-powered cruise missile , known as the Supersonic Low Altitude Missile (SLAM). This audacious weapon was conceived to fly beneath the enemy’s radar detection thresholds at sustained speeds exceeding Mach 3. Its intended mission was to carry multiple hydrogen bombs and drop them sequentially along its flight path over enemy territory, effectively creating a prolonged, devastating nuclear strike. While the underlying concept was rigorously tested and proven sound, and its immense 500-megawatt (670,000 hp) engine successfully completed a test run in 1961, an airworthy device was, perhaps fortunately, never fully completed. The project was ultimately abandoned in favor of the more strategically viable and less environmentally catastrophic development of Intercontinental Ballistic Missiles .

While ballistic missiles emerged as the preferred weapons for striking fixed land targets due to their speed and trajectory, large, nuclear and conventional weapon -tipped cruise missiles were concurrently viewed by the USSR as a primary means to neutralize the formidable United States naval carrier battle groups . To facilitate this strategic objective, specialized large submarines (such as the Echo and Oscar classes) were designed and constructed specifically to carry these potent weapons and discreetly shadow United States battle groups at sea. In parallel, heavy bombers (including the iconic Backfire , Bear , and Blackjack models) were extensively modified and equipped to deploy these weapons in their air-launched cruise missile (ALCM) configurations, underscoring the versatility and perceived threat of this weapon class across multiple domains.

Categories

Cruise missiles, in their diverse manifestations, can be systematically categorized based on several critical parameters: the size of their payload or warhead , their operational speed , their effective range , and the specific platform from which they are launched. It is a common practice in modern defense industries to produce variants of the same core missile design, adapting them for deployment from different launch platforms. A prime example of this adaptability can be seen in the development of both air-launched and submarine-launched versions derived from a single missile family.

The sophistication of guidance systems can also vary considerably across different missile types. Some advanced missiles offer the flexibility of being fitted with a selection of navigation systems, allowing for mission-specific tailoring. These can include traditional Inertial navigation systems , advanced TERCOM (Terrain Contour Matching) systems, or the ubiquitous precision offered by satellite navigation . Furthermore, larger cruise missiles typically possess the capacity to carry either a conventional explosive warhead or a devastating nuclear warhead, granting them dual-use strategic flexibility. Smaller cruise missiles, constrained by their physical dimensions and design parameters, are generally limited to carrying only conventional warheads, serving a more tactical role.

Hypersonic

• See also: Hypersonic weapon and Hypersonic flight

A hypersonic cruise missile is defined by its ability to travel at speeds of at least five times the speed of sound – a staggering Mach 5 or greater. This extreme velocity presents not only formidable engineering challenges but also fundamentally alters the dynamics of warfare, drastically compressing decision-making timelines for defenders. The pursuit of hypersonic capabilities is a key area of global arms competition, as these weapons offer unparalleled speed and maneuverability, making them incredibly difficult to intercept with current defense systems.

Examples of these cutting-edge, often still developmental, systems include:

• The 3M22 Zircon is a Russian hypersonic anti-ship cruise missile, reportedly capable of ranges between >1000–1500 km. Its existence, and claimed capabilities, have certainly raised a few eyebrows in naval circles. [11] [12] [13] [14]

• The ASN4G (Air-Sol Nucléaire de 4e Génération) is a scramjet -powered hypersonic cruise missile currently under development by France, intended to bolster its strategic deterrent. [15] [16]

• BrahMos-II is a hypersonic cruise missile with an anticipated range of ≈800–1500 km. This joint Indian and Russian project has been under development since at least 2011 [update] and is a testament to shared ambitions in advanced missile technology. [17] [14] [18] [19]

• The CJ-1000 is a Chinese hypersonic scramjet anti-ship /land-attack cruise missile, indicating a clear focus on both naval and terrestrial threats. [20] [21]

• Hycore is a South Korean hypersonic missile project. [22]

• The HSTDV (Hypersonic Technology Demonstrator Vehicle) is a hypersonic scramjet demonstrator. It serves as a carrier vehicle for future hypersonic long-range cruise missiles, a project being actively developed by India’s Defence Research and Development Organisation (DRDO). [23] [24]

• The ET-LDHCM is a long-range hypersonic cruise missile also under development by the DRDO , indicating a serious commitment to this domain. [25] [26] [27]

• Hyfly-2, a hypersonic air-launched cruise missile , made its public debut at Sea Air Space 2021. This system is being developed by the aerospace giant Boeing . [28]

• The Hypersonic Air-breathing Weapon Concept (HAWC, pronounced Hawk) is a scramjet -powered hypersonic air-launched cruise missile that, rather surprisingly, operates without a conventional warhead . Instead, it relies on its immense kinetic energy upon impact to destroy its target. This innovative approach is being developed by DARPA . [29] [30]

• The Hypersonic Air Launched Offensive Anti-Surface (HALO) is an air-launched anti-ship missile being developed under the Offensive Anti-Surface Warfare Increment 2 (OASuW Inc 2) program for the US Navy . [31] [32]

• The Hypersonic Attack Cruise Missile (HACM) is a planned system intended for future use by the United States Air Force . [33] [34]

• SCIFiRE (Southern Cross Integrated Flight Research Experiment) is a joint program between the US Department of Defense and the Australian Department of Defence focused on developing a Mach 5 scramjet -powered missile. In September 2021, the US Department of Defense awarded Preliminary Design Review contracts for this ambitious project to prominent defense contractors Boeing , Lockheed Martin , and Raytheon Missiles & Defense . [35] [36] [37] [38] [39]

• The YJ-19 is another Chinese hypersonic scramjet anti-ship cruise missile, demonstrating the country’s multi-pronged approach to hypersonic weapons development. [40] [41]

Supersonic

The BrahMos missile, as showcased at IMDS 2007.

These missiles are characterized by their ability to achieve speeds exceeding the speed of sound , typically employing advanced ramjet engines for propulsion. Their operational range generally falls within 100–500 km, though some variants can achieve significantly greater distances. The guidance systems employed across this category are diverse, tailored to specific mission requirements and target types. The tactical advantage of supersonic speed lies in reducing the time available for enemy reaction and interception, making them highly effective against both static and moving targets.

Examples of prominent supersonic cruise missiles include:

• ASALM : A US ALCM prototype that was successfully test-flown to an impressive hypersonic Mach 5.5, pushing the boundaries of what was considered achievable.

• 3M-54 Kalibr : A versatile Russian missile with a substantial range of up to 4,500 km and a top speed of Mach 3. It’s worth noting that the “Sizzler” variant of the Kalibr is specifically designed to achieve supersonic speed only during its terminal, most critical, stage of flight.

• 3M-51 Alfa : Another Russian design, with a range of 250 km and a speed of Mach 2.5.

• Air-Sol Moyenne Portée : A French supersonic stand-off nuclear missile, boasting a range of 300–500 km+, designed for strategic deterrence.

• ASM-3 : A Japanese missile with a range of 400 km and speeds exceeding Mach 3.

• BrahMos : A joint Indian/Russian venture, this missile has a range of 290–800 km and can reach speeds of Mach 3, making it a formidable weapon. [42]

• Blyskavka: A Ukrainian missile developed by Artem Luch and Pivdenmash , with a range of 100–370 km.

• CX-1 : A Chinese missile with a range of 280 km and a speed of Mach 3.

• CJ-100 / DF-100 : A Chinese missile with an extended range of 2000–3000 km and a reported speed of Mach 5.

• FC/ASW : A transnational cruise missile program involving France, Germany, and the UK, currently under development. [43] [44] [45] [46] [47]

• Hsiung Feng III : A Taiwanese missile with a range of 100–150 km and a speed of Mach 3.5.

• Hyunmoo-3 : A South Korean missile with a significant range of 1500 km and a speed of Mach 1.2.

• Kh-20 : A Soviet-era missile with a range of 380–600 km and a speed of Mach 2.

• Kh-31 : A versatile Russian missile with a range of 25–110 km and a speed of Mach 3.5.

• Kh-32 : A Russian missile with a range of 600–1,000 km and an impressive speed of Mach 4.6.

• Kh-80 : A Russian missile boasting an intercontinental range of 3,000–5,000 km and a speed of Mach 3.

• P-270 Moskit : A Russian/Soviet anti-ship missile with a range of 120–250 km and speeds between Mach 2–3.

• P-500 Bazalt : A Soviet anti-ship missile with a range of 550 km and speeds exceeding Mach 3.

• P-700 Granit : Another large Soviet anti-ship missile, with a range of 625 km and speeds above Mach 2.5.

• P-800 Oniks / Kh-61 : A Russian/Soviet anti-ship and land-attack missile with a range of 600–800 km and a speed of Mach 2.6.

• P-1000 Vulkan : A powerful Russian anti-ship missile with a range of 800 km and speeds exceeding Mach 3.

• YJ-12 : A Chinese anti-ship missile with a range of 250–400 km and a speed of Mach 4.

• YJ-18 : A Chinese anti-ship missile with a range of 220–540 km and a speed of Mach 3.

• YJ-91 : A Chinese anti-radiation/anti-ship missile with a range of 15–120 km and a speed of Mach 3.5.

• Yun Feng : A Taiwanese missile with a substantial range of 1200–2,000 km and a speed of Mach 3.

• SSM-N-9 Regulus II : An American missile with a range of 1,852 km and a speed of Mach 2.

Intercontinental-range supersonic

These are designs that aimed for truly global reach at supersonic speeds, though many were ultimately canceled due to technological hurdles or strategic shifts towards ICBMs . A testament to ambitious thinking that sometimes outstrips practicality.

• Burya : A Soviet project with an intended range of 8,500 km, canceled in 1960.

• MKR : Another Soviet design, with an impressive range of 8,000 km.

• RSS-40 Buran : A Soviet project with a range of 8,500 km, canceled in 1957.

• SLAM : The American nuclear-powered cruise missile, canceled in 1964.

• SM-64 Navaho : An American project, canceled in 1958.

Long-range subsonic

India’s Nirbhay missiles, conspicuously mounted on a truck-based launcher.

Several nations, including China, France, India, Iran, Israel, Japan, North Korea, Russia, South Korea, Ukraine, and the United States, have successfully developed and deployed a range of long-range subsonic cruise missiles. These weapons are characterized by their considerable operational reach, typically exceeding 1,000 kilometres (620 mi), and their cruising speed, which hovers around 800 kilometres per hour (500 mph). [48] Such missiles generally possess a launch weight of approximately 1,500 kilograms (3,300 lb) [49] and are versatile enough to carry either a conventional high-explosive warhead or a strategic nuclear warhead. Earlier generations of these missiles primarily relied on inertial navigation for guidance. However, subsequent versions have incorporated significantly more accurate systems such as TERCOM (Terrain Contour Matching) and DSMAC (Digital Scene-Matching Area Correlator), which enhance precision by comparing real-time sensor data with stored terrain maps or digital imagery. The most recent and advanced iterations of these missiles now frequently integrate satellite navigation (e.g., GPS, GLONASS) for unparalleled accuracy.

Examples of these workhorses of modern missile arsenals include:

• 3M-54 Kalibr : A highly adaptable Russian missile with an impressive maximum range of up to 4,500 km, capable of both anti-ship and land-attack roles.

• AGM-86 ALCM : The American Air-Launched Cruise Missile , with variants ranging from 1,100 to over 2,400 km, a staple of strategic bomber fleets.

• AGM-129 ACM : The American Advanced Cruise Missile , designed for stealth and long-range penetration, with a range between 3,450 to 3,700 km.

• AGM-181 LRSO : The American Long-Range Standoff weapon, a next-generation cruise missile with a range exceeding 2,500 km.

• BGM-109 Tomahawk : Perhaps the most iconic cruise missile, renowned for its accuracy and versatility, with a range of up to 1,700 km.

• BGM-109G Ground Launched Cruise Missile : A land-based variant of the Tomahawk, capable of 2,500 km, though now out of service due to arms treaties.

• Kh-55 and Kh-65: Russian strategic cruise missiles, with the Kh-55 boasting a range of 3,000 km.

• Kh-101 : A modern Russian strategic cruise missile with an extended range of 4,500–5,500 km, featuring stealth characteristics.

• Iskander-K : A Russian tactical missile system, with a cruise missile variant capable of ranges not less than 3,500 km.

• Hwasal-2 : A North Korean cruise missile, reported to have a range exceeding 2,000 km.

• RK-55 : A Soviet-era strategic cruise missile with a range of 3,000 km.

• Nirbhay : India’s indigenous long-range subsonic cruise missile, with a range of up to 1,500 km. [50]

• MdCN : The French Missile de Croisière Naval (Naval Cruise Missile), with a range of up to 1,400 km.

• Paveh : An Iranian cruise missile, claimed to have a range of 1,650 km. [51]

• Hoveyzeh : Another Iranian cruise missile, with a claimed range of 1,350 km. [52]

• Abu Mahdi : An Iranian missile, reported to have a range exceeding 1,000 km. [53]

• Quds 1 : A Houthi-developed cruise missile.

• Hsiung Feng IIE : A Taiwanese cruise missile with a range of 600–1,200 km.

• Hyunmoo III : A South Korean missile family, with variants like Hyunmoo IIIA (500 km), Hyunmoo IIIB (1,000 km), and Hyunmoo IIIC (1,500 km).

• Type 12 SSM : A Japanese missile, with a 1,500 km variant under development.

• MGM-13 Mace : An American ground-launched cruise missile, now out of service.

• DF-10/CJ-10 : A Chinese cruise missile family, including the CJ-10K (1,500 km) and CJ-20 (2,000 km) variants.

• Popeye Turbo SLCM : An Israeli submarine-launched cruise missile.

• Deep Precision Strike Capability (DPSC): A project for a missile with a range over 2,000 km, currently under development as part of the Trinity House Agreement between Germany and the UK. [54] [55]

• FP-5 Flamingo : A Ukrainian missile with a claimed range of 3,000 km. [56]

Intercontinental-range subsonic

These are the truly long-haul subsonic travelers, designed for global reach, often with strategic implications.

• 9M730 Burevestnik : A Russian nuclear-powered cruise missile, still reportedly under development, intended for virtually unlimited range.

• SM-62 Snark : An American intercontinental cruise missile with a remarkable range of 10,200 km, now out of service.

Medium-range subsonic

The Storm Shadow (France / UK) – a rather understated name for something designed to cause significant disruption. A Pakistani Babur cruise missile launcher.

These subsonic missiles operate within a range bracket of 300 km to 1000 km. This category represents a tactical sweet spot, offering significant strike capability without necessarily requiring the strategic reach or complexity of intercontinental systems. They are often used for precision strikes against high-value targets within a theater of operations.

Examples include:

• AGM-158 JASSM : The American Joint Air-to-Surface Standoff Missile, with a versatile range spanning 370–1900 km, indicating different variants.

• AGM-158C LRASM : The American Long-Range Anti-Ship Missile, with a range of 370 km, designed to engage naval targets.

• Atmaca : A Turkish anti-ship cruise missile.

• Babur : A Pakistani cruise missile, with ranges between 290–900 km, demonstrating a significant indigenous capability.

• Harbah : A Pakistani anti-ship missile with a range of 250–450 km.

• Hatf-VIII / Ra’ad Mark-2 ALCM : A Pakistani air-launched cruise missile with a range of 400 km.

• Hsiung Feng IIE : A Taiwanese cruise missile with a range of 600–2000 km.

• Hyunmoo-3 : A South Korean cruise missile family with variants capable of reaching up to 1500 km.

• Iskander-K : A Russian tactical cruise missile, part of the Iskander system.

• KD-63 : A Chinese air-launched cruise missile.

• NASM-MR : A Norwegian Advanced Surface Missile - Medium Range.

• Taurus KEPD 350 : A German/Swedish/Spanish cruise missile with a range of 500+ km.

• Kh-50 (Kh-SD) and Kh-101 Kh-65 variants: Russian cruise missiles, with the Kh-50 being a medium-range stealth cruise missile.

• MGM-1 Matador : An early American ground-launched cruise missile with a range of 700 km.

• Ra’ad ALCM : A Pakistani air-launched cruise missile with a range of 350 km.

• Raad : An Iranian anti-ship missile with a range of 360 km.

• SOM : A Turkish cruise missile with various versions: SOM B Block I (500 km, 1500 km, and 2500 km versions). The 350 km range variant is in serial production, with 500 km+ range variants under active development. [57] [58] [59]

• SSM-N-8 Regulus : An American submarine-launched cruise missile with a range of 926 km, now retired.

• P-5 Pyatyorka : A Soviet submarine-launched cruise missile with a range of 450–750 km.

• S8000 Banderol : A Ukrainian cruise missile.

• Storm Shadow / SCALP-EG : A British/French cruise missile with a range of 550 km and a speed of Mach 0.65. [60]

• Type 12 SSM : A Japanese missile, with a variant within 1000 km under development.

• Ya-Ali : An Iranian cruise missile with a range of 700 km.

• Zarb: A Pakistani anti-ship missile with a range of 320 km.

• Ragnarök: A new low-cost cruise missile system by Kratos, with a range of 926 km and targeting a $150k price tag. [61] [62]

• Narwhal: A Ukrainian cruise missile with a claimed range of 680 km, potentially capable of striking targets like Moscow and Engels. [63] [64]

Short-range subsonic

These are the more localized, tactical subsonic missiles, typically weighing around 500 kilograms (1,102 lb) and possessing a maximum operational range of up to 300 km (190 mi). [ citation needed ] They are often employed for specific, immediate threats or to engage targets within a confined operational area.

A Naval Strike Missile proudly displayed by the Norwegian Navy .

Examples of these shorter-reach systems include:

• Apache : A French modular stand-off weapon with a range of 100–140 km.

• AVMT-300 : A Brazilian cruise missile with a range of 300 km.

• MICLA-BR: A Brazilian cruise missile with a range of 300 km. [65]

• Hyunmoo-3 : While having longer-range variants, there are also shorter-range versions exceeding 300 km.

• SSM-700K Haeseong : A South Korean anti-ship missile with a range of 180+ km.

• JFS-M : A German joint fire support missile with a range of 499 km.

• Kh-35 : A versatile Russian anti-ship missile (also known as KN-19 Ks3/4) with a range of 130–300 km.

• Kh-59 : A Russian stand-off missile with a range of 115–550 km.

• P-15 : A Soviet-era anti-ship missile (also known as KN-1) with a range of 40–80 km.

• Nasr-1 : An Iranian anti-ship missile.

• Zafar : An Iranian anti-ship missile with a very short range of 25 km.

• Noor : An Iranian anti-ship missile.

• Qader : An Iranian anti-ship missile.

• NASM-SR : A Norwegian Advanced Surface Missile - Short Range.

• Naval Strike Missile : A Norwegian/American anti-ship and land-attack missile with a range of 185–555 km.

• RBS-15 : A Swedish anti-ship and land-attack missile.

• Korshun: A Ukrainian local derivative of the Kh-55 and RK-55 cruise missiles.

• Neptune : A Ukrainian anti-ship cruise missile. [66]

• V-1 flying bomb : The original German cruise missile, with a range of 250 km.

The Hsiung Feng II Anti-Ship Missile on display in Chengkungling . A rather static representation of something designed for dynamic destruction. Another perspective of the Hsiung Feng II .

• Hsiung Feng II : A Taiwanese anti-ship missile.

• Wan Chien : A Taiwanese air-launched cruise missile.

• VCM-01 : A Vietnamese anti-ship cruise missile with a range of 100–300 km.

• Aist : A Ukrainian cruise missile with a range of 100–300 km.

• Marte : An Italian anti-ship missile with a range of 100+ km.

• Sea Killer : An export variant of the Marte missile.

• Otomat : An Italian/French anti-ship missile with a range of 180 km.

• Otomat Mk2 E / Teseo Mk2/E: An enhanced variant of the Otomat with a range of 360 km.

• C-801 : A Chinese anti-ship missile with a range of 40 km.

• C-802 : A widely exported Chinese anti-ship missile with a range of 120–230 km.

• C-803 : A Chinese anti-ship missile.

• C-805 : A Chinese anti-ship missile.

• C-602 : A Chinese land-attack cruise missile.

• CM-602G : A Chinese land-attack cruise missile.

• Çakır : A Turkish cruise missile.

• Delilah missile : An Israeli air-launched cruise missile with a range of 250 km.

• Gabriel IV : An Israeli anti-ship missile with a range of 200 km.

• Popeye turbo ALCM : An Israeli air-launched cruise missile with a range of 78 km.

• Sea Breaker : An Israeli advanced naval and coastal defense missile with a range of 300 km.

• RGM-84 Harpoon : A ubiquitous American anti-ship missile with a range of 124–310 km.

• AGM-84E Standoff Land Attack Missile : An American land-attack variant of the Harpoon with a range of 110 km.

• AGM-84H/K SLAM-ER : An American Standoff Land Attack Missile - Expanded Response, with a range of 270 km.

• Silkworm : A Chinese anti-ship missile family with ranges from 100–500 km, widely exported.

• SOM : The Turkish cruise missile, with varying range capabilities. [67] [68]

Deployment

An AGM-129 ACM being secured onto a B-52H bomber . A rather dramatic way to deliver a message.

The most common and, frankly, logical mission assigned to cruise missiles is the engagement of relatively high-value targets. These can range from strategically vital infrastructure such as ships, command bunkers, bridges, and dams. The advent of modern guidance systems has elevated their capability, allowing for attacks of truly remarkable accuracy, effectively turning a flying bomb into a precision instrument of destruction. [69]

As of the 2001 [update], the BGM-109 Tomahawk missile had firmly established itself as a cornerstone of the United States naval arsenal. It provides both ships and submarines with a comparatively accurate, long-range, conventional land attack weapon . Each of these sophisticated weapons comes with a rather hefty price tag, costing approximately US$1.99 million. [70] Both the Tomahawk and the AGM-86 were utilized extensively during Operation Desert Storm , showcasing their effectiveness in a major conventional conflict. More recently, on April 7, 2017, amidst the chaos of the Syrian Civil War , U.S. warships launched over 50 cruise missiles at a Syrian airbase. This strike was publicly stated as a retaliatory measure following a Syrian chemical weapons attack on a rebel stronghold, demonstrating their role as a tool for rapid, punitive strikes. [71]

The United States Air Force (USAF) also maintains a significant capability with its air-launched cruise missile , the AGM-86 ALCM . The venerable Boeing B-52 Stratofortress serves as the exclusive delivery vehicle for both the AGM-86 and the AGM-129 ACM . Both of these missile types are designed with the flexibility to be configured with either conventional or nuclear warheads, highlighting their dual-role strategic importance in deterrence and strike missions.

The USAF initially adopted the AGM-86 for its strategic bomber fleet, while the AGM-109, a land-attack variant, was adapted for launch from both trucks and ships, and subsequently adopted by both the USAF and the Navy. However, the truck-launched versions, along with the Pershing II and SS-20 Intermediate Range Ballistic Missiles, were later dismantled and destroyed under the provisions of the bilateral INF (Intermediate-Range Nuclear Forces) treaty with the Soviet Union, a rare moment of de-escalation in the arms race.

The British Royal Navy (RN) also operates cruise missiles, specifically relying on the U.S.-made Tomahawk, which is deployed by the RN’s formidable nuclear submarine fleet. The UK’s conventional warhead versions of the Tomahawk were first employed in combat by the RN in 1999, during the Kosovo War , following their initial use by the United States in 1991. The Royal Air Force (RAF) utilizes the Storm Shadow cruise missile, deploying it from its advanced Typhoon aircraft and, previously, its now-retired Tornado GR4 aircraft. This same missile is also in service with France, where it is known by the designation SCALP EG, and is carried by the Armée de l’Air ’s Mirage 2000 and Rafale combat aircraft, illustrating a significant degree of European defense cooperation.

The Indian Army ’s BrahMos supersonic cruise missiles, mounted on Mobile Autonomous Launchers (MAL). A rather imposing sight, designed to be mobile and lethal.

India and Russia have notably collaborated on the development of the supersonic cruise missile BrahMos , a joint venture that has produced a highly capable weapon. The BrahMos exists in three primary versions: ship/land-launched, air-launched, and sub-launched, showcasing its versatile deployment options. The ship/land-launched version achieved operational status by late 2007, and the BrahMos family possesses the inherent capability to engage targets on land with high precision. Russia, for its part, continues to operate a diverse array of other cruise missiles, including the SS-N-12 Sandbox , SS-N-19 Shipwreck , SS-N-22 Sunburn , and SS-N-25 Switchblade , maintaining a robust and varied arsenal. Germany and Spain, for their defense needs, operate the advanced Taurus missile . Meanwhile, Pakistan has successfully developed its indigenous Babur missile , contributing to the proliferation of cruise missile technology. [72] Both the People’s Republic of China and the Republic of China (Taiwan ) have invested heavily in designing and deploying several cruise missile variants, such as the widely recognized C-802 . Many of these variants are capable of carrying not only conventional warheads but also biological, chemical, and even nuclear payloads, adding a layer of significant strategic complexity to regional dynamics.

Nuclear warhead versions

The deployment of cruise missiles configured to carry nuclear warheads introduces an entirely different dimension of strategic threat. These weapons, while possessing the precision of their conventional counterparts, are designed for deterrence or, in the most dire circumstances, for delivering catastrophic damage. It’s a rather chilling testament to humanity’s inventive capacity for self-destruction.

China

• See also: Nuclear weapons of China

China possesses the CJ-10 land attack cruise missile, which is explicitly capable of carrying a nuclear warhead. [73] This capability forms a crucial component of China’s strategic deterrent. Furthermore, in August 2021, China appeared to have conducted a test of a hypersonic cruise missile, a claim which it subsequently denied. [74] Such developments, whether confirmed or denied, invariably fuel international concern and accelerate arms races.

France

The French Force de frappe — its independent nuclear forces — incorporate both land and sea-based bomber aircraft equipped with Air-Sol Moyenne Portée (ASMP) high-speed medium-range nuclear cruise missiles. Two distinct models are currently in active use: the original ASMP and a more advanced version, the ASMP-Amelioré (ASMP-A), which was developed in 1999. An estimated 40 to 50 of these critical strategic assets were produced, ensuring France’s capacity for independent nuclear deterrence. [75] [76]

India

In 2017, India successfully conducted a flight-test of its indigenous Nirbhay (‘Fearless’) land-attack cruise missile. This missile is specifically designed to deliver nuclear warheads to a strike range of 1,000 km, significantly enhancing India’s nuclear triad capabilities. The success of the Nirbhay’s flight test was a notable milestone in the country’s defense program, though it had faced previous challenges. [77] [78]

Israel

The Israel Defense Forces (IDF) are widely reported to deploy both the medium-range air-launched Popeye Turbo ALCM and the Popeye Turbo SLCM medium-long range cruise missile. These missiles are believed to be capable of carrying nuclear warheads and are reportedly deployed on Israel’s Dolphin class submarines , providing a critical second-strike capability. [79]

Pakistan

Pakistan currently operates four distinct cruise missile systems that form a crucial part of its strategic arsenal. These include the air-launched Ra’ad-I and its enhanced iteration, the Ra’ad-II ; the ground and submarine launched Babur ; [72] [80] [81] the ship-launched Harbah missile; [82] and the surface-launched Zarb missile . [83] Both the Ra’ad and Babur missiles are designed to be capable of carrying nuclear warheads, with yields estimated between 10 and 25 kilotons. They can deliver these payloads to targets at ranges of up to 300 km (190 mi) and 450 km (280 mi) respectively. [84] The Babur missile has been in service with the Pakistan Army since 2010 and with the Pakistan Navy since 2018, underscoring its established role in Pakistan’s defense strategy. [85]

Russia

An export variant of the Kalibr missile. A testament to engineering, if not to peace.

Russia maintains a formidable array of nuclear-capable cruise missiles, including the Kh-55SM . These missiles possess a range comparable to the United States’ AGM-129 , extending to approximately 3,000 km, but are notably capable of carrying a more powerful warhead, typically around 200 kt. They are equipped with a sophisticated TERCOM system, enabling them to cruise at exceptionally low altitudes—below 110 meters—at subsonic speeds, while achieving a remarkable Circular Error Probable (CEP) accuracy of 15 meters when combined with an inertial navigation system . These strategic assets are primarily air-launched from Russia’s heavy bomber fleet: the Tupolev Tu-95s (capable of carrying 16 missiles), the Tupolev Tu-22Ms (carrying 4), or the majestic Tupolev Tu-160s (with a capacity for 12 missiles). A stealth version of the Kh-55, known as the Kh-101, has also been developed. It shares similar performance characteristics with the Kh-55 but boasts an extended range of 5,000 km, carries a substantial 1,000 kg conventional warhead, and incorporates stealth features specifically designed to reduce its probability of interception, making it a particularly challenging threat. [86]

Following the dissolution of the Soviet Union , the most recent cruise missile to enter the Russian arsenal was the Kalibr missile . It began production in the early 1990s and was officially inducted into Russian service in 1994. However, it only made its combat debut on October 7, 2015, in Syria , as an integral part of the Russian military campaign in Syria . Since that initial deployment, the Kalibr missile has been utilized in combat operations in Syria on at least 14 additional occasions, cementing its role as a modern, proven weapon system.

In the late 1950s and early 1960s, the Soviet Union embarked on an aggressive program to develop its own cruise missile capabilities. Within this relatively short timeframe, the Soviets were actively working on nearly ten different types of cruise missiles, a testament to the urgency of the Cold War arms race. Due to resource allocation and strategic priorities, most of the initial cruise missile types developed by the Soviet Union were predominantly Sea-Launched Cruise Missiles (SLCMs) or Submarine-Launched Cruise Missiles . The SS-N-1 cruise missile, for instance, was specifically designed with different configurations to allow it to be fired from both submarines and surface ships, demonstrating early efforts at platform versatility. As missile technology matured, the Soviet Union also began to focus on air-launched cruise missiles . These ALCMs were typically delivered by bombers designated by NATO as “Blinders” or “Backfire,” with the missiles themselves known as the AS-1 and AS-2, and subsequent variants emerging with further development. The overarching strategic purpose of Soviet-based cruise missiles was primarily to establish robust defensive and offensive mechanisms against enemy ships; in essence, the majority of Soviet cruise missiles were fundamentally anti-ship missiles . By the 1980s, the Soviet Union had amassed a formidable arsenal of cruise missiles, nearing 600 platforms, which encompassed land, sea, and air delivery systems, representing a significant component of their global power projection. [87]

United States

An AGM-129 ACM of the United States Air Force . Stealthy, but ultimately retired.

The United States has, at various points in its history, deployed nine different nuclear cruise missiles, a clear indication of the evolving strategic landscape and technological advancements over the decades.

• MGM-1 Matador : A ground-launched missile, now out of service.

• MGM-13 Mace : Another ground-launched missile, also out of service.

• SSM-N-8 Regulus : A submarine-launched missile, retired from service.

• SM-62 Snark : A ground-launched missile, no longer in service.

• AGM-28 Hound Dog : An air-launched missile, retired.

• BGM-109G Ground Launched Cruise Missile : A ground-launched variant of the Tomahawk, now out of service due to treaty obligations.

• AGM-129 ACM : An air-launched missile, also out of service. [88]

• AGM-86 ALCM : The air-launched cruise missile, with approximately 350 to 550 missiles and W80 warheads still in active service, forming a critical part of the strategic bomber deterrent.

• BGM-109 Tomahawk : This versatile cruise missile was deployed in nuclear submarine-, surface ship-, and ground-launched models. While the nuclear models are currently out of active service, their warheads are maintained in reserve, ready for potential reactivation should strategic circumstances dictate.

Efficiency in modern warfare

Currently, cruise missiles undeniably rank among the most expensive of single-use weapons, with individual units costing up to several million dollars apiece. One rather unavoidable consequence of this exorbitant cost is that their users are often faced with difficult and, frankly, ethically fraught choices in target allocation . The objective, naturally, is to avoid the egregious waste of expending such valuable missiles on targets of demonstrably low strategic value. For example, during the 2001 strikes on Afghanistan , the United States did, on occasion, target objectives of very low monetary value with cruise missiles. This practice, predictably, led many observers to question the overall efficiency and cost-effectiveness of the weapon in certain scenarios.

However, proponents of the cruise missile are quick to counter that the weapon itself cannot be blamed for what essentially amounts to poor target selection or flawed strategic planning. They argue that a tool is only as effective as the hand that wields it. Furthermore, a similar argument, often overlooked, applies to other types of Unmanned Aerial Vehicles : when considering the total training and infrastructure costs associated with human pilots, not to mention the invaluable and irreplaceable risk of loss of personnel, these unmanned systems can, in fact, prove to be a more cost-effective solution in the long run. As amply demonstrated in Libya in 2011 and numerous prior conflicts, cruise missiles possess inherent advantages that make them considerably more challenging to detect and intercept than other aerial assets. Their reduced radar cross-section , combined with diminished infrared and visual signatures owing to their compact size and low-altitude flight profiles, makes them particularly well-suited for stealthy attacks against static air defense systems, effectively bypassing or neutralizing an adversary’s protective umbrella. So, while expensive, their unique capabilities often justify the price tag, if one can stomach the cost of “efficiency” in destruction.