Long Range Anti-Ship Missile

Long Range Anti-Ship Missile
U.S Navy · Public domain · source
Name	Long Range Anti-Ship Missile
Type	Anti-ship cruise missile
Origin	Various
Used by	Various navies
Manufacturer	Various
Service	Various
Engine	Turbojet / turbofan / rocket boost
Weight	Varies
Length	Varies
Diameter	Varies
Speed	Subsonic / supersonic / hypersonic variants
Range	Hundreds to thousands of kilometers
Filling	High-explosive warhead / HEAT / tandem
Guidance	Inertial navigation / GPS / TERCOM / active radar / passive sensors

Long Range Anti-Ship Missile Long Range Anti-Ship Missile are strategic naval weapons designed to engage surface combatants at extended standoff distances by combining propulsion, guidance and warhead technologies derived from cruise missile research. They integrate advances from programs associated with Norwegian Defence Research Establishment, Raytheon Technologies, China Aerospace Science and Industry Corporation, MBDA and Mitsubishi Heavy Industries to threaten carrier strike groups, amphibious task forces and merchant shipping. Development and deployment intersect with doctrines influenced by events such as the Falklands War, Gulf War, South China Sea disputes and exercises like RIMPAC.

Overview

Long Range Anti-Ship Missile systems encompass designs from subsonic models related to Exocet and Harpoon through supersonic families related to BrahMos and P-800 Oniks to hypersonic concepts connected to Zircon programs. Their employment involves integration with platforms from Arleigh Burke-class destroyer, Kirov-class battlecruiser, Type 055 destroyer, Admiral Gorshkov-class frigate and Queen Elizabeth-class aircraft carrier-borne launchers. Strategic discussions reference organizations and doctrines including NATO, PLAN, US Navy, Russian Navy and Indian Navy while legal and political dimensions touch on treaties like United Nations Convention on the Law of the Sea.

History and Development

Early anti-ship missiles trace lineage to post‑World War II projects influenced by Operation Rheinübung aftermath and Cold War priorities set by NATO and Warsaw Pact planners; notable milestones include the Henschel Hs 293-era innovations and the Anglo-French evolution toward Exocet in the 1960s. The Falklands War emphasized missile lethality against HMS Sheffield, accelerating investment by Royal Navy, US Navy and Soviet Navy into range, speed and seeker sophistication. Later episodes—Iran–Iraq War, Tankers War, 1991 Gulf War and disputes in the East China Sea—prompted modernization through programs sponsored by companies such as MBDA, Kongsberg Gruppen and China North Industries Corporation. Recent developments link to hypersonic research in institutions like Central Scientific Research Institute of Machine Building and collaborations involving DARPA and Roscosmos-adjacent design bureaus.

Design and Components

Typical modules include a booster stage related to designs from Khrunichev State Research and Production Space Center, a cruise motor drawing on technology from Pratt & Whitney or Ivchenko-Progress, and a warhead comparable to ordnance produced by Boeing and Rosoboronexport. Airframe and materials use composites developed at Fraunhofer Society and Tsinghua University laboratories, while propulsion variants echo heritage from Turbo-Union and NPO Saturn. Components such as datalinks and seeker turrets reflect integration practices by Leonardo S.p.A., Thales Group and Northrop Grumman. Designers must manage trade-offs involving range, speed and signature to meet requirements from navies represented by Royal Australian Navy, Japan Maritime Self-Defense Force and Republic of Korea Navy.

Guidance and Targeting Systems

Guidance architectures combine inertial navigation systems influenced by Honeywell and satellite navigation tied to Global Positioning System, BeiDou, and Galileo constellations; terrain‑matching techniques relate to TERCOM research and altimetry datasets from European Space Agency. Terminal seekers utilize active radar derived from AN/SPY-1 and S1850M/SMART-L family concepts, passive electro-optical sensors similar to those used on MQ-9 Reaper, and anti-radiation adaptations linked to AGM-88 HARM experience. Networked targeting leverages datalinks compatible with standards discussed at NATO interoperability conferences and tactical data exchanges exemplified by Link 16, enabling cueing from maritime patrol aircraft like P-8 Poseidon, satellites from National Reconnaissance Office assets and shore-based radars such as AN/TPS-59.

Launch Platforms and Deployment

Launch methods include vertical launch systems patterned on Mk 41 Vertical Launching System, ship‑launched canisters aboard classes like Zumwalt-class destroyer, air‑launched pallets from Lockheed Martin F-35 Lightning II and submarine‑launched encapsulated variants akin to those tested on Virginia-class submarine. Coastal defense deployments draw from systems fielded by Iranian Revolutionary Guard Corps Navy and People's Liberation Army Navy marine brigades, while carrier strike group threat-mitigation is a planning focus for US Pacific Fleet and British Royal Navy. Logistics and basing considerations reference naval yards such as Naval Shipyard Sevmash and forward sites like Diego Garcia.

Operational Use and Doctrine

Doctrine evolves under influence from Anti-Access/Area Denial strategies articulated by analysts at RAND Corporation and policy centers including International Institute for Strategic Studies, with operational concepts ranging from salvo attacks documented in Gulf War after-action analyses to distributed lethality proposals advocated by Surface Navy Association. Training and rules of engagement are shaped by incidents like the 2006 Lebanon War lessons and multinational exercises such as Malabar and Cobra Gold. Commanders at formations like U.S. Seventh Fleet and Indian Navy Western Fleet plan integration with strike, electronic warfare and intelligence assets.

Countermeasures and Defenses

Defensive responses include layered systems such as shipborne close‑in weapon systems built by Rheinmetall and Otobreda, integrated air defense controllers operating Aegis Combat System or SAMP/T networks, and electronic warfare suites from BAE Systems and Elbit Systems. Tactical countermeasures draw on decoys similar to Nulka and chaff systems developed alongside analyses by Naval Research Laboratory and C4ISR studies at Center for Strategic and International Studies. Active doctrines emphasize early detection via satellites like COSMO-SkyMed and maritime patrol coordination with assets such as EP-3E Aries II to reduce exposure to salvo engagements.

Category:Missiles