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| Incendiary weapons | |
|---|---|
| Name | Incendiary weapons |
| Caption | USAF napalm strike during the Vietnam War |
| Origin | Antiquity–Present |
| Type | Weapon |
| Used by | Roman Empire, Mongol Empire, Ottoman Empire, Imperial Japan, British Empire, United States, Soviet Union |
| Wars | Punic Wars, Hundred Years' War, English Civil War, American Civil War, World War I, World War II, Korean War, Vietnam War, Falklands War, Gulf War, Syrian Civil War |
Incendiary weapons Incendiary weapons are devices designed to ignite and sustain fires to destroy infrastructure, deny access to terrain, or cause casualties, used from ancient Rome through modern conflicts such as the Vietnam War and the Syrian Civil War. They combine chemical agents, delivery mechanisms, and tactical doctrines shaped by actors like the British Empire, United States, and Soviet Union and have driven legal debates in forums such as the Geneva Conventions and the United Nations General Assembly. Technological developments involving substances like napalm, white phosphorus, and thermobaric compounds have linked incendiary use to campaigns including the Bombing of Dresden, the Tokyo air raids, and the Firebombing of Hamburg.
Incendiary devices are defined by their capacity to produce persistent combustion, high temperatures, or spreading fires using agents such as magnesium, thermite, napalm, or white phosphorus and delivery by munitions like aerial bombs, artillery shells, or rockets; examples include weapons deployed by Royal Air Force and United States Air Force units in the Strategic bombing of Germany and Pacific War. Characteristic effects include blast-incendiary coupling seen in firestorms at Bombing of Dresden and Atomic bombing of Hiroshima, prolonged thermal exposure observed after Tokyo firebombing, and obscurant/illuminant roles documented for white phosphorus use by Israeli Defense Forces and United States Marine Corps. Design considerations reflect historical laboratories such as Los Alamos National Laboratory and manufacturers tied to firms like Dow Chemical Company that produced napalm during the Vietnam War.
Antiquity saw early incendiaries like Greek fire employed by the Byzantine Empire at engagements such as the Siege of Constantinople (717–718), while medieval chronicles describe flaming projectiles in the Crusades and use of Greek fire derivatives by the Republic of Venice. The emergence of gunpowder-era devices influenced sieges in the Hundred Years' War and naval actions involving the Spanish Armada, and industrialization enabled mass production during the American Civil War and World War I when armies including the British Army and German Empire adapted incendiary shells. Strategic bombing in World War II—notably operations by the Royal Air Force Bomber Command and the United States Army Air Forces against Dresden, Tokyo, and Hamburg—expanded incendiary doctrine, leading to postwar controversies during the Korean War and protocols discussed at the Geneva Conference and within United Nations forums.
Common categories include gelled fuels such as napalm used by United States, pyrophoric agents like white phosphorus employed by the Israeli Defense Forces and United Kingdom Armed Forces, incendiary metals like magnesium and thermite used in destruction of equipment operations, and fuel–air explosives or thermobaric munitions developed by states including the Soviet Union and Russia. Delivery systems range from improvised Molotov cocktails prominent in Spanish Civil War and Finnish Winter War resistance to purpose-built incendiary bombs like the M69 incendiary bomblet used in Operation Meetinghouse and Operation Rolling Thunder rocket artillery such as the BM-21 Grad. Mechanisms of action include persistent burning, oxygen consumption as in thermobaric blasts observed in Chechen Wars, and secondary ignition of flammable structures documented in the Firebombing of Tokyo.
Tactical employment has included area denial and demolition in campaigns by the German Wehrmacht, Imperial Japanese Army, and United States Marine Corps, urban warfare tactics used in Battle of Stalingrad and the Siege of Aleppo (2012–2016), and anti-personnel applications during counterinsurgency operations in Vietnam War and Iraq War. Strategic doctrines by planners in institutions like the United States Strategic Bombing Survey and the Royal Air Force favored incendiaries for destroying industrial capacity as in the Combined Bomber Offensive, while irregular forces have used improvised incendiaries in uprisings such as the Hungarian Revolution of 1956 and Syrian Civil War sieges. Integration with conventional munitions, aerial delivery from platforms like the B-29 Superfortress and F-16 Fighting Falcon, and maritime operations by navies such as the Imperial Japanese Navy illustrate diverse tactical applications.
International restrictions appear in instruments debated within the United Nations General Assembly and codified partly in protocols associated with the Convention on Certain Conventional Weapons (CCW), including Protocol III which addresses incendiary weapons and been influenced by states parties such as United Kingdom, United States, France, and Russia. Precedents from the Hague Conventions and customary international humanitarian law govern proportionality and distinction principles applied to incendiary use, with litigation and inquiry by bodies like the International Committee of the Red Cross and adjudication efforts raised in the International Criminal Court and International Court of Justice contexts. National policies from actors including the United States Department of Defense and Ministry of Defence (United Kingdom) establish doctrine and restrictions, while NGO advocacy from organizations such as Human Rights Watch and Amnesty International campaigns has shaped treaty debates.
Incendiary attacks produce immediate thermal injuries treated in facilities like Burn centers at hospitals such as Massachusetts General Hospital and Royal London Hospital, cause complex trauma documented in studies from institutions like Johns Hopkins Hospital and University College London, and generate long-term consequences including disfigurement, inhalation injury, and psychological trauma reported by World Health Organization and International Committee of the Red Cross. Large-scale incendiary bombing produced civilian mortality and displacement in cases like Bombing of Dresden and Tokyo firebombing, while more recent incidents in the Syrian Civil War and Iraq War prompted humanitarian response from agencies such as Médecins Sans Frontières and United Nations Office for the Coordination of Humanitarian Affairs.
Protection approaches encompass structural fireproofing standards developed by regulators like the National Fire Protection Association, personal protective equipment such as turnout gear certified by National Institute for Occupational Safety and Health and armored vehicle modifications used by United States Army and Israel Defense Forces, and tactical doctrines for evacuation coordinated by organizations including Civil Defence and International Committee of the Red Cross. Medical countermeasures include burn care protocols from World Health Organization guidance and reconstructive surgery techniques advanced at centers like Sheba Medical Center and Great Ormond Street Hospital, while military counter-incendiary engineering leverages technologies from firms like BAE Systems and research institutions including Massachusetts Institute of Technology.
Category:Weapons