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Improvised explosive device

An improvised explosive device (IED) is a bomb constructed and deployed in ways other than in conventional military action. It may be constructed of conventional military explosives, such as an artillery shell, attached to a detonating mechanism. IEDs are commonly used as roadside bombs, or homemade bombs.

Background
An IED can be defined as a device placed or fabricated in an improvised manner incorporating destructive, lethal, noxious, pyrotechnic or incendiary chemicals and designed to destroy, incapacitate, harass or distract; it may incorporate military stores, but is normally devised from non-military components. IEDs may incorporate military or commercially sourced explosives, and often combine both types, or they may otherwise be made with homemade explosives (HME). An IED has generally five components: a switch (activator), an initiator (fuse), container (body), charge (explosive), and a power source (battery); an IED designed for use against armoured targets such as personnel carriers or tanks will be designed for armour penetration, by using, for example, a shaped charge that creates an explosively formed penetrator; IEDs are extremely diverse in design and may contain many types of initiators, detonators, penetrators, and explosive loads. , packed with explosive and pieces of rebar used as shrapnel, dissected for display. Antipersonnel IEDs typically also contain fragmentation-generating objects such as nails, ball bearings or even small rocks to cause wounds at greater distances than blast pressure alone could. This combination of injuries has been given the name "Dismounted Complex Blast Injury" and is thought to be the worst survivable injury ever seen in war. IEDs are triggered by various methods, including remote control, infrared or magnetic triggers, pressure-sensitive bars or trip wires (victim-operated). In some cases, multiple IEDs are wired together in a daisy chain to attack a convoy of vehicles spread out along a roadway. IEDs made by inexperienced designers or with substandard materials may fail to detonate, and in some cases, they detonate on either the maker or the placer of the device. Some groups, however, have been known to produce sophisticated devices constructed with components scavenged from conventional munitions and standard consumer electronics components, such as mobile phones, washing machine timers, pagers, or garage door openers. These definitions address the Nuclear and Explosive in CBRNe. That leaves chemical, biological and radiological undefined. Four definitions have been created to build on the structure of the JCS definition. Terms have been created to standardize the language of first responders and members of the military and to correlate the operational picture. General-purpose explosive charges An IED may be equipped with a general-purpose explosive charge, designed to project a blast wave, with or without additional shrapnel materials, all around itself, for the purpose of inflicting damage to peoples and unarmored targets. Examples of such charges are those contained in IEDs such as pipe bombs, nail bombs, tin can grenades, pressure cooker bombs, car bombs, and so on. In general, the nature and potential of the explosive substances contained in an IED – both in terms of the main explosive charge and the detonator – is extremely variable: military explosives obtained from modern conventional munitions, such as trinitrotoluene (TNT), Composition B, urea nitrate, An IED with ancient origins, the fougasse was used in warfare – even in a configuration capable of launching incendiary liquids – at least until the Second World War and the Korean War. A grapeshot charge employs the same general operating principle of the fougasse, but more closely resembling an improvised Claymore mine, also made for directional fragmentation. It is constructed by inserting its major components – projectiles, buffer material, explosive charge and blasting cap – in a portable container, such as a metal tube, an ammo can or a No. 10 can. The trajectory of the multiple projectiles – usually nails, bolts, nuts, ball bearings, glass, small pieces of scrap metal, rocks and other similar shrapnel materials – is flat, as if they were fired from a shotgun. Examples of anti-tank/anti-material IEDs of this category are the shaped charge, the explosively formed penetrator/projectile (EFP) and the platter charge. A shaped charge concentrate the energy released by the explosion on a small area, making a tubular or linear fracture in the target; to do so, it present a cavity, usually cone-shaped and lined. The cavity liner can be made from copper, tin, zinc, or glass (funnels or bottles with a cone in the bottom, like champagne or cognac bottles). The high-explosive charge is placed at a very short distance from the target – but still kept at an adequate standoff distance – with the cavity facing the target. When the charge is detonated, the shock wave propagates from the detonator towards the cone-shaped cavity, thus producing a piercing jet of particles at high speed, temperature and pressure, capable of perforating concrete and armor, but which loses effectiveness after a short distance. Historical examples of improvised shaped charges are those devised by the Viet Cong during the Vietnam War, which were incorporated into various types of improvised weapons, such as bounding anti-tank/anti-vehicular mines, demolition charges and anti-tank hand grenades. An explosively formed penetrator/projectile (EFP) is a special type of shaped charge; also cylindrical, it incorporate a thicker and heavier metal liner, usually a plate made of stamped or machined copper, with a concave lens or dish shape, pointed inward. The plate is aimed at the target. When the high-explosive charge, uniformly packed behind the liner/plate, is detonated, the liner/plate is formed into a projectile called “slug” or “penetrator”, which is propelled toward the target at an extremely high velocity. The difference in the shape and weight of the liner allows an EFP to be effective at long standoffs from the target (100 meters or more), thus making it deployable from a greater distance than a traditional shaped charge. The “slug” produced by an EFP is capable of penetrating, from a distance, armoured targets like tanks, however, the accuracy of such devices is limited (approximately 50 meters), A platter charge, also made for target penetration, is similar to EFPs, serving a similar role as an EFP but with reduced effect and easier construction: the main differences being that the explosive charge do not have a cavity, and that the plate is flat and not concave, not made with machined copper but with cheaper cast or cut steel; in this case too the plate is launched by the force of the explosion – as a single projectile or "slug" – in a single direction. Substances that could potentially be used as improvised chemical charges include carbamates (Aldicarb), diisopropyl fluorophosphate (DFP) and organophosphates (parathion, methyl and ethyl). Biological charges An IED may incorporate biological materials designed to result in the dispersal of vector-borne biological material for the purpose of creating a primary patho-physiological toxic effect (morbidity and mortality), or secondary psychological effect (causing fear and behavior modification) on a larger population; such devices are fabricated in a completely improvised manner. Incendiary charges An IED may incorporate incendiary charges, for the purpose of causing and spreading a fire. Examples of such incendiary charges are those constituted by materials and mixtures such as, for example, napalm, thermite, magnesium powder, chlorine trifluoride, white phosphorus, chlorate and sugar, powdered aluminum and sulfur, and so on. Although purely incendiary improvised devices usually do not explode, they are still colloquially referred to as incendiary bombs. Radiological charges A speculative IED may incorporate radioactive materials, and being designed to disperse such materials for the purpose of area denial and economic damage, and/or for the purpose of creating a primary patho-physiological toxic effect (morbidity and mortality), or secondary psychological effect (causing fear and behavior modification) on a larger population. Such devices may be fabricated in a completely improvised manner or may be an improvised modification to an existing nuclear weapon. Also called a Radiological Dispersion Device (RDD) or "dirty bomb". By delivery mechanism Car and gasoline cans discovered in the back of a pick-up truck in Iraq. A vehicle-borne IED (VBIED) is a military term for a car bomb or truck bomb, which can carry a relatively large payload, but can also be any type of transportation, such as a bicycle or a motorcycle. They are typically employed by insurgents, for example by ISIS, which has used truck bombs with devastating effects. They can be detonated by remote control or by a passenger/driver. The act of a person's being in this vehicle and detonating it is known as an SVBIED suicide. Car bombs can carry thousands of pounds of explosives and may create additional shrapnel damage through the destruction of the vehicle itself and by the use of the vehicle fuel as an incendiary weapon. An early example of this type was the Japanese Shinyo suicide boats during World War II. The boats were filled with explosives and attempted to ram Allied ships, sometimes successfully, having sunk or severely damaged several American ships by war's end. Suicide bombers used a boat-borne IED to attack the USS Cole; US and UK troops have also been killed by boat-borne IEDs in Iraq. The Liberation Tigers of Tamil Eelam (LTTE) have been known to use WBIEDs during the Sri Lankan Civil War. WBIEDs have also been used in the Red Sea. Animal Monkeys and war pigs were used as incendiaries around 1000 AD. More famously the "anti-tank dog" and "bat bomb" were developed during World War II. In recent times, a two-year-old child and seven other people were killed by explosives strapped to a horse in the town of Chita in Colombia. In Afghanistan, local insurgents have used animals to transport IEDs. The carcasses of certain animals were also used to conceal explosive devices by the Iraqi insurgency. Collar IEDs strapped to the necks of farmers have been used on at least three occasions by guerrillas in Colombia, as a way of extortion. American pizza delivery man Brian Douglas Wells was killed in 2003 by an explosive fastened to his neck, purportedly under duress from the maker of the bomb. In 2011 a schoolgirl in Sydney, Australia had a suspected collar bomb attached to her by an attacker in her home. The device was removed by police after a ten-hour operation and proved to be a hoax. Suicide Suicide bombing usually refers to an individual wearing explosives and detonating them to kill others including themselves, the bomber will conceal explosives on and around their person, commonly using a vest, and will use a timer or some other trigger to detonate the explosives. The logic behind such attacks is the belief that an IED delivered by a human has a greater chance of achieving success than any other method of attack. In addition, there is the psychological impact of child soldiers prepared to deliberately sacrifice themselves for their cause. Security officials referred to bombs being surgically implanted into suicide bombers' "love handles". The bomber would blow up the implanted explosives by injecting a chemical trigger. As well, drones carrying explosives were used in a suspected assassination attempt against Venezuelan president Nicolás Maduro in 2018. Drug cartels in Mexico have shown the ability to produce drone-borne IEDs. Tunnel ISIS and Al-Nusra have used bombs detonated in tunnels dug under targets. House Among insurgent forces in Iraq was popular the house-borne IED, or HBIED, from the common military practice of clearing houses: insurgents used to rig an entire house to detonate and collapse it shortly after an enemy clearing squad had entered it. New types of IRAMs, including "Volcano IRAMs" and "Elephant Rockets", were used during the Syrian Civil War. During The Troubles, the IRA used various models of improvised mortars, some of which were nicknamed "barrack busters". Improvised artillery pieces nicknamed "hell cannons" were used by rebel forces during the Syrian Civil War. By trigger mechanism Fuse An IED can be initiated by a length of fuse (such as a safety fuse or a visco fuse), which can be attached to a non-electric detonator. Wire Command-wire improvised explosive devices (CWIED) use an electrical firing cable, that affords the user complete control over the device right up until the moment of initiation. Radio The trigger for a radio-controlled improvised explosive device (RCIED) is controlled by radio link. The device is constructed so that the receiver is connected to an electrical firing circuit and the transmitter operated by the perpetrator at a distance. A signal from the transmitter causes the receiver to trigger a firing pulse that operates the switch. Usually the switch fires an initiator; however, the output may also be used to remotely arm an explosive circuit. Often the transmitter and receiver operate on a matched coding system that prevents the RCIED from being initiated by spurious radio frequency signals or jamming. Infrared The British accused Iran and Hezbollah of teaching Iraqi fighters to use infrared light beams to trigger IEDs. As the occupation forces became more sophisticated in interrupting radio signals around their convoys, the insurgents adapted their triggering methods. In some cases, when a more advanced method was disrupted, the insurgents regressed to using uninterruptible means, such as hard wires from the IED to detonator; however, this method is much harder to effectively conceal. It later emerged however, that these "advanced" IEDs were actually old IRA technology. The infrared beam method was perfected by the IRA in the early 1990s after it acquired the technology from a botched undercover British Army operation. Many of the IEDs being used against the invading coalition forces in Iraq were originally developed by the British Army who unintentionally passed the information on to the IRA. The IRA taught their techniques to the Palestine Liberation Organization and the knowledge spread to Iraq. ==Counterefforts==
Counterefforts
Counter-IED efforts are done primarily by military, law enforcement, diplomatic, financial, and intelligence communities and involve a comprehensive approach to countering the threat networks that employ IEDs, not just efforts to defeat the devices themselves. Detection and disarmament of a suitcase, showing a pipe bomb and a laptop. Because the components of these devices are being used in a manner not intended by their manufacturer, and because the method of producing the explosion is limited only by the science and imagination of the perpetrator, it is not possible to follow a step-by-step guide to detect and disarm a device that an individual has only recently developed. As such, explosive ordnance disposal (IEDD) operators must be able to fall back on their extensive knowledge of the first principles of explosives and ammunition, to try and deduce what the perpetrator has done, and only then to render it safe and dispose of or exploit the device. ==Historical use==
Historical use
The fougasse was improvised for centuries, eventually inspiring factory-made land mines. Ernst Jünger mentions in his war memoir the systematic use of IEDs and booby traps to cover the retreat of German troops at the Somme region during World War I. Another early example of coordinated large-scale use of IEDs was the Belarusian Rail War launched by Belarusian guerrillas against the Germans during World War II. Both command-detonated and delayed-fuse IEDs were used to derail thousands of German trains during 1943–1944. Afghanistan , destroyed in Afghanistan. Starting six months before the invasion of Afghanistan by the USSR on 27 December 1979, the Afghan Mujahideen were supplied by the CIA, among others, with large quantities of military supplies. Among those supplies were many types of anti-tank mines. The insurgents often removed the explosives from several foreign anti-tank mines, and combined the explosives in tin cooking-oil cans for a more powerful blast. By combining the explosives from several mines and placing them in tin cans, the insurgents made them more powerful, but sometimes also easier to detect by Soviet sappers using mine detectors. After an IED was detonated, the insurgents often used direct-fire weapons such as machine guns and rocket-propelled grenades to continue the attack. A brigade commander said that sniffer dogs were the most reliable way of detecting IEDs. However, statistical evidence gathered by the US Army Maneuver Support Center at Fort Leonard Wood, MO showed that the dogs were not the most effective means of detecting IEDs. The U.S. Army's 10th Mountain Division was the first unit to introduce explosive detection dogs in southern Afghanistan. In less than two years the dogs discovered 15 tons of illegal munitions, IEDs, and weapons. , destroyed in the Afghan province of Panjshir. In July 2012 it was reported that "sticky bombs", magnetically adhesive IEDs that were prevalent in the Iraq War, showed up in Afghanistan. By 2021 there was at least one sticky bomb attack a day in Kabul. They are used in both traditional assassinations and targeted killings and as terror weapons against the population at large. In November 2013 one of the largest IEDs constructed was intercepted near Gardez City in Eastern Afghanistan. The 61,000 pounds of explosives was hidden under what appeared to be piles of wood. By comparison, the truck bomb that all but razed the Alfred P. Murrah Federal Building in Oklahoma City and killed 168 people in 1995 weighed less than 5,000 pounds. A United States Army Corps of Engineers officer assigned to the nearby FOB Lightning analyzed the potential blast damage, which resulted in closing FOB Goode due to its proximity to the highway. ISAF troops stationed in Afghanistan and other IED prone areas of operation used to "BIP" (blow in place) IEDs and other explosives that were considered too dangerous to defuse. Egypt IEDs are being used by insurgents against government forces during the insurgency in Egypt (2013–present) and the Sinai insurgency. India IEDs are being used by Maoists in India in their ongoing insurgency. On 13 July 2011, three IEDs were used by the Insurgency in Jammu and Kashmir to carry out a coordinated attack on the city of Mumbai, killing 19 people and injuring 130 more. On 21 February 2013, two IEDs were used to carry out bombings in the Indian city of Hyderabad. The bombs exploded in Dilsukhnagar, a crowded shopping area of the city, within 150 metres of each other. On 17 April 2013, two kilos of explosives used in Bangalore bomb blast at Malleshwaram area, leaving 16 injured and no fatalities. Intelligence sources have said the bomb was an Improvised Explosive Device or IED. On 21 May 2014, Indinthakarai village supporters of the Kudankulam Nuclear Power Plant were targeted by opponents using over half a dozen crude "country-made bombs". It was further reported that there had been at least four similar bombings in Tamil Nadu during the preceding year. On 28 December 2014, a minor explosion took place near the Coconut Grove restaurant at Church Street in Bangalore on Sunday around 8:30 pm. One woman was killed and another injured in the blast. During the 2016 Pathankot attack, several casualties came from IEDs. On 14 February 2019 in 2019 Pulwama attack, several casualties were reported due to IED blast. On 29 October 2023, a series of IED explosions were used to kill 2 attendees at a Jehovah's Witnesses Convention in Kalamassery, India. Iraq lies on its side following a buried IED blast in Iraq (2007). In the Iraq War (2003–2011), insurgents used IEDs extensively against U.S.-led forces, and by the end of 2007 they were responsible for approximately 64% of coalition deaths in Iraq. Beginning in July 2003, the Iraqi insurgency used IEDs to target invading coalition vehicles. According to The Washington Post, 64% of U.S. deaths in Iraq occurred due to IEDs. A French study showed that in Iraq, from March 2003 to November 2006, on a global deaths in the US-led invading coalition soldiers, were caused by IEDs, i.e. 41%: that is to say more than in the "normal fights" (1027 dead, 34%). which was struck by an approximately directed charge IED during the Anbar campaign; the crew of the MRAP survived uninjured (September 2007). Common locations for placing these bombs on the ground included animal carcasses, soft drink cans, and boxes. Typically, they exploded underneath or to the side of the vehicle to cause the maximum amount of damage. However, as vehicle armour was improved on military vehicles, insurgents began placing IEDs in elevated positions such as on road signs, utility poles, or trees, to hit less protected areas. According to the Pentagon, 250,000 tons (out of 650,000 tons total) of Iraqi heavy ordnance were looted, providing a large supply of ammunition for the insurgents. Both Iranian and Iraqi government officials denied the allegations. During the Iraqi Civil War (2014–2017), ISIL made extensive use of suicide VBIEDs, often driven by children, elderly and disabled. Ireland and the United Kingdom From 1912–1914, the Suffragettes utilised IEDs in the Suffragette bombing and arson campaign. During the Irish War of Independence (1919–1921) the Irish Republican Army, nowaday referred to as the "old IRA", used improvised explosive devices against the British armed forces. counter-IED robot on the streets of Northern Ireland (1978). Throughout The Troubles, the Provisional Irish Republican Army made extensive use of IEDs in their 1969–97 campaign, much of which were made in the Republic of Ireland. They used "barrack buster" mortars by completing an electrical circuit supplying power to the anti-handling device. Depending on the particular design (e.g., boobytrapped briefcase or car bomb) an independent electrical circuit supplied power to a conventional timer set for the intended time delay, e.g. 40 minutes. However, some electronic delays developed by IRA technicians could be set to accurately detonate a bomb weeks after it was hidden, which is what happened in the Brighton hotel bomb attack of 1984. Initially, bombs were detonated either by timer or by simple command wire. Later, bombs could be detonated by radio control. Initially, simple servos from radio-controlled aircraft were used to close the electrical circuit and supply power to the detonator. After the British developed jammers, IRA technicians introduced devices that required a sequence of pulsed radio codes to arm and detonate them. These were harder to jam. The IRA as well as Ulster loyalist paramilitaries have also utilized less sophisticated devices, such as homemade anti-personnel hand grenades thrown at the target: such grenades were pipe bombs and nail bombs; other types were identified as "blast bombs" (offensive grenades with a limited danger-zone). IRA technicians also developed a homemade anti-tank hand grenade, equipped with a shaped charge warhead, called "Improvised Anti-Armour Grenade" (IAAG). (27 August 1979). Roadside bombs were extensively used by the IRA. Typically, a roadside bomb was placed in a drain or culvert along a rural road and detonated by remote control when British security forces vehicles were passing, as with the case of the 1979 Warrenpoint ambush; as a result of the use of these bombs, the British military stopped transport by road in areas such as South Armagh, and used helicopter transport instead to avoid the danger. Most IEDs used commercial or homemade explosives made in the Republic of Ireland, with ingredients such as gelignite and ANFO either stolen in construction sites or provided for by supporters in the South, In the early 1970s, at the height of the IRA campaign, the British Army unit tasked with rendering safe IEDs, 321 EOD, sustained significant casualties while engaged in bomb disposal operations; this mortality rate was far higher than other high risk occupations such as deep sea diving, and a careful review was made of how men were selected for EOD operations; the review recommended bringing in psychometric testing of soldiers to ensure those chosen had the correct mental preparation for high risk bomb disposal duties. The IRA came up with ever more sophisticated designs and deployments of IEDs. Booby Trap or Victim Operated IEDs (VOIEDs), became commonplace. The IRA engaged in an ongoing battle to gain the upper hand in electronic warfare with remote controlled devices. The rapid changes in development led 321 EOD to employ specialists from DERA (now Dstl, an agency of the MOD), the Royal Signals, and Military Intelligence. This approach by the British army to fighting the IRA in Northern Ireland led to the development and use of most of the modern weapons, equipment and techniques now used by EOD Operators throughout the rest of the world today. IEDs are being used by Hamas (Al-Qassam Brigades) and other Palestinian militant groups during the Gaza–Israel conflict, and more in general during the Israeli–Palestinian conflict; such devices also include shaped charges directly applied to the targets, and explosively formed penetrators/projectiles (EFPs). Lebanon The Lebanese National Resistance Front, the Popular Front for the Liberation of Palestine, other resistance groups in Lebanon, and later Hezbollah, made extensive use of IEDs to resist Israeli forces after Israel's invasion of Lebanon in 1982. Israel withdrew from Beirut, Northern Lebanon, and Mount Lebanon in 1985, whilst maintaining its occupation of Southern Lebanon. Hezbollah frequently used IEDs to attack Israeli military forces in this area up until the Israeli withdrawal, and the end of the invasion of Lebanon in May 2000. One such bomb killed Israeli Brigadier General Erez Gerstein on 28 February 1999, the highest-ranking Israeli to die in Lebanon since Yekutiel Adam's death in 1982. the first of two IEDs to damage a Merkava tank. Nepal IEDs were widely used in the 10-years long Nepalese Civil War by the Nepalese People's Liberation Army (PLA), the armed wing of the Communist Party of Nepal (Maoist). PLA fighters used rifles captured from the police and a variety of IEDs. The PLA lacked mortars and crew-served weapons, and thus employed human-waves attacks of "martyrs" to break enemy defenses, resulting in heavy casualties. PLA regulars had excellent infantry skills, possibly indicating foreign training. IEDs were the main weapon the insurgents used against government forces, typically causing 35 percent of the deaths among Royal Nepal Army (RNA) troops and 50 percent of injuries. Simple IEDs included hand-thrown "socket bombs" made with black powder and shrapnel, and larger bombs made with steel pipes and pressure cockers detonated by wire or remote control. The effectiveness of the IED campaign also suggested foreign training, probably from Indian Maoists groups. Nigeria Boko Haram are using IEDs during their insurgency. Pakistan Taliban and other insurgent groups use IEDs against police, military, security forces, and civilian targets. Russia IEDs were used by the Chechen insurgency following the Second Chechen War. Somalia Al Shabaab is using IEDs during the Somali Civil War. Sri Lanka IEDs were used frequently by the Liberation Tigers of Tamil Eelam (LTTE) in Sri Lanka during the Sri Lankan Civil War. Syria (26 January 2019). During the Syrian Civil War, militant insurgents were using IEDs to attack buses, cars, trucks, tanks and military convoys. Additionally, the Syrian Air Force has used barrel bombs to attack targets in cities and other areas. Such barrel bombs consist of barrels filled with high explosives, oil, and shrapnel, and are dropped from helicopters. Along with mines and IEDs, ISIL also used VBIEDs in Syria, including during 2017 Aleppo suicide car bombing. See also: Improvised artillery in the Syrian civil war. Uganda On 16 November 2021, suicide bombers set off two powerful explosions in the center of Uganda's capital Kampala during rush hour in an attack later claimed by Islamic State. There have been a number of bomb explosions in 2021. In October, a 20-year-old waitress was killed after a device, left in a shopping bag, detonated in a bar in the city. Days later several people were injured when a suicide bomber blew himself up in a bus near Kampala. United States Numerous IEDs were built and disseminated by the Unabomber – nickname of Theodore Kaczynski – starting from the late 1970s. (21 April 1995). In the 1995 Oklahoma City bombing, Timothy McVeigh and Terry Nichols built an IED with ammonium nitrate fertilizer, nitromethane, and stolen commercial explosives in a rental truck, with sandbags used to concentrate the explosive force in the desired direction. McVeigh detonated it next to the Alfred P. Murrah Federal Building, killing 168 people, 19 of whom were children. In January 2011, a shaped pipe bomb was discovered and defused at a Martin Luther King Jr. memorial march in Spokane, Washington; no one was injured during the event. According to the FBI and the DHS, it was a directional anti-personnel IED, radio-controlled and designed to fire fragments – fishing weights coated in rat poison – similarly to a single shot shotgun with buckshot, or a cannon with a grapeshot round. On 15 April 2013, as the annual Boston Marathon race was concluding, two bombs were detonated seconds apart close to the finish line. Initial FBI response indicated suspicion of IED pressure cooker bombs. A number of deaths and property damage occurring during gender reveal parties have been caused by the detonation of improvised explosive devices. These include the 2017 Sawmill Fire, which was started by the detonation of a mass of tannerite intended to disperse coloured powder, and an incident in 2019 where an IED similarly designed to release powder exploded in a manner similar to a pipe bomb, killing a 56-year-old woman after shrapnel struck her in the head. In March of 2026 several home made bombs containing TATP were thrown outside of Gracie Mansion where New York City Mayor Zohran Mamdani currently lives. The perpetrators of the attack later confessed they were influenced by ISIS and Islamic extremist propaganda. Ukraine IEDs are in use in the 2022 Russian invasion of Ukraine and have also been used there for assassinations. Vietnam IEDs were used during the Vietnam War by the Viet Cong against land- and river-borne vehicles as well as personnel. They were commonly constructed using materials from unexploded American ordnance. Among the various types of IEDs prepared by the Viet Cong there were also anti-aircraft ones, capable of damaging or destroying helicopters during landing or when flying at low altitude. Thirty-three percent of U.S. casualties in Vietnam and twenty-eight percent of deaths were officially attributed to mines; these figures include losses caused by both IEDs and commercially manufactured mines. Yemen Houthis are using IEDs against Saudi-led coalition and Hadi's forces during Yemeni Civil War (2015–present), Saudi Arabian-led intervention in Yemen and Saudi–Yemeni border conflict. Al-Qaeda in the Arabian Peninsula and ISIL in Yemen are also known to use IEDs. ==See also==
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