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Iraq procured and modified various Chinese and Soviet armored vehicles to meet its combat needs throughout eight years of conflict with Iran. During the 1991 Gulf War, most of the Iraqi Main Battle Tanks (MBTs) encountered by Allied Forces during Operation Desert Storm were non-upgraded T-54/55, T-62, T-72 and Type 59/69s. Only a handful of those encountered were upgraded, typically with additional passive armor over their frontal arc to enhance protection against High Explosive Anti-Tank (HEAT) projectiles.
The T-72 was first produced in the Soviet Union in 1971 as a high-production parallel version of the T-64. The tank was deployed within the U.S.S.R. and exported to non-Soviet Warsaw Pact armies and several other countries. The T-72 was produced under license in the former Czechoslovakia, India, Poland and former Yugoslavia, and was used against the Israelis in Lebanon in 1982. In 1989, Iraq admitted that it was assembling Soviet T-72M1 (1982) MBTs with locally manufactured 125 mm ordnance, breech mechanisms, ammunition and electronics under the Iraqi name of Assad Babyle (Babylon Lion). A few Iraqi T-72M1 MBTs were fitted with an Anti-Tank Guided Weapon (ATGW) decoy system mounted on the turret roof forward of the gunner's hatch. This was designed to decoy Western type Tube-launched Optically tracked Wire-guided (TOW), light infantry anti-tank (MILAN- Missile d'Infantrie Leger Antichar) and High-subsonic Optically Tele-guided (HOT) ATGWs. Since the Iraqi T-72M1 was of higher quality than most of Iraq's other tanks, Iraqi President Saddam Hussein made sure that many T-72M1s survived the Gulf War by allocating the tanks to his Republican Guard and evacuating them before the allies launched their main offensive in Kuwait in February 1991. Following the Gulf War, it is understood that there has been no further local production/assembly of the Iraqi T-72M1 in Iraq. However, in 1996 sources reported that a factory in Iraq was producing spare parts to keep Iraq's estimated 500 T-72M1 tanks operational.
The T-72 and its variants are most effectively used for the destruction of tanks, other armored targets and enemy manpower. As with any tank, the three main factors in gauging effectiveness are: armor, firepower and mobility. Armor & General Battlefield Survivability:
Fire Power:
Mobility:
Key:
*Laser ranging is a method for estimating target range that was introduced in the 1970's. It is more accurate than stadiametric ranging and is used by almost all major armies today. The laser rangefinder is an electro-optical instrument that operates by firing a laser beam from the gunsight. When the beam hits a target, a small fraction of the transmitted light is reflected directly back along the path it was sent toward the tank, where it passes through an optical system to a receiver that is sensitive to the laser's frequency. The device then determines the time elapsed from the transmission of the original laser beam to the return of the reflected fraction - or "echo" - from the target, and uses this figure to estimate the target range.
International Institute for Strategic Studies, The Military Balance 2001-2002, Brassey's, London, 2002 "AFV Design Tanks - Creation & Development," SimHQ.com Boyne, Sean. "Saddam Rebuilt," Jane's Intelligence Review, Jane's Information Group, Nov. 1996, p.507. "Jane's Armour and Artillery, Twenty-first Edition 2000-2001," Ed. Christopher F. Foss. Coulsdon, Surrey, Jane's Information Group, 2000. "Laser Range Finder," aselsan.com "Laser Rangefinder," msss.com "T-72 Medium Tank," GlobalSecurity.org "T72 Tank," fas.org
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