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M901 ITV

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M901 ITV
NameM901 ITV
CaptionAn example of the platform during trials
OriginUnited States
Typeanti-tank vehicle
Service1980s–present (limited)
Used byVarious operators
ManufacturerU.S. Army Ordnance, General Dynamics, FMC
Production date1980s
Number builthundreds
WeightApproximately 12.2 t
Length6.36 m
Width2.56 m
Height2.34 m
ArmourLight aluminum
Primary armamentTOW missile system
Secondary armamentCoaxial machine gun
EngineCummins BTA 5.9 diesel
Speed72 km/h
Vehicle range483 km

M901 ITV The M901 ITV is an American tracked anti-tank platform developed to provide mobile, armored infantry support for U.S. Army formations and allied units. It integrates the tube-launched, optically tracked, wire-guided TOW missile system on a modified M113 armored personnel carrier chassis, combining mobility derived from Cold War-era NATO logistics doctrines with anti-armor capability sought during the Vietnam War aftermath and Yom Kippur War assessments. The vehicle entered service in the 1980s and has seen use in multiple theaters by United States Army, allied European, and export forces.

Development and Design

Design work for the M901 ITV stemmed from Cold War requirements articulated by the U.S. Army Armor Branch and procurement offices such as the United States Army Materiel Command to counter Soviet Union main battle tanks like the T-72. Lessons from conflicts including the 1973 Arab–Israeli War influenced requirements favoring portable, turreted anti-tank guided missile systems on established armored chassis like the M113. Contractors such as General Dynamics, FMC Corporation, and subcontractors linked to Philco Ford and AlliedSignal adapted the TOW turret and fire-control suite for integration. The program involved coordination with U.S. Department of Defense acquisition regulations and testing at facilities operated by the U.S. Army Aberdeen Proving Ground and White Sands Missile Range.

Description and Variants

The baseline vehicle uses the M113 hull with modified suspension and powerpack from suppliers like Cummins and Allison Transmission to maintain strategic liftability via C-130 Hercules and C-141 Starlifter transport aircraft used by U.S. Air Force logistics. The turret contains the M220 TOW launcher, optical sights developed from Raytheon and avionics influenced by systems used in AH-1 Cobra helicopter fire-control. Variants include command versions fielded by V Corps-style formations, export modifications for NATO allies such as West Germany and Italy, and upgraded packages incorporating stabilized mounts similar to those on M2 Bradley variants. Some operators retrofitted mine protection and electronic countermeasure suites sourced from firms like Lockheed Martin and Raytheon Systems.

Armament and Equipment

Primary armament is the M220 TOW launcher capable of firing the BGM-71 family of missiles developed by Hughes Aircraft and later production by Raytheon. The missile types include early MCLOS and later SACLOS variants such as the BGM-71A and BGM-71E with tandem warheads designed to defeat explosive reactive armor tested against T-72 and T-80 designs. The vehicle typically carries reloads stored within the hull and is fitted with a coaxial machine gun manufactured to NATO standards by companies like FN Herstal and M2 Browning designs produced by General Dynamics Armament and Technical Products. Target acquisition employs electro-optical sights influenced by systems fielded on M1 Abrams fire-control arrays, and later upgrades added thermal imaging systems from suppliers like FLIR Systems.

Operational History

M901 ITV units first entered U.S. service with United States Army Europe and United States Army Pacific brigades during the 1980s, participating in NATO exercises such as REFORGER and training at ranges like Grafenwoehr Training Area and Hohenfels. Exported examples served with militaries of Greece, Turkey, Belgium, Netherlands, and Middle Eastern users that had earlier procured TOW systems. Crews employed the vehicle in defensive ambush roles and mounted anti-armor positions during contingency operations, drawing operational doctrine from manuals produced by U.S. Army Training and Doctrine Command and lessons from engagements inspected after exercises like Desert Shield. Some saw limited deployment supporting coalition operations during crises in Balkans and elsewhere where anti-armor assets were required.

Survivability and Performance

Survivability emphasized mobility, low silhouette, and standoff engagement distances afforded by the TOW system, enabling crews to engage targets beyond main battle tank direct-fire ranges. Armor protection remained light aluminum hull armor based on M113 standards, offering small-arms and shell splinter protection but vulnerability to shaped charges and heavy machine guns evaluated against systems like the RPG-7. Performance assessments conducted by U.S. Army Evaluation Center compared engagement success rates, reaction times, and reliability metrics against competing platforms including turreted tank destroyers fielded by Bundeswehr during NATO trials. Upgrades focused on fire-control improvements, smoke grenade launchers from firms such as Kinetic Systems, and crew survivability features adapted from experiences during peacekeeping missions under United Nations mandates.

Operators and Service Use

Operators included elements of United States Army units, as well as export customers across NATO and allied states in Europe, the Middle East, and Asia. Specific user militaries that integrated the platform into armored reconnaissance and anti-armor companies included forces of Belgium Armed Forces, Royal Netherlands Army, Hellenic Army, Turkish Land Forces, and several others who later phased models out in favor of newer platforms such as vehicles mounting the TOW-2 or integrated into IFV fleets like M2 Bradley or indigenous designs. Some retired hulls found secondary use in training ranges at locations such as Fort Irwin and as museum exhibits associated with institutions like the National Infantry Museum.

Category:Armoured fighting vehicles of the United States Category:Anti-tank guided missile carriers