BGM-71 TOW

BGM-71 TOW
U.S. Army photo by Sgt. Amber Robinson. · Public domain · source
Name	BGM-71 TOW
Type	Anti-tank guided missile
Origin	United States
Service	1970–present
Used by	See "Deployment and Operators"
Designer	Hughes Aircraft Company
Design date	1960s
Manufacturer	Raytheon Technologies; formerly Hughes Aircraft Company, Alliant Techsystems
Production date	1970–present

BGM-71 TOW is an American tube-launched, optically tracked, wire-guided anti-armor missile system introduced in the 1970s and widely exported and upgraded. Developed during the Vietnam War era, it entered service with the United States Army and has seen operations in conflicts from the Yom Kippur War aftermath to the Russo-Ukrainian War. The system's modularity and incremental upgrades produced multiple variants used by state and non-state actors across NATO, CENTCOM, and other regional commands.

Development and Design

Origins trace to research programs at DARPA and procurement processes managed by United States Department of Defense offices, with engineering led by Hughes Aircraft Company and test programs involving White Sands Missile Range. Early design goals included defeating contemporary T-55 and T-62 armor seen in Middle East conflicts; guidance architecture leveraged an optical tracking system derived from systems tested during trials at Yuma Proving Ground. The launcher and missile exploited a tube-launch concept similar in principle to earlier systems evaluated by Soviet Union and United Kingdom contractors, while integration with platforms involved collaboration with General Dynamics and Lockheed Martin for vehicle mounts and fire-control interfaces.

Key design features include a tandem-charge high-explosive anti-tank (HEAT) warhead addressing explosive reactive armor (ERA) developed by Soviet-era designers, a semi-automatic command to line of sight (SACLOS) guidance method, and wire guidance first trialed on earlier Western systems. Integration required coordination with vehicle programs such as the M2 Bradley, HMMWV, and turret systems for the M60 Patton and M1 Abrams development communities, and export adaptations for platforms from FV432 derivatives to indigenous designs in multiple countries.

Specifications and Variants

Baseline specifications evolved through iterative upgrades: missile length and weight adjustments, range envelopes extending beyond 3,000 meters in later series, and warhead modifications for armor penetration and anti-structure roles. Notable variants include early BGM-71A models, improved guidance and propulsion in follow-on series, and advanced warheads and seekers developed by Raytheon Technologies and partners. Specialized versions addressed anti-helicopter missions and urban operations, while export variants complied with controls administered by United States Congress and Arms Export Control Act frameworks.

Technical collaborations produced interoperability with NATO fire-control standards and digital trackers influenced by avionics work from Honeywell and sensor suites by Northrop Grumman. Propulsion and aerodynamics benefitted from research at California Institute of Technology and wind tunnel testing at National Advisory Committee for Aeronautics successor facilities. Warhead design drew on metallurgy and shaped-charge theory advanced at institutions such as Massachusetts Institute of Technology and Sandia National Laboratories.

Operational History

The missile entered combat service in the late 1970s and featured in multiple theaters: Cold War deterrence deployments in West Germany, counterinsurgency operations in Lebanon, and major conflicts like the Gulf War and operations in Iraq. It was used by coalition forces during Operation Desert Storm and later by insurgent and proxy groups in asymmetric environments in Syria and Libya. The system influenced anti-armor tactics taught at schools such as the United States Army Armor School and was evaluated in exercises with forces from France, Germany, Saudi Arabia, and Israel.

Combat experiences prompted doctrine changes within commands like United States Central Command and led to tactical revisions after encounters with modern main battle tanks such as T-72, T-80, and later variants. Conflict reports from units deployed under NATO and coalition structures documented uses against fortifications, light armor, and improvised fighting positions during hybrid warfare phases described in analyses by think tanks including RAND Corporation and International Institute for Strategic Studies.

Deployment and Operators

Operators have included members of NATO such as Turkey, Greece, and United Kingdom forces, as well as countries across Asia and Africa including Japan, South Korea, Egypt, Saudi Arabia, Jordan, United Arab Emirates, Iraq, Pakistan, Indonesia, Philippines, Morocco, Tunisia, Nigeria, Ethiopia, Kenya, and South Africa. Non-state actors acquired supplies during conflicts in Syria and Libya through battlefield capture and covert transfers noted in reports by United Nations panels and Amnesty International. U.S. military aid programs and Foreign Military Sales overseen by Defense Security Cooperation Agency facilitated deliveries to partners such as Israel, Kuwait, and Bahrain.

Platform integrations include vehicle installations on M113, Stryker, and bespoke light armored vehicles used by paramilitary formations linked to national police forces in countries like Colombia and Peru. Deployment patterns influenced regional force structures in Eastern Europe amid concerns about Russian Federation armored capabilities and prompted procurements by Poland and the Baltic States.

Countermeasures and Survivability

Adversaries developed countermeasures including explosive reactive armor pioneered by Soviet design bureaus and composite armor concepts tested in Kharkiv and Nizhny Tagil facilities for T-90 series. Active protection systems (APS) like those from Rafael Advanced Defense Systems and Israel Aerospace Industries and hard-kill solutions influenced tactics to defeat guided munitions. Electronic warfare suites fielded by Russian Armed Forces and stovepiped tactics from irregular forces aimed to disrupt acquisition and targeting, while smoke systems and thermal signature management from companies such as Rheinmetall and Thales Group sought to reduce vulnerability.

Survivability enhancements for TOW-equipped units included dispersed firing positions taught in curricula at United States Marine Corps schools and camouflage doctrine refined by NATO centers such as the NATO Allied Command Transformation.

Cultural Impact and Media References

The missile system has appeared in film and television portrayals of late 20th- and early 21st-century conflicts, with appearances in productions referencing Operation Desert Storm and dramatizations of the Iraq War. It is discussed in publications by military historians at Harvard University and King's College London and featured in documentary segments produced by networks like BBC and CNN. Video game franchises that simulate modern warfare include representations inspired by the system in titles by developers such as Electronic Arts and Activision, and museum exhibits at institutions like the National Museum of the United States Army and Imperial War Museum include display and interpretive material.

Category:Anti-tank guided missiles