Pershing II
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| Pershing II | |
|---|---|
 DoD · Public domain · source | |
| Name | Pershing II |
| Origin | United States |
| Type | Ballistic missile |
| Service | 1983–1991 |
| Used by | United States Army |
| Designer | Martin Marietta |
| Manufacturer | Martin Marietta |
| Production date | 1981–1985 |
| Specifications | See below |
Pershing II The Pershing II was a United States theatre-level ballistic missile deployed during the Cold War, intended to replace earlier systems and to provide rapid, accurate strike capability in Europe, particularly in the context of NATO and Warsaw Pact tensions. It combined advances from programs at Martin Marietta, research at Redstone Arsenal, and testing at White Sands Missile Range to field a mobile, radar-guided ballistic weapon alongside contemporaneous systems such as the Tomahawk (missile), Trident (missile), and MX missile.
Development and Design
Development began from studies at Redstone Arsenal and industrial work by Martin Marietta and legacy firms like Douglas Aircraft Company influenced by earlier projects including Pershing (rocket family), Redstone (rocket), and lessons from Project Nike. The design integrated guidance advances from laboratories at Sandia National Laboratories, telemetry and avionics expertise from Los Alamos National Laboratory, and propulsion heritage traceable to the Atlas (rocket family). The system architecture drew on mobile-launch doctrine from United States Army Europe and coordination with NATO commands such as Supreme Headquarters Allied Powers Europe. Contractors included subcontractors with prior work for Bell Labs, Raytheon, and General Electric on radar, inertial navigation, and reentry technologies. Flight-test programs occurred at Cape Canaveral, Vandenberg Air Force Base, and White Sands Missile Range with instrumentation support from NASA and range safety coordinated with North American Aerospace Defense Command.
Technical Specifications
The missile used a two-stage solid-fuel motor developed from work at Thiokol and Alliant Techsystems and incorporated an advanced radar-area guidance terminal system adapted from technology demonstrated by DARPA and signal-processing work at MIT Lincoln Laboratory. The inertial measurement unit referenced designs from Honeywell and was cross-checked with stellar and terrain-matching updates influenced by research at Johns Hopkins University Applied Physics Laboratory. Warhead options, influenced by strategic policy debates in Washington, D.C. and analyses at RAND Corporation, included a single maneuverable reentry vehicle compatible with basing and targeting requirements articulated by United States European Command. Mobility was provided by transporter-erector-launchers maintained by units within United States Army Europe and trained at bases such as Wiesbaden, Ramstein Air Base, and garrisons across West Germany.
Deployment and Operational History
Pershing II units were fielded to forward-deployed brigades in West Germany and training rotations involved coordination with NATO allies including United Kingdom, France, Italy, and Belgium for exercises such as Reforger and Able Archer 83. Operational testing included simulated targeting tracks against hypothetical coordinates in planning scenarios involving Warsaw Pact formations such as the Group of Soviet Forces in Germany. Readiness postures were reviewed by policymakers in The Pentagon and discussed during meetings at White House administrations, with procurement oversight involving committees in the United States Congress and analysis by the Defense Intelligence Agency. Accidents and safety incidents were subject to investigation by boards including personnel from Armed Forces Radiobiology Research Institute and logistics reviews at depots like Redstone Arsenal.
Strategic Role and Arms Control Impact
Strategically, the system influenced NATO nuclear posture debates alongside deployments of Ground Launched Cruise Missile and responses to the SS-20 Saber deployments by the Soviet Union. Its accuracy and short flight times affected targeting doctrines discussed in forums such as the North Atlantic Council and negotiations at the Geneva talks. Arms-control consequences were central to negotiations culminating in the Intermediate-Range Nuclear Forces Treaty and related confidence-building measures brokered by leaders in Washington, D.C. and Moscow, with diplomatic involvement from figures associated with administrations and foreign ministries of United States, Soviet Union, and NATO capitals. Analytical work at think tanks including Brookings Institution, Heritage Foundation, and Carnegie Endowment for International Peace shaped public and governmental understanding of escalation dynamics.
Public Controversy and Protests
Deployments provoked demonstrations across Europe and the United States, with prominent protests in cities such as Bonn, Brussels, London, and Washington, D.C.. Peace organizations including Greenham Common Women's Peace Camp sympathizers, anti-nuclear groups like Campaign for Nuclear Disarmament, and coalitions formed with labor unions and student movements staged rallies and civil disobedience actions. Media coverage ran in outlets such as The New York Times, The Washington Post, Der Spiegel, and BBC News, while parliamentary debates occurred in bodies like the Bundestag, House of Commons, and United States Senate. Cultural responses included references in works by authors and filmmakers engaged with nuclear issues and commentary by public intellectuals affiliated with institutions such as Oxford University, Cambridge University, and Columbia University.
Decommissioning and Legacy
Decommissioning followed verification protocols established by the Intermediate-Range Nuclear Forces Treaty and inspections conducted by teams from United States Department of Defense and the Soviet Ministry of Defence, with on-site verification modeled on techniques refined during earlier treaties such as the Strategic Arms Limitation Talks. Equipment disposal involved contractors with experience from demilitarization programs at Anniston Army Depot and environmental remediation standards informed by agencies including the Environmental Protection Agency. The Pershing II program left technical legacies in seeker technology applied later by firms collaborating with Northrop Grumman and Lockheed Martin and influenced European security policy debates archived in institutions such as the NATO Defense College. Veterans and units associated with the program are recorded in military histories held at archives like the National Archives and Records Administration and museums including the National Museum of the United States Army.