Accession Number:

ADA257590

Title:

Countering the Third World Mobile Short Range Ballistic Missile Threat: An Integrated Approach

Descriptive Note:

Master's thesis

Corporate Author:

NAVAL POSTGRADUATE SCHOOL MONTEREY CA

Personal Author(s):

Report Date:

1992-09-01

Pagination or Media Count:

75.0

Abstract:

The Persian Gulf War introduced a new, highly effective threat in the form of the mobile short range ballistic missile SRBM. The non-guided SCUD missile proved to be most effective in the political arena as Iraq continually targeted Israel in an attempt to force them into the conflict through retaliation. Although this Iraqi objective ultimately failed, a price was paid by the Coalition forces. A significant percentage of Allied air sorties were diverted to search for fixed and mobile SCUD launch sites. The mobile launchers proved to be highly elusive as post-war analysis has shown little or no success in countering them. Post-war research and development continues to focus on the improvement of post-missile-launch tactics used during Desert Storm to counter the mobile launchers. This thesis introduces an integrated approach to the problem which stresses the inclusion of mobile launcher prosecution prior to weapon release. The general principles of anti-submarine warfare ASW are suggested as a structure to build an effective mobile SRBM counter effort doctrine. The benefit of pre-hostility intelligence and pre-missile-launch prosecution, the backbone of successful ASW, is revealed through the analysis of a circulation model which reflects the standard operations of a third world mobile missile launcher during hostilities. A decision model is constructed and analyzed to give insight into the development of pre-hostility intelligence policies. Short Range Ballistic Missile SRBM, Circulation Model, Decision Analysis, Influence Diagrams, Persian Gulf War, Countering the Third World Short Range Ballistic Missile SRBMThreat

Subject Categories:

  • Surface-Launched Guided Missiles
  • Ballistics

Distribution Statement:

APPROVED FOR PUBLIC RELEASE