The Geostrategic Price of a Military Strike on Iran: A Comprehensive Analysis of American, Arab, and Iranian Costs

Abstract

In May 2006, as the United States and its allies contemplated military action against Iran’s nuclear facilities, a Sudanese scholar attempted to publish a prescient analysis warning that any such attack would exact catastrophic costs on three principal actors: the United States, Arab states (especially the Gulf monarchies), and Iran itself. This paper provides a comprehensive, multi-method expansion. It introduces three distinct military scenarios (limited air strikes, full-scale invasion, and covert/cyber warfare) and evaluates each against cost categories. A game-theoretic normal-form model (Hawk‑Dove/Chicken) and an extensive‑form decision tree are developed to illustrate strategic interaction. Historical comparisons with the 1980–1988 Iran–Iraq War and the 1991 Gulf War ground the analysis in empirical precedent. The paper also presents a stakeholder impact matrix, a Mermaid decision flowchart, and a technical glossary covering nuclear enrichment, centrifuges, explosively formed projectiles (EFPs), Stuxnet, asymmetric warfare, and the Strait of Hormuz choke point. Economic impact assessments quantify potential oil price shocks. The paper concludes by operationalising Issam AW Mohamed “two truths”: a nuclear-armed Iran may serve U.S. long‑term interests by imposing peaceful deterrence, and Americans would likely prefer higher oil prices over repeated costly wars. Policy recommendations favour diplomacy, regional security frameworks, and deterrence over pre‑emption.