The Iranian Missiles Map

The Iranian Missiles Map

Modern missile warfare is framed as precise, calculated, and technologically controlled. But “precision” in military terms does not mean what most people think it means.

After the United States and Israel attacked Iran on Saturday, Tehran retaliated by striking Israel and U.S.-linked military sites across the region, including in Gulf states that host American forces. Yet many of these missiles did not land neatly on isolated military installations. Instead, civilian areas have repeatedly fallen within their statistical margin of error.

The Iranian Missiles map visualizes the accuracy of Iran’s ballistic missile capabilities, focusing on a critical but often overlooked question: why do civilian areas so often fall within the impact zone? Created by a developer with experience working on missile guidance systems, the map moves beyond the familiar “range rings” commonly shown in news coverage and instead emphasizes a far more meaningful metric - accuracy.

Users can select likely airbase targets around the world. Once a target is chosen, the map overlays the specific Circular Error Probable (CEP) of various Iranian munitions, such as the Shahab-3 and the more modern Emad missile.

Understanding CEP

CEP Explained
CEP - Circular Error Probable - is a key metric in missile guidance. It represents the radius within which 50% of warheads are expected to land. Crucially, this also means that the other 50% may fall outside that radius, sometimes significantly so. The visualization effectively communicates this statistical reality, highlighting the inherent imprecision of ballistic missile systems.

Impact of Inaccuracy
This lack of precision is central to understanding the repeated damage to civilian infrastructure. As the visualization demonstrates, even a carefully aimed missile can endanger densely populated areas simply because of the statistical spread of potential impact points.

The Civilian Cost of Military Action

At its core, the Iranian Missiles visualization translates abstract military statistics into tangible geographic consequences. By using CEP not merely as a technical figure but as a spatial boundary, the developer shows that “accuracy” is a relative term. On the map, the CEP circle frequently encompasses the very civilian infrastructure that military planners claim to avoid.

The application allows users to select likely airbase targets and instantly see the projected dispersion of an Iranian missile volley. Yet its most striking feature is not the military modeling — it is the exposure of civilian risk.

Rather than focusing solely on the intended military objective, the map emphasizes the density of the surrounding environment. It identifies high-value civilian sites - including apartment blocks, hospitals, religious institutions, and schools - that lie within immediate proximity of these installations, underscoring the human cost embedded within technical calculations of “acceptable” accuracy.