On March 2, 2026, the USS McFaul (DDG‑74) launched a salvo of approximately nine BGM‑109 Tomahawk cruise missiles at strategic targets in Iran, marking a significant escalation in U.S.-Israeli coordinated operations. Footage from the North Arabian Sea captured the precision launch, highlighting both the operational reach and the technological capabilities of U.S. naval forces in countering Iranian aggression.

The strike, part of Operation Epic Fury, focused on Iranian nuclear and military installations, following a series of proxy attacks on U.S. bases in the region. The use of Tomahawk cruise missiles, each valued at roughly $1.4 million and capable of striking targets over 1,000 miles away, underscores the United States’ reliance on precision long-range munitions to neutralize high-value threats while minimizing collateral damage. Analysts note that repeated strikes in the Middle East are placing visible strain on stockpiles, reflecting the high operational tempo of ongoing regional missions.

This operation demonstrates close U.S.-Israeli coordination, combining naval and intelligence assets to degrade Iran’s ability to project power through both conventional and proxy means. Officials emphasized that the strike was both preventive and retaliatory, targeting assets directly involved in hostile operations while reinforcing the credibility of U.S. deterrence. By leveraging advanced naval strike capabilities, Washington signals that continued Iranian provocations will provoke immediate, high-impact responses.

Military experts describe this engagement as a blend of strategic foresight and tactical precision, aligning with broader maximum pressure policies. The operation also highlights the enduring value of long-range strike platforms in maintaining regional security, reassuring allies, and constraining Iran’s military initiatives. As tensions in the Middle East remain high, such strikes serve as both a warning and a demonstration of U.S. readiness to defend its interests and those of its partners through decisive action.