In a stunning display of precision firepower, the United States has unleashed its latest bunker-busting weapon against Iran’s most deeply buried mountain strongholds near the Strait of Hormuz, delivering a devastating blow to the regime’s coastal defense network.

U.S. forces dropped multiple advanced 5,000-pound deep-penetrator munitions — a powerful new-generation bunker-buster — directly onto hardened underground facilities carved into the rugged mountain terrain. These sites housed advanced anti-ship missiles and command centers that threatened commercial shipping and U.S. naval operations.

The strikes penetrated deep into the rock and concrete fortifications, completely destroying the hidden launchers and storage facilities that formed part of Iran’s “impenetrable” defensive line. Secondary explosions lit up the night as missile fuel and warheads detonated underground, confirming the total destruction of these critical ᴀssets.

This operation is part of the intensified “Project Freedom” campaign to secure the Strait of Hormuz. By eliminating these mountain strongholds, American forces have significantly reduced the threat to international oil tankers and U.S. warships moving through the vital chokepoint.

The message to Tehran is unmistakable: no bunker is deep enough, no mountain high enough to shield Iran from American justice when it threatens global energy security. The U.S. military’s technological edge continues to dominate, proving once again that aggression against freedom of navigation comes at an unbearable cost.

With nearly 20% of the world’s oil pᴀssing through the strait, these precision strikes help prevent economic chaos and soaring energy prices worldwide.

America’s resolve remains ironclad. U.S. forces are ready to strike again if Iran attempts to rebuild or retaliate.

This is what overwhelming superiority looks like.

Developments continue rapidly. The tide has clearly turned against Iranian aggression.

Stay alert — the United States is decisively defending international waters and global stability.