IRAN STRIKES BACK! U.S. Navy Faces Massive Mine Threat in Strait of Hormuz
CNN is learning Iran has begun laying mines in the Straight of Hormuz.
Intelligence sources tell CBS News Iran is now moving towards placing mines in the Straight of Hormuz, defying stark warnings from the administration.
If Iran does anything to stop the flow of oil within the Straight of Hormuz, they will be hit by the United States of America 20 times harder.
US Navy warships are entering the Straight of Hormuz.
And suddenly everything slows down.
Not because of enemy fire, but because something is already waiting beneath the water.
Iranian forces had seated the straight with naval mines.
Not scattered, placed, deliberately positioned to block every navigable lane.
With tanker traffic already down 70% and over 150 vessels anchored outside the waterway, the stakes couldn’t be higher.
Clearing those mines would be the hardest part of the operation.
precision, patience, and constant vigilance against drone and missile attack all at the same time.
That was the mission.
There was no shortcut.
The mines waiting on the seabed were not relics from a past era.
Iran’s stockpile is estimated at 5,000 to 6,000 mines, a mix of mored contact mines, bottom influence mines, and sophisticated non-magnetic variants.
These weapons don’t wait for contact, they wait for conditions.
A modern mine sits on the seabed or hangs at a fixed depth invisible from the surface, undetectable by the naked eye.
It reads its environment through sensors, magnetic, acoustic pressure.
The magnetic sensor detects the steel hull of a passing ship, a distortion in the Earth’s magnetic field too precise to ignore.
The acoustic sensor listens for the specific engine signature of a vessel.
Not just any vessel, a specific class.
The pressure sensor reads the displacement wave pushed through the water by a large hull moving overhead.
No contact required.
Advanced mines combine all three, requiring multiple conditions to align before triggering, making them nearly impossible to fool with simple counter measures.
A ship can pass directly over one and never touch it.
The mine detonates anyway.
That is the threat.
That is what the Navy was sailing into.
Where the unmanned systems couldn’t go, men went.
Navy explosive ordinance disposal divers, EOD, prepared below deck.
This was their moment.
They pulled on wet suits, checked regulators, verified dive computers, underwater comms, lights, tools.
Each piece of gear inspected methodically.
No rush, no shortcuts.
They’ve done this before.
When the checks were done, they moved up to the deck into rigid hull inflatable boats, RHIBs, and away from the ship toward the coordinates flagged by the sonar team.
While the divers moved toward their dive site, the fleet held its defensive posture, every station manned, every eye open.
Gunners sat behind deck-mounted weapons, scanning the horizon and the water.
Lookouts swept continuously with binoculars.
sky, water, horizon, repeat.
The threat of Iranian Shahed drones and ballistic missiles was not theoretical.
It was present.
The geometry of the strait with Iran’s coastline dominating the northern shore placed the fleet within range of coastal batteries, drone boats, and fast attack craft.
The fleet had already slowed to a crawl.
At speed, running over an undetected mine was a real possibility.
Every ship in the formation throttled back to minimum, deliberate, controlled, all sonar systems swept the water ahead and beneath the hulls in real time.
The mine countermeasures suite, combining advanced sonar, unmanned surface vehicles, and airborne detection systems, fed data continuously to operators on board.
Cruisers and submarines shifted to full combat readiness.
Anti-air systems tracked the sky.
Iranian Shahed drones and ballistic missiles could come at any moment and the fleet moving at minimum speed through a narrow channel was at its most exposed.
Vulnerable is the word no one says out loud.
Everyone knows it anyway.
Helicopters launched from the carrier and spread out ahead of the formation, flying sector patterns over the water.
Door gunners sat at full readiness behind their weapons, watching the horizon for threats, watching the surface below for any sign of mines.
Some of those helicopters towed mine detection equipment.
Sonar systems dragged through the water on long cables capable of detecting, classifying, and identifying contacts on the seabed, relaying data back to the ship in real time.
Sector by sector, methodical, one lane at a time, the helicopter crews worked the route the fleet would take, building a picture of what lay ahead.
The divers reached their coordinates and entered the water.
They descended along the seabed, lights cutting through limited visibility.
Moving slowly through the reef structure, searching.
They found it.
A mine wedged deep in the coral, partially buried, lodged in a position where no unmanned vehicle could safely maneuver to reach it.
This one required human hands.
Human judgment.
They conducted a close visual assessment, confirmed the type, reported back to the ship via underwater comms, short transmissions, enough.
The decision came quickly.
No manual disarming.
The position in the reef made direct handling too dangerous.
The divers marked the location with precision, then ascended.
They surfaced, cleared the area, returned to their inflatable boat, and put distance between themselves and the mine site.
Professional, deliberate, no wasted movement.
From the ship, the crew prepared the mine disposal vehicle, the A/SLQ48, a remotely operated submersible designed specifically to locate and destroy underwater mines.
Its acoustic and magnetic signature is engineered to remain virtually invisible to even the most advanced mine sensors.
The vehicle was lowered into the water The vehicle descended.
The operator watched a monitor.
Everyone else in the operations room watched the same feed.
The disposal vehicle approached the mine carefully.
It placed the charge.
The operator confirmed position.
The vehicle backed away.
Distance established.
All personnel clear.
The charge detonated.
A muffled concussion beneath the surface.
A column of water and debris rose and fell.
The mine was gone.
Sonar confirmed.
Contact eliminated.
The route was clear at that position.
One mine, one corridor.
The process would continue.
That’s how it works underwater.
But not every mine stays hidden on the seabed.
Some break loose, some drift.
When a mine reaches the surface, visible, exposed, the calculus changes entirely.
That’s when the gunners take over.
A lookout calls it out.
A mine on the surface drifting toward the formation.
The gunner acquires it.
Short burst.
The mine detonates in a flash of white water and shredded metal.
Clean, controlled, done.
These deck-mounted heavy machine guns serve two purposes out here.
They can engage Iranian drones closing on the fleet, and they can detonate floating mines at a safe distance before a drifting device reaches a hull and ends everything in an instant.
The Navy cleared one corridor at a time, mine by mine, sector by sector, not with speeches, not with headlines, with work.
That’s what they do.
That’s who they are.
