Скачать или смотреть “Iran Fired 4 Missiles at US $13B Carrier — Pentagon: ‘Didn’t Come Close’”

Iran fired four Khalij Fars anti-ship ballistic missiles at the USS Abraham Lincoln, a $13 billion nuclear-powered carrier operating 180 nautical miles from the Iranian coastline with 6,500 sailors aboard. The Pentagon responded with three words: didn't come close.
This video is not about missiles that failed. It is about a test that succeeded.
The Khalij Fars is not a simple weapon. It carries a 650-kilogram warhead, travels at Mach 3 during terminal descent, and uses an electro-optical seeker that allows ground controllers to update the aim point during flight, redirecting the missile toward a maneuvering ship in real time. Iran did not fire this weapon hoping to sink the Lincoln. Iran fired it to watch how every layer of the carrier's defense responded: how fast the E-2D Hawkeye detected the launch, how quickly destroyers generated firing solutions, how many SM-2 interceptors were expended per incoming missile, and what radar frequencies were used for intercept guidance.
Seventy-two hours before the launch, thirty-one Iranian shadow fleet vessels simultaneously deactivated their AIS transponders in the northern Arabian Sea. They repositioned into observation geometry, filling radar shadow zones between the carrier strike group's sensor assets. They were the eyes on the horizon that a drone at altitude cannot provide. When the missiles launched, those ships were already watching. When the missiles missed, those ships were still recording.
Seventy-two hours after the launch, sixty-seven IRGC fast attack craft ran coordinated swarm formation exercises in the Strait of Hormuz, combined with four aerial drones maintaining observation altitude above the formation. They were rehearsing the second wave: everything that comes after ballistic missiles deplete a carrier's interceptor inventory.
We also examine a technical detail no other analysis has addressed: NOAA sea state data for the Arabian Sea on February 18th shows three to four meter swells with significant white cap coverage. The Khalij Fars electro-optical seeker degrades in high white cap conditions. The missiles may not have missed because of SM-2 intercepts. They may have lost visual lock due to sea state. Iran now knows their weapon's weather dependency. They know the Arabian Sea seasonal patterns that produce optimal launch windows. The next test will be on a calm day.
Meanwhile, Pickax Mountain is assessed at 75 to 80 percent construction completion. ISIS estimates full operational status within 60 to 90 days. The Lincoln's confirmed presence in Iranian missile range will coincide with the window when Iran's most protected nuclear facility potentially comes online. The carrier's rules of engagement now permit preemptive strikes on confirmed launch sites following a hostile fire event. The order has not come. Iran tested whether Washington would retaliate. Washington didn't. Iran now knows the threshold is higher than four missiles.
The Pentagon said they didn't come close. Iran's IRGC commander said Iran had observed American defensive patterns. Two statements about the same event. Both completely true.
Topics covered: USS Abraham Lincoln missile attack, Khalij Fars anti-ship missile, IRGC naval strike Iran, Iran shadow fleet AIS blackout, Strait of Hormuz swarm exercise, SM-2 interceptor cost exchange ratio, Iran carrier targeting doctrine, Pickax Mountain operational timeline, Arabian Sea sea state seeker degradation, IRGC escalation sequence, Iran ghost fleet surveillance, American carrier rules of engagement, Iran missile saturation strategy, CENTCOM carrier strike group, Iran nuclear facility completion window.


00:00 A Test, Not an Attack
02:45 The Khalij Fars Explained
06:00 What Iran Was Measuring
09:15 The Ghost Fleet Watching
12:30 The Strait Rehearsal
15:45 Sea State and the Seeker
18:30 What Silence Tells Iran
20:45 The Next Shot



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