Iran Kilo Submarine Fires 2 TORPEDOES at USS Ford — US Navy Response OBLITERATES Iran Fleet скачать в хорошем качестве

Iran Kilo Submarine Fires 2 TORPEDOES at USS Ford — US Navy Response OBLITERATES Iran Fleet

At exactly 2:23 a.m. in the Strait of Hormuz, the Iranian Kilo-class submarine Yunes (Hull 901) initiated a kinetic engagement against the USS Gerald R. Ford (CVN-78)—an incident demonstrating the lethal disparity between asymmetric ambition and integrated carrier strike group (CSG) defense architectures. While the Yunes utilized its 'Black Hole' acoustic signature to stalk the $13.3 billion carrier for 31 hours, the deployment of two Type 53-65 wake-homing torpedoes triggered a multi-layered defensive response that resulted in the total loss of the Iranian vessel and two escort frigates. This is the technical breakdown of how the AN/SQQ-89A(V)15 undersea warfare system identified the threat 36 minutes prior to launch, why the $35,400-per-hour operating cost of the P-8A Poseidon proved a decisive investment in maritime domain awareness, and how the Mark 54 Lightweight Torpedo achieved a catastrophic hull failure in under ten minutes. You will discover why the 1-to-10,230 defensive cost ratio favors the US Navy despite the low cost of Iranian ordnance, how the SLQ-25C Nixie decoy successfully seduced wake-homing guidance systems, and why the subsequent mission-kill of the IRIS Jamaran and IRIS Damavand redefined regional surface warfare expectations. Inside this tactical engagement analysis: • USS Gerald R. Ford (CVN-78): 100,000-ton nuclear carrier, EMALS catapults, $13.3 billion valuation • Yunes (Hull 901): Project 877EKM Kilo-class, diesel-electric, 533mm torpedo tubes • Detection Phase: AN/SSQ-53F DIFAR sonobuoy grid deployment at 1:47 a.m. • Engagement Geometry: 40-meter depth intercept, 45-knot torpedo velocity, 900-foot decoy trailing • Countermeasure Architecture: SLQ-25C Nixie and AN/SLQ-61 LASSO broadband jamming • Kinetic Response: Mark 54 MAKO torpedo impact at engineering section, 96.8-lb PBXN-103 warhead • Strategic Impact: Destruction of Yunes, mission-kill of 2 Moudge-class frigates, zero US casualties Technical Systems Covered: • Type 53-65 Torpedo: Soviet-era thermal wake-homer, 45-knot top speed, $80,000 unit cost • Mark 54 MAKO: Lightweight torpedo, active/passive sonar homing, $1.2 million unit cost • AN/SQS-53C Sonar: Hull-mounted array, integrated with CSG-12 defensive perimeter • RGM-84L Harpoon Block II: Sea-skimming anti-ship missile, 537 mph terminal velocity • P-8A Poseidon: Multi-mission maritime aircraft, AN/APY-10 radar, acoustic processing suite • Moudge-class Frigate: 1,500-ton displacement, Noor anti-ship missile equipped This engagement proves that tactical stealth is insufficient against networked sensor fusion. The failure of the Yunes to detect the P-8A’s sonobuoy grid allowed the USS Ramage to dictate the terms of the undersea battle long before the first torpedo was fired. By the time the Mark 54 warhead detonated at 2:32 a.m., the Iranian submarine’s pressure hull had already been compromised by the US Navy’s superior situational awareness and rapid kill-chain integration. Learn why the $160,000 Iranian investment in wake-homing technology was neutralized by a $47 million defensive architecture, how the 24-second reaction window for Moudge-class frigates proved insufficient against Harpoon Block II missiles, and why the recovery of Yunes’s cryptographic hardware provided a generational intelligence windfall for the Fifth Fleet. Subscribe for analysis explaining why integrated sensor networks and acoustic libraries are the true foundations of maritime supremacy in contested littoral zones. Related Topics: ∙ Yunes Kilo-class destruction ∙ CVN-78 defensive protocols ∙ Wake-homing torpedo countermeasures ∙ Mark 54 MAKO performance data ∙ Strait of Hormuz naval engagements ∙ P-8A Poseidon ASW doctrine ∙ Moudge-class mission-kill analysis ∙ AN/SQQ-89A(V)15 system integration ∙ Asymmetric naval cost-benefit ratios Tactical Maritime Analysis provides technically accurate breakdowns of naval operations, equipment failures, and the strategic realities of modern littoral combat.