In the early hours of a fateful morning on February 21, 2026, the USS Gerald R. Ford found itself in a precarious situation as Iranian fast attack boats swarmed towards the carrier in the Strait of Hormuz.
At 3:47 a.m., the combat direction center onboard the Ford detected 12 small boats running dark, with no transponders, closing in at a speed of 38 knots.
The carrier had precisely 6 minutes and 40 seconds before the first boat crossed the critical threshold of 500 yards.
As the lead craft, an upgraded IRGC Bagamar variant, approached, the situation escalated rapidly.
These boats, armed with a range of weaponry including RPGs and anti-ship missiles, posed a significant threat to the carrier.
The USS Gerald R. Ford’s AN/SPY-67 surface search radar had been tracking anomalous surface contacts since 3:31 a.m., but the picture was cluttered with tanker traffic and fishing vessels, leading to a classification confidence of only 62%.
The watch supervisor, Petty Officer First Class Marenavos, flagged the contact group at 3:39 a.m. and requested a second opinion, but this request took 11 seconds to acknowledge, compressing the decision-making window.
By 3:41 a.m., the contact group had accelerated, and confidence in their classification jumped to 84%, prompting the Combat Information Center (CIC) to go to Condition One.
However, the Ford’s airwing was in a recovery cycle, and the flight deck was fouled for weapons employment, complicating the situation further.
The tactical picture became increasingly complex as the contact group split, with one of the trailing elements flanking hard to the carrier’s port quarter.
Meanwhile, another contact had fragmented and disappeared behind a bulk carrier, only to reappear later.
At 3:46 a.m., the Ford’s electronic warfare suite detected an X-band radar emission, indicating that a Nasser anti-ship missile was already in the air, closing in rapidly.
The CIWS (Close-In Weapon System) aboard the Ford acquired the inbound missile at 3:46:14 a.m. and fired a burst of 60 rounds, but the first engagement missed by just 1.4 meters.
The second burst detonated the Nasser missile 11 meters from the Ford’s starboard waterline.
While the impact was not a direct hit, the blast caused significant damage, opening a 0.7-meter deformation in the hull and leading to flooding in the auxiliary machinery room.
Damage control teams responded quickly, but three personnel sustained injuries due to the blast.
The Ford remained operational, yet the incident raised critical questions about the carrier’s ability to remain in the Strait of Hormuz, especially considering the immense value of the ship, which cost $13.3 billion.
The incident exposed a failure in layered assumptions that naval architects and doctrine writers had not fully stress-tested against the threat geometry of the Strait of Hormuz.
The Ford’s defensive architecture had been designed with the assumption that engagements would occur with adequate standoff and ample time for response.
However, the 11-second delay in the classification process, the fouled flight deck, and the surface clutter combined to create a situation where the carrier had only 31 seconds of actionable response time.
Within 48 hours, a rapid assessment team was dispatched to the Ford while she held position in the northern Gulf of Oman.
Engineers mapped the hull deformation against baseline stress surveys, revealing that the CIWS burst dispersion algorithm had been calibrated incorrectly for the conditions at the time of engagement.
The finding indicated that the calm sea had dampened the burst cone’s angular spread, leading to a gap that allowed the missile to evade destruction.
Repair assessments for the damage were estimated at $14 to $17 million, requiring either a floating dry dock deployment to Bahrain or a return to Norfolk.
The Navy opted for Bahrain, initiating 22 days of repair work.
Furthermore, a fleet-wide calibration patch was issued to adjust the CIWS settings, and a software update was distributed across all carriers and surface combatants equipped with the Block 1B system.
The strategic response was measured and deliberate.
The Fifth Fleet repositioned the USS Bulkley DDG-84 to a permanent escort station ahead of the carrier during transits through the Strait.
In addition, two MH-60 Seahawk helicopters were surged to provide surface warfare barrier patrols along the same approach vectors used in the attack.
Iran did not publicly claim responsibility for the strike, but the IRGC Navy increased fast boat patrol activity in the Strait for 11 days before sharply reducing it, indicating a pattern analysts interpreted as probing for a reaction.
The U.S. administration issued a formal diplomatic message through the Swiss channel, though the details were not published.
This incident exemplified the complexities of modern warfare, where engagements are not clean exchanges of fire between clearly defined enemies.
Instead, it involved dark boats running at high speeds, an unintentional delay that compounded the threat, and a missile that cost less than a luxury car damaging a carrier worth billions.
After 22 days of repairs, the USS Gerald R. Ford returned to operational status, rejoining her battle group with destroyers, cruisers, and helicopters.
The experience served as a stark reminder of the need for continuous improvement in naval tactics and technology.
The Navy learned valuable lessons from this encounter, adjusting doctrine and operational protocols to better prepare for future threats in the increasingly congested waters of the Strait of Hormuz.
