The Ship That Took 20 Hits — And Still Completed Its Mission D

The morning of April 16th, 1945, found the destroyer USS Laffey, DD-724, stationed at radar picket station one, roughly 30 mi north of Okinawa. The loneliest, most exposed posting in the entire invasion fleet. At 8:27 a.m., the first wave of Japanese aircraft appeared on her radar scope. Over the next 80 minutes, an estimated 30 Japanese aircraft, including at least 22 kamikazes, would target her directly.

By the time the attack ended, Laffey had absorbed six kamikaze strikes and four bomb hits, lost 32 crewmen killed and 71 wounded, had her aft steering compartment flooded, her rudder jammed at full left, and half her anti-aircraft guns knocked silent. On paper, naval architects would have written her off as a mission kill after the third hit.

Instead, Laffey remained underway, kept firing until the attack ended, and steamed back to Okinawa under her own power. The ship that should have gone down in the first 10 minutes became known to her crew and to naval history as the ship that would not die. And the reason she survived reveals more about wartime destroyer design than any peacetime specification sheet ever could.

Standard naval thinking in the 1930s and early 1940s, on both the American and Japanese sides, treated destroyers as fragile, disposable vessels. Thin-skinned platforms built for speed and torpedo delivery, never expected to absorb sustained punishment. Fletcher class destroyers like Laffey carried no armor belt at all. Their hulls were 308-in steel plating, thinner in places than a battleship’s deck fittings.

Critics within the Navy’s own Bureau of Ships had argued that concentrating anti-aircraft batteries on a 2,100-ton hull was tactically unsound. Better, some argued, to build fewer, more heavily protected cruisers, and let destroyers serve purely as scouts and torpedo boats. The Japanese, facing the kamikaze campaign’s own internal logic, believed a single well-placed suicide strike would be sufficient to disable or sink any destroyer-sized target.

Both assumptions were wrong, and Laffey’s ordeal at radar picket station one proved it in real time. The secret wasn’t in Laffey’s armor because she had none. The secret was in her redundancy and her crew’s training and damage control. A philosophy the Navy had rebuilt almost from scratch after watching ships die at Pearl Harbor and Savo Island.

Fletcher class destroyers carried five 5-in 38 caliber dual purpose guns split across separate mounts so that losing one turret didn’t blind the ship’s entire air defense. They carried Mark 51 fire control directors that could be operated manually if the electrical systems failed and their machinery spaces were divided into multiple watertight compartments specifically so that flooding in one section wouldn’t doom the ship.

What mattered wasn’t whether the ship could avoid being hit. By April 1945 off Okinawa, avoiding hits from a saturation Kamikaze attack was no longer realistic. But whether the ship could keep functioning after being hit. Damage control parties on Fletcher class ships trained obsessively running blindfolded through their assigned compartments so they could find valve wheels and bulkhead hatches in smoke-filled darkness.

That training, not any single piece of hardware, was what kept Laffey’s pumps running and her fires contained even as her hull absorbed hit after hit. The proof came hit by hit in an action so sustained that Laffey’s own after-action report reads less like a single engagement and more like a siege.

At 8:27 a.m. her gunners splashed the first Kamikaze less than 1,500 yd out. Over the next 20 minutes her 5-in and 40-mm batteries destroyed seven more attacking aircraft before the ship took her first hit. A bomb that struck aft jamming her rudder hard left and flooding the steering engine room. Unable to maneuver, Laffey was now forced to fight the remainder of the battle sailing in a fixed circle.

A sitting target for everything that followed. A Kamikaze struck her fantail seconds later followed within minutes by a second bomb hit and a third Kamikaze that crashed into her number three 5-in mount killing the entire gun crew. Seaman Lawrence Delouski manning a 20-mm mount amidships later testified that he kept firing even as flames spread across the deck behind him because there wasn’t anybody left to tell me to stop, and the planes kept coming.

Her commanding officer, Lieutenant Commander Frederick Julian Becton, refused all suggestions to abandon ship, reportedly telling his exec, “We’ve taken worse, we can take more.” Not bravado, but an accurate read of what his hull could still do. By the time the last Kamikaze was driven off at 9:47 a.m.

, Laffey’s gunners had shot down between 9 and 11 aircraft outright and helped to account for a total of 22 Kamikazes destroyed by the combined picket screen. While the ship herself remained afloat, still making way, still shooting. This wasn’t luck, and it wasn’t simply good fortune in where the hits landed.

It was the direct result of design choices made years earlier by engineers who understood that a destroyer’s survival in the Pacific would depend on compartmentalization and crew training rather than passive protection. Commanders who insisted on relentless damage control drills weren’t clinging to peacetime tradition for its own sake.

They understood something that clean sheet ship designs on paper couldn’t capture. That battle damage rarely arrives as a single contained event. It arrives as cascading failure. Fires that spread through ventilation ducts, flooding that shifts the ship’s trim and threatens capsizing. Electrical failures that blind fire control right when volume of fire matters most.

Fletcher class ships were built with separated fire mains, so a hit that knocked out one firefighting system left others intact. They carried back up steering stations that could be rigged even with the main system destroyed. And Laffey’s crew did exactly that, manually operating emergency steering gear to bring the ship home even with her main rudder jammed uselessly to port.

Comparative data from the Kamikaze campaign as a whole bears this out. Of the roughly 34 US Navy ships sunk outright by Kamikaze attacks during the Okinawa campaign, the large majority were smaller, less compartmentalized vessels, landing craft, minesweepers, and older destroyer types with less redundant systems.

Fletcher class destroyers, despite absorbing a disproportionate number of hits due to their picket line exposure, had a survival rate that surprised even naval planners. Only a handful were lost outright, while dozens like Laffey, USS Bush, and USS Calhoun took multiple hits and either survived or bought enough time for their crews to be rescued in good order.

Japanese kamikaze pilots, trained under the assumption that a direct hit on a destroyer-sized ship guaranteed a kill, frequently found themselves shocked that ships continued firing minutes after impact. Captured Japanese aviation reports recovered later in the campaign noted repeated instances of pilots aborting secondary runs on ships already sinking, only for after-action American reports to record those same ships still underway and still shooting back.

What made Laffey’s survival possible wasn’t any single feature of her design, but the compounding effect of redundancy layered on redundancy. Five separated gun mounts instead of two large turrets, multiple fire mains, backup steering, watertight subdivisions, and a crew drilled to exhaustion in exactly the kind of chaos they eventually faced.

Standard naval architecture of the era, obsessed with speed, torpedo tubes, and gun caliber on specification sheets, had treated damage control almost as an afterthought, something to be handled by a designated damage control officer, rather than baked into the ship’s very bones. The US Navy’s post-war analysis of the Okinawa kamikaze campaign concluded exactly this, that survivability wasn’t a function of armor thickness, which no destroyer carried in meaningful amounts anyway, but of a ship’s ability to keep fighting after her first, second, or even sixth hit. Laffey absorbed more punishment in 80 minutes than most destroyers saw in their entire wartime service. And she did so not because any one system was invulnerable, but because so many systems had been deliberately made redundant that no single strike, or even six strikes, could take her fully out of the fight. The deeper principle, confirmed again and again across the Pacific campaign, was that battlefields, and in this case the waters off Okinawa, aren’t laboratories. A ship doesn’t fail in the tidy, singular way a stress test predicts. It fails in cascading, unpredictable

combinations that no peacetime committee can fully anticipate. What kept Laffey alive wasn’t a superior weapon or thicker plating. It was a philosophy that assumed damage was inevitable and built the ship and trained her crew around surviving it rather than preventing it. When Laffey finally limped into Kerama Retto for repairs, naval engineers who inspected her hull described it as resembling a colander rather than a warship.

Yet, every major system aboard had, at some point during the battle, still been functional enough to keep her in the fight. She was decommissioned decades later, not from combat damage, but from old age. A fitting end for a ship whose entire wartime legacy rested on refusing to stop functioning exactly when everyone, enemy and ally alike, expected her to.