Haunting Photos Show the Aftermath of the Kursk Submarine Disaster in 2000

The loss of the Russian submarine K-141 Kursk in 2000 remains one of the most haunting naval disasters, marked by technical failures and a controversial rescue operation.
The loss of the Russian submarine K-141 Kursk remains one of the most haunting naval disasters of the modern era. On 12 August 2000, during a large naval exercise in the cold waters of the Barents Sea, the powerful nuclear-powered vessel suddenly vanished beneath the surface. All 118 sailors on board were lost, but the tragedy unfolded slowly, marked by confusion, delayed rescue efforts, and the desperate final hours of the crew who survived the initial explosions. The submarine belonged to the Project 949A-class (Oscar II class) and was participating in the first major Russian naval exercise in more than a decade. Nearby crews felt two powerful blasts—an initial explosion followed by a much larger detonation—but the Russian Navy did not immediately understand that a disaster had occurred. No search was launched for more than six hours. Compounding the problem, the submarine’s emergency rescue buoy had previously been intentionally disabled during another mission. It ultimately took over 16 hours to locate the stricken vessel, which lay on the seabed at a depth of 108 meters (354 feet). Over the next four days, repeated attempts to reach the crew failed. The Russian Navy tried to attach multiple diving bells and submersibles to the submarine’s escape hatch, but none succeeded. The response soon drew intense criticism for being slow and poorly coordinated, while officials misled the public and downplayed the scale of the crisis. At the time, Russian President Vladimir Putin continued a vacation in the resort city of Sochi and approved international assistance only after five days had passed. When British and Norwegian divers were finally allowed to help, they opened the escape trunk in the flooded ninth compartment—but by then, no one remained alive. The official investigation concluded that the disaster had begun when the crew loaded a dummy 65-76 “Kit” torpedo whose casing contained a faulty weld. High-test peroxide (HTP) leaked inside the torpedo tube and triggered a catalytic explosion. Whatever its origin, the first explosion blew off both the inner and outer tube doors, ignited a fire, destroyed the bulkhead separating the first and second compartments, damaged the control room, and killed or incapacitated the torpedo room and control-room crew. Two minutes and fifteen seconds later, five to seven torpedo warheads detonated in a second explosion that tore a large hole in the hull, collapsed the bulkheads between the first three compartments, destroyed compartment four, and killed everyone still alive forward of the sixth compartment. The nuclear reactors in the fifth compartment shut down safely. Both explosions failed to breach them, preventing a nuclear meltdown. Analysts concluded that 23 sailors survived the initial blasts and took refuge in the small ninth compartment. Evidence suggests they remained alive for more than six hours. When oxygen grew scarce, they attempted to replace a potassium superoxide chemical oxygen cartridge, but it fell into the oily seawater pooling on the floor and exploded on contact. The resulting fire killed several crew members and asphyxiated the last survivors. The salvage of the Kursk began in earnest nearly a year later. On October 3, 2001, the hull was raised from the seabed. The investigation that followed cited “stunning breaches of discipline, shoddy, obsolete and poorly maintained equipment” and “negligence, incompetence, and mismanagement.”
Source: Hacker News












