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Wednesday, 19 August 2026

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US Navy destroyer with 300 sailors experienced power loss in Pacific for four days

The US Navy confirmed that a destroyer was left without power for four days last month, impacting the crew's living conditions during the ordeal.

US Navy destroyer with 300 sailors experienced power loss in Pacific for four days
Photo: Defence Images · Openverse · BY-SA

The US Navy has confirmed that a destroyer with about 300 sailors on board experienced a significant breakdown in the Pacific Ocean last month. The incident left the USS Benfold without power for a duration of four days, beginning on July 24. Navy spokesman Commander Matthew Comer stated that the ship reported an engineering casualty involving its generators, resulting in the power loss.

As a consequence of the power outage, the crew faced severe challenges aboard the vessel, including a lack of drinking water, meals, functioning toilets, and air conditioning. The conditions endured by the sailors raised concerns about the quality of life on naval vessels during such emergencies.

Reports indicate that this breakdown and subsequent loss of power led to questions regarding the operational preparedness and resilience of naval ships in similar situations. The Navy's official statement acknowledged the difficulties encountered by those on board during the four-day period.

US Navy destroyer with 300 sailors experienced power loss in Pacific for four days
Photo: Defence Images · Openverse · BY-SA

The USS Benfold, a guided-missile destroyer, is one of several vessels that are part of the U.S. Navy's fleet, tasked with various operational duties in maritime environments. The incident involving the destroyer signifies a failure in maintaining essential systems critical for the ship's functionality and the crew's welfare.

In analyzing the event, the Navy has not provided further details on the specific causes of the generators' failure or the measures taken to restore power during the incident. However, continuing investigations may provide insights into potential improvements to address such breakdowns in the future.