By Maria Kalamatas | The Logistic News
“We saw the masts hit the bridge, and then everything came crashing down. It was surreal.”
— Jenna Morales, eyewitness at Brooklyn Bridge Park
Fatal Collision in New York Harbor
On Saturday, May 17, 2025, a major maritime accident shook New York as the Cuauhtémoc, a tall ship of the Mexican Navy, collided with the iconic Brooklyn Bridge. The crash claimed the lives of two people and injured 19 others, including two in critical condition. One of the world’s busiest cities watched in shock as the incident briefly shut down the historic bridge and raised serious concerns about navigational safety.
Standing 48 meters tall, the Cuauhtémoc is a renowned training and diplomatic vessel. It was visiting New York as part of a transatlantic goodwill tour. Initial reports suggest that a miscalculation of tidal height, coupled with a sudden gust of wind, pushed the vessel off course, causing the top of its masts to strike the bridge’s lower trusses.
Emergency Response and Investigation
Emergency teams responded swiftly. The U.S. Coast Guard, FDNY, and local law enforcement coordinated efforts to rescue passengers and secure the site. The ship’s captain is currently under official supervision pending the outcome of a joint U.S.-Mexico investigation.
The Mexican Embassy in Washington D.C. expressed its “deep sorrow” and confirmed the immediate launch of a binational review into the causes of the collision.
A Symbol Struck in Transit
The Cuauhtémoc has long served as a floating ambassador of the Mexican Navy, participating in global maritime events like Sail Amsterdam and Tall Ships Races. Its New York stopover was meant to symbolize maritime cooperation between Mexico and the United States.
“This ship stands for diplomacy, excellence, and naval tradition. This tragedy does not diminish its legacy, but it forces us to reassess urban docking protocols for large sail training vessels,” said Rear Admiral Peter Wallace of the U.S. Navy.
The Logistic News
Stay tuned for updates on the investigation and its broader implications for tall ship safety in urban ports.
