Report: Faulty Wire on Ship Likely Caused Baltimore Bridge Collapse

Investigators identified a loose wire on a cargo ship as a key factor in the Baltimore Bridge collapse. The tragic incident occurred on March 26, 2024, when the Dali container ship struck the Francis Scott Key Bridge, resulting in the deaths of six workers. The fallout from this disaster highlights significant safety oversights.
Details of the Incident
The National Transportation Safety Board (NTSB) has determined that the collision was “preventable.” During a recent hearing, NTSB engineer Scott Parent revealed that the ship’s loss of power resulted from a faulty cable. Had relevant authorities informed bridge construction workers sooner, they might have evacuated in time.
Timeline and Impact
- Date of Incident: March 26, 2024
- Location: Francis Scott Key Bridge, Baltimore, Maryland
- Casualties: Six workers lost their lives
- Estimated Repair Costs: Initially $1.9 billion, later revised to approximately $5 billion
- Expected Completion: 2030
At the time of the accident, Baltimore was undergoing disruptions at its major port due to the bridge closure. The NTSB’s year-long inquiry into the incident revealed that the Dali suffered a loss of electrical power, compounded by issues with its fuel pump and inadequate safety measures for the bridge.
Official Statements and Responses
NTSB Chairwoman Jennifer Homendy expressed profound sorrow during the hearing, stating, “This tragedy should have never occurred.” Her remarks underscored the preventable nature of the catastrophe.
Maryland’s Governor Wes Moore echoed concerns about the economic implications of the bridge’s collapse. In his statement, he attributed part of the rising costs to trade policies from Washington, D.C. Nonetheless, he assured that the state’s commitment to rebuilding the bridge remains strong.
Future Considerations
The NTSB has revisited its safety recommendations in light of this tragedy. Authorities aim to enhance safety protocols to prevent similar incidents in the future, ensuring that infrastructure remains secure for all users.




