During a commemorative ceremony, Baltimore Mayor Brandon Scott emphasized the importance of remembering the victims and the strength shown by the community in the wake of the tragedy.

Governor Moore countered claims from the National Transportation Safety Board, attributing the collapse solely to the reckless behavior of the Dali.

Since the bridge's closure, traffic has significantly increased on alternate routes, highlighting the bridge's role as a crucial connector for local communities.

The Key Bridge, named after the author of the national anthem, was an integral part of Baltimore's skyline and working-class history, making its loss deeply felt in the community.

The National Transportation Safety Board is currently investigating the incident, with a final report expected in the fall of 2025, focusing on the cause of the Dali's power loss.

Family members participated in a wreath-laying ceremony to honor the six Latino immigrant workers who lost their lives, expressing their grief and commitment to preserving their memory.

On March 26, 2024, the Francis Scott Key Bridge in Baltimore collapsed after the cargo vessel Dali struck one of its piers, resulting in the tragic deaths of six construction workers who were repairing the road.

The bridge, a vital 1.6-mile long steel truss structure, was undergoing maintenance when the cargo ship lost power and collided with a supporting column.

In the aftermath of the disaster, family members of the victims are pursuing legal action against the owners of the Dali, advocating for enhanced safety protections for construction workers.

Maryland Governor Wes Moore expressed his shock upon learning of the incident and praised the heroism of first responders who rushed to the scene.

Federal investigators criticized the Maryland Transportation Authority for failing to address the bridge's vulnerability to ship strikes, despite the known risks since its construction in 1977.

Plans are underway for a new cable-stayed bridge to replace the Key Bridge, expected to be completed by 2028 at a cost of approximately $1.7 billion, incorporating advanced safety features.