Key Bridge Rebuild Delayed: Maryland Construction Halt

by Marcus Liu - Business Editor
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Maryland Shifts Strategy on Francis Scott Key Bridge Rebuild Amid Rising Costs

The effort to restore a critical artery of Baltimore’s transportation network has encountered a significant strategic pivot. The Maryland Transportation Authority (MDTA) has announced it will seek a new contractor for the next phase of the Francis Scott Key Bridge reconstruction, citing a failure to reach a cost agreement that aligns with state financial expectations.

Key Takeaways:

  • Contractor Change: MDTA will not retain Kiewit Infrastructure Co. For Phase 2 construction.
  • Updated Budget: The projected cost range has increased to between $4.3 billion and $5.2 billion.
  • New Timeline: The bridge is now anticipated to open to traffic in late 2030.
  • Phase 1 Continuity: Kiewit will continue Phase 1 work, including design and pile driving, through at least the end of the year.

Contractor Transition for Phase 2

On April 28, 2026, the MDTA informed Kiewit Infrastructure Co. that the firm would not be retained for Phase 2 of the reconstruction project. This decision followed negotiations over Phase 2 costs that failed to produce an agreement meeting the state’s requirements. According to state officials, the proposal submitted by the firm significantly exceeded independent cost estimates, prompting the MDTA to shift strategies to protect taxpayers.

Contractor Transition for Phase 2
Francis Scott Key Bridge Kiewit Infrastructure Co Costs

Despite the change in the long-term construction plan, the project will not halt. Kiewit remains responsible for Phase 1 activities through the end of the year, which includes essential design work, pile driving, and the installation of a temporary trestle.

“From the moment the Francis Scott Key Bridge collapsed, I have been unequivocal: we will rebuild this bridge safely, quickly and cost-efficiently. And we will never settle for less,” stated Governor Wes Moore.

Escalating Costs and Extended Timelines

The financial scope and delivery date of the project have shifted significantly since the initial assessments made shortly after the bridge’s collapse in March 2024. The MDTA Board is preparing to update its financial forecast to reflect a new cost estimate range of $4.3 billion to $5.2 billion, with a target opening date in late 2030.

From Instagram — related to Francis Scott Key Bridge

Acting Transportation Secretary and MDTA Chair Samantha J. Biddle attributed these increases to two primary factors: a drastic rise in material costs across the project and the implementation of a more robust pier protection system. This enhanced system is designed to reduce the likelihood of future ship strikes to the bridge’s foundational piers.

“The updated cost range and schedule are directly correlated to increased material costs and to a robust pier protection system,” Biddle noted, emphasizing that the project remains vital to the national economy and the connectivity of the Baltimore region.

Technical Specifications and Safety Enhancements

The new Francis Scott Key Bridge is being engineered with modern safety standards and expanded dimensions to ensure long-term resilience. Key features of the design include:

Maryland officials share update on Baltimore’s Key Bridge rebuild
  • Main Span: A cable-stayed main span totaling 3,300 feet.
  • Clearance: A minimum clearance of 230 feet from the water to the bridge deck above the federal channel.
  • Structure: Two bridge towers reaching over 600 feet in height, with a distance of more than 1,600 feet between the main span pylons.
  • Total Length: The completed bridge will extend over 2 miles.

Looking Ahead

As the MDTA moves to secure a new partner for Phase 2, the focus remains on balancing speed with fiscal responsibility. The Maryland Transportation Secretary, Katie Thomson, has indicated that the authority will continue to work closely with federal partners to maintain momentum. With quarterly updates mandated for legislative committees, the state is under significant pressure to deliver a structure that is not only a transportation link but a model of modern infrastructure safety.

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