Skip to content

New Mississippi River Bridge Project

Search
  • Sign Up for Updates
  • Contact Us
  • Facebook
  • Twitter
  • YouTube
  • Home »
  • Overview
    • Introduction
    • Bridge
    • Roadways
    • Outreach
    • Project Team
  • Newsroom
    • Latest News
    • FAQ
    • Public Meetings
    • Related Links
    • Gallery
      • Photos / Videos
      • Construction Cameras
    • Library
      • Publications
      • Meeting Materials
      • Plans
      • EIS
  • Getting Around
    • Schedule & Detours
    • Traffic Cameras
    • Business Access
    • Travel Information
  • Business & Workforce
    • Project Opportunities
    • Missouri Resources
    • Illinois Resources
    • Contractor Profiles

Did You Know

  1. The cable stayed portion of the bridge will be just over four football fields in length.
  2. With a main span of 1,500 feet, this bridge will be the third longest cable-stayed bridge in the U.S.
  3. The two longest cable-stayed bridges in the U.S. are the John J. Audubon in Louisiana, which will be finished in 2010, and the Arthur Ravenel in South Carolina.
  4. The New Mississippi River Bridge will be 400 feet tall, just two-thirds the height of the Arch.
  5. The cable-stayed portion of the bridge will require 8 Million pounds of reinforcing steel – equivalent to the weight of 363 school buses.
  6. The Mississippi River Bridge will require 14.8 million pounds of girders – equivalent to the weight of 925 elephants.
  7. The total project will cost $640 million – equivalent to one dollar bills laid end to end circling the equator two and a half times.
  8. Concrete does not dry. It cures. Curing is the hardening process that occurs because of the chemical reaction between cement and water.

Gallery» Return to GalleryView Live Cameras

Missouri Approach - June 2010

  • Crews prepare to pour columns for the Missouri Approach.Crews prepare to pour columns for the Missouri Approach.
  • Crews drill for future bridge foundation supports.Crews drill for future foundation support.
  • A worker fastens the support steel to hold the concrete for foundation columns.A worker fastens the support steel for the concrete for the foundations.
  • Workers prepare to test concrete for the first batch poured.Crews gather concrete from the first batch to test.
  • Inspectors test the concrete before pouring.Inspectors test the concrete before pouring.
  • Crews fill the container to transport concrete to the columns.Crews fill the container to transport concrete to the columns.
  • A crane lifts the container of concrete to the column.A crane transports the container of concrete to the column.
  • Crews pour the concrete into the column.Crews pour the concrete into the column.
  • Crews pour the concrete into the column.Crews pour concrete ijnto the column.
  • Crews use a crane to move concrete from a truck to the column.Crews use a crane to move concrete from the truck to the column.
  • Crews assemble the steel support for the columns.Crews assemble the steel support for the columns.
  • A worker welds support structures.A worker welds pieces for the support structure.

» Return to Gallery

Disclaimer: Commercial use of these photos is prohibited without permission from the Missouri Department of Transportation (Andrew Gates, 314/453-1808). All photos should be credited to the Missouri Department of Transportation.

  • Home
  • Overview
  • Newsroom
  • Getting Around
  • Business & Workforce
  • Sign Up for Updates
  • Contact Us

© 2009 Missouri Department of Transportation and Illinois Department of Transportation