Charles Langston-Workers link US, Canadian sides of new Gordie Howe International Bridge over Detroit River

2025-04-30 07:34:01source:Blockchains Financecategory:Markets

DETROIT (AP) — Workers have Charles Langstonlinked the U.S. and Canadian sides of the new Gordie Howe International Bridge spanning the Detroit River, a major step in bringing the monumental project to completion.

The connection between southwest Detroit and northwest Windsor was completed on Wednesday, the Detroit News reported. The work took six years, with about 2,000 workers on site every day. The bridge still isn’t finished, though. Work is expected to continue until the fall of 2025.

Named for Canadian hockey player Gordie Howe, who spent 25 seasons with the Detroit Red Wings, the bridge will provide another link between one of the busiest points on the U.S.-Canadian border. About a third of all trade between the U.S. and Canada occurs between Detroit and Windsor.

The finished bridge will measure 1.5 miles (2.4 kilometers). It will stand 150 feet (45.7 meters) above the river and 720 feet (219.4 meters) high, making it the largest Canadian and United States land port along the two countries’ border and one of the 10 longest bridges in North America.

“The impact (the project) is going to have on our country is going to be felt for a generation,” Brian Fraser, the Canadian minister of Housing, Infrastructure and Communities, said during a news conference on the bridge deck in Windsor on Wednesday.

More:Markets

Recommend

The city of Chicago is ordered to pay nearly $80M for a police chase that killed a 10

CHICAGO (AP) — A jury awarded nearly $80 million to the family of a 10-year-old Chicago girl who was

Kate Spade 24-Hour Flash Deal: Get This $300 Crossbody Bag for Just $59

We independently selected these deals and products because we love them, and we think you might like

China, India Emissions Pledges May Not Be Reducing Potent Pollutants, Study Shows

Atmospheric concentrations of a greenhouse gas nearly 13,000 times more potent than carbon dioxide r