File photo
Vehicles travel along Interstate 5 in Washington state.
Vehicles travel along Interstate 5 in Washington state.
Vehicles travel along Interstate 5 in Washington state.
Vehicles travel along Interstate 5 in Washington state.
Vehicles travel along Interstate 5 in Washington state.

Report finds stretch of I-5 tops for deployment of autonomous trucks

Nov. 20, 2018
Interstate 5 between northern California and the Canadian border is the strongest corridor for the initial deployment of autonomous trucks.

A report claims Interstate 5 between northern California and the Canadian border is the strongest corridor for the initial deployment of autonomous trucks.

The report from Inrix, a Washington-based company that provides connected vehicle services and transportation analytics, said that long stretch is tops because of its lower congestion rates, strong freight volumes.

Florida’s Interstate 95 between Jacksonville and Miami is second, Inrix said. Despite its shorter length, it too has high freight volumes and low congestion.

Inrix’s full report looked individually at a number of countries and found “the United States exhibits strong potential for HAV deployment due to increasing freight demand coupled with a shrinking labor pool.”

“Based on the high number of long-distance routes, decreasing labor costs and progress towards a unified regulatory framework, the United States holds exceptional promise for the deployment of automated freight,” the report said.

The report also found Interstate 75 between Atlanta to Chattanooga, TN, could reap the largest safety benefits from the implementation of automation and advanced technologies.

“Its high freight volume coupled with high incident rate differentiated it from other corridors that exhibited higher incidents per mile or overall volumes,” the report said. “It is followed by I-45 (Houston to Dallas) based on the route’s incident rate which exceeds all other American corridors studied by at least 10%.”

One potential negative for the United States, Inrix said, is actually just how many highways where autonomous vehicles may soon be able to travel.

“The large number of roadway options in itself could prove an impediment to adoption at scale as the industry is less likely to reach consensus around a limited number of corridors for early deployment, potentially leading to a fragmented approach,” the report said.
 

About the Author

Neil Abt

Neil Abt, editorial director at Fleet Owner, is a veteran journalist with over 20 years of reporting experience, including 15 years spent covering the trucking industry. A graduate of American University in Washington, D.C., he began his career covering sports for The Washington Post newspaper, followed by a position in the newsroom of America Online (AOL) and then both reporting and leadership roles at Transport Topics. Abt is based out of Portland, Oregon.

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