Skip to main content

Ohio moving towards self-driving vehicle testing

Ohio's toll road, a heavily travelled connector between the East Coast and Chicago, is moving closer to allowing the testing of self-driving vehicles. Testing is likely to begin within 12 months, and possibly before the end of the year, the Ohio Turnpike's executive director, Randy Cole, told the Associated Press. Officials overseeing the roadway have spent more than a year looking at the possibilities, he said. Ohio is among several states competing to play a role in the testing and research of auton
August 23, 2016 Read time: 2 mins
Ohio's toll road, a heavily travelled connector between the East Coast and Chicago, is moving closer to allowing the testing of self-driving vehicles.

Testing is likely to begin within 12 months, and possibly before the end of the year, the Ohio Turnpike's executive director, Randy Cole, told the Associated Press. Officials overseeing the roadway have spent more than a year looking at the possibilities, he said.

Ohio is among several states competing to play a role in the testing and research of autonomous vehicles.

Much of the testing, up to now, has been in California and some other Western US states and on closed courses, such as one operated by the University of Michigan in Ann Arbor.

More testing is needed in new places and where there's snow and ice, Cole said. "It's got to start happening on real roads," he said in an interview. "That's part of getting the consumer confidence."

The Ohio Turnpike, which takes Interstate 80 across northern Ohio and links Youngstown, Cleveland and Toledo, is set up well for testing autonomous vehicles, he said.

It is relatively straight and flat with three lanes in each direction, wider lane markings and space for maintenance and support crews, Cole said. And the 241-mile highway is less congested than other interstates in Ohio and already has a fibre network along the entire roadway, he said.

Fibre optic lines aren't necessary for self-driving vehicles that rely on their own GPS systems. But they could allow vehicles connected to the network to relay information on road conditions or help collect testing data, according to Jim Barna, an assistant director with the 7609 Ohio Department of Transportation.

Related Content

  • March 17, 2025
    Walk | Don’t Walk – actually, just Don’t Walk
    In 1925 a traffic ordinance was introduced in Los Angeles. The 100-year anniversary is significant because, transportation historian Peter Norton suggests, the law in effect set the blueprint for car-dependency across the US. Adam Hill asks him how…
  • July 24, 2013
    NTSB urges standards for connected vehicles
    In response to fatal school bus accidents at intersections in New Jersey and Florida last year, the US National Transportation Safety Board (NTSB) has recommended that the government should set performance standards for new safety technology that allows cars and trucks to talk to each other and then require the technology be installed in all new vehicles. Vehicles equipped with the technology can continuously communicate over wireless networks, exchanging information on location, direction and speed ten tim
  • August 7, 2018
    The ice man cometh
    Extreme meteorological events have captured global headlines in recent years. Adam Hill talks to Vaisala’s Mark DeVries about what that means for transportation companies trying to keep roads clear. Extreme meteorological events have captured global headlines in recent years. Adam Hill talks to Vaisala’s Mark DeVries about what that means for transportation companies trying to keep roads clear
  • May 21, 2012
    Audi Urban Intelligent Assist research programme launched
    A new research initiative launched by Audi, its electronics research laboratory in Silicon Valley and four top US universities aims to develop technologies focused on easing the congestion, dangers and inconveniences that often confront drivers in the world's biggest cities. The new three-year Audi Urban Intelligent Assist research initiative aims to take connected car, driver assistance and infrastructure electronics to the next level of providing detailed information so motorists have a better sense of th