ACM to lead collaborative study on autonomous truck platooning

The American Center for Mobility (ACM) will lead a study which seeks to autonomously control a fleet of trucks in Colorado. The two-year project will begin at the end of 2018, followed by a second deployment in Michigan. ACM says it has worked collaboratively to identify and pool resources to help accelerate the safe deployment of autonomous controlled trucks. As part of the programme, tests will be carried out at ACM’s purpose-built facility to assess the reliability of multi-truck convoys travelli
September 26, 2018 Read time: 2 mins
The 8742 American Center for Mobility (ACM) will lead a study which seeks to autonomously control a fleet of trucks in Colorado. The two-year project will begin at the end of 2018, followed by a second deployment in Michigan.


ACM says it has worked collaboratively to identify and pool resources to help accelerate the safe deployment of autonomous controlled trucks.

As part of the programme, tests will be carried out at ACM’s purpose-built facility to assess the reliability of multi-truck convoys travelling at highway speeds on elevated on-ramps, bridges, overpasses and tunnels in mixed traffic scenarios. The 5631 US Department of Energy’s National Renewable Energy Laboratory (NREL) will measure the efficiency of the advanced vehicle technologies.

Aside from NREL, other members participating in the project include Auburn University, University of Michigan-Dearborn, Michigan Department of Transportation, and the US Army and Tank Automotive Research, Development and Engineering Center.

These partners intend to celebrate their achievements at the end of the initiative with a high-speed truck demonstration at the ACM.

Related Content

  • August 25, 2017
    UK to trial truck platooning by the end of 2018
    The first truck platooning trials on UK roads are planned to take place by the end of 2018, Transport Minister Paul Maynard has said. Announcing the US$10 million (£8.1million) government funding for trials today, Maynard said advances such as lorry platooning could benefit businesses through cheaper fuel bills and other road users thanks to lower emissions and less congestion. The platooning trials will see up to three heavy goods vehicles, travelling in convoy, with acceleration and braking controlled by
    Read More
  • June 27, 2016
    MDOT V2I technology testing ‘a success’
    The US Army Tank Automotive Research, Development and Engineering Center (TARDEC) and the Michigan Department of Transportation (MDOT) recently teamed up to test vehicle to infrastructure communications technology for Army vehicles along I-69. According to MDOT, the testing, which was the first step to eventual autonomous operations of Army line-haul convoys and included direct communications between Army trucks and roadside units deployed by MDOT, was a success. Messaging that is low in latency and
    Read More
  • March 14, 2012
    Automatic signal control to prevent emergency vehicle collisions?
    Field trials under way in Arizona promise eradication of accidents between emergency vehicles at intersections – as part of a national focus on ‘intelligent signal’ infrastructure. Collisions between police cars, ambulances and fire crews as they reach intersections at the same time, with equal priority given by all signals set on red, are as serious as they sound absurd. For emergency teams and those in need of their help, the consequences are dire. The solution could come from application of connected veh
    Read More
  • August 22, 2018
    ACM appoints interim chief executive officer and president
    The American Center for Mobility (ACM) has appointed Kirk Steudle as unpaid interim chief executive officer and president until a chief executive is chosen to replace John Maddox. ACM is a US Department of Transportation (DoT) responsible for testing and providing a proving ground for connected and autonomous vehicles. Industry veteran Steudle is chair of ITS America’s board and director of the Michigan DoT, where he is responsible for the construction, maintenance and operation of nearly 10,000 miles of
    Read More

Highlighted Content