Skip to main content

Dutch municipality to deploy driverless shuttle on public roads

The municipality of Ooststellingwerf in the northern Netherlands is taking part in a three-month self-driving vehicle pilot project, which will see two shuttle vehicles travel from the Netherlands National Forest Service visitor centre to Wester Es in Appelscha, a distance of 1.55 miles. The driverless EZ10 shuttles, developed by Easymile, are autonomous electric vehicles without steering wheel or pedals; a ‘driver’ travels with the vehicle to stop it in the event of an emergency. The shuttles servic
July 7, 2016 Read time: 1 min
The municipality of Ooststellingwerf in the northern Netherlands is taking part in a three-month self-driving vehicle pilot project, which will see two shuttle vehicles travel from the Netherlands National Forest Service visitor centre to Wester Es in Appelscha, a distance of 1.55 miles.

The driverless EZ10 shuttles, developed by 8246 Easymile, are autonomous electric vehicles without steering wheel or pedals; a ‘driver’ travels with the vehicle to stop it in the event of an emergency.

The shuttles service run on virtual tracks that can be easily configured to accommodate sudden shifts in demand. It uses cameras, lasers and GPS to detect other vehicles and pedestrians and adjusts its trajectory and speed to avoid a collision.

For the pilot, the shuttle, which seats 10 people and it has a maximum speed of a little less than 10 miles per hour, will operate during daylight and under favourable conditions.

Related Content

  • January 31, 2012
    In-vehicle intersection violation Warning system
    Mike Schagrin, ITS Joint Program Office, RITA, and John Harding, NHTSA, describe US progress towards an in-vehicle Intersection Violation Warning system. In 2008, there were 37,261 fatalities on US roadways. Of these, 7,772, some 20.8 per cent of the total, were defined as intersection crashes or intersection-related crashes. Through a multi-agency research initiative led by the Research and Innovative Technology Administration (RITA), the US Department of Transportation (USDOT) has developed a prototype In
  • May 22, 2024
    Mississippi and Hawaiʻi AV shuttle deployments for Beep
    Pilots at Mississippi State University and Honolulu's Daniel K. Inouye International Airport
  • May 22, 2015
    Allied Vision and TORC Robotics help blind driver ‘see’
    TORC Robotics has partnered with the Robotics and Mechanisms Laboratory (RoMeLa) at the Virginia Polytechnic Institute and State University (Virginia Tech) with the aim of developing vehicles for the next generation of National Federation of the Blind (NFB) Blind Driver Challenge vehicles. The NFB developed the Blind Driver Challenge which calls upon developers and innovators to create interface technologies to allow those who are blind to drive a car independently. Held at the Daytona Speedway as a pre
  • December 13, 2013
    Daimler’s double take sees machine vision move in-vehicle
    Jason Barnes looks at Daimler’s Intelligent Drive programme to consider how machine vision has advanced the state of the art of vision-based in-vehicle systems. Traditionally, radar was the in-vehicle Driver Assistance System (DAS) technology of choice, particularly for applications such as adaptive cruise control and pre-crash warning generation. Although vision-based technology has made greater inroads more recently, it is not a case of ‘one sensor wins’. Radar and vision are complementary and redundancy