Find exactly what you are looking for

  • Select your location and language

  • A man sitting at a computer screen operating a remote operated truck with a steering wheel
    • Blog
    • Innovation and Trends
    • Automation

    Remote operated trucks changing the logistics industry

    Even truck drivers can now work remotely

    The Covid-19 pandemic has changed the way people work. And this won´t turn back. Different surveys show that 75 to 80 percent of employees worldwide believe remote work is the new normal. But there are jobs where remote work is hard to imagine. Driving a truck is one of these. Fortunately, a fast-growing German company might change the future of truck driving forever. FERNRIDE, in which the global logistics service provider DB SCHENKER recently invested via its investment arm SCHENKER Ventures, will start a pilot project to scale and roll out operations for remote operated trucks.
     

    ‘remote control’ driving for truck drivers – How does it work?

    FERNRIDE equips trucks with several sensors and cameras. By combining the skills of truck drivers with market-ready autonomous technologies, teleoperation is the remote control of automated or manual vehicles via the cellular network. It enables human intervention and assistance of the vehicle from afar, meaning the truck drivers can be hundreds of kilometers away, sitting at their desks and driving the trucks remotely. The teleoperator receives and sends targeted commands to the vehicle in real-time from a workstation using the accelerator pedal, brake, steering wheel, and joystick, just like a driver in a truck cabin does today. With that, FERNRIDE delivers a successful integration of automated trailer shunting. 

    The next phase of collaboration: pilot phase

    FERNRIDE, founded in 2019, in an early phase of the company’s history, started a partnership with DB SCHENKER. Together, they tested the functionality of the teleoperation on a warehouse yard in Germany, and now it’s time for the next phase of collaboration: a pilot phase for autonomous and electric yard trucking will be done on a “future yard” in Tilburg, Netherlands. One teleoperated yard truck will be integrated into the daily business of one of Europe’s most modern warehouses. For now, with an additional truck driver in the cab. But soon, it will be driven completely remotely. The pilot phase aims to learn more about teleoperation and understand the operational possibilities and limitations of the technology. 

    Hendrik Kramer, CEO of FERNRIDE: “DB SCHENKER is an industry defining leader in driving innovation, sustainability and automation. We’re not only excited about the pilot project but also about potential joint future business opportunities. This partnership will allow us to quickly scale autonomous, electric trucking together.”
     

    ‘New ways of working’ – why not for truck drivers?

    With the new technology, truck drivers can steer different trucks without leaving their desks. The possibility of remote work will also make the job more attractive by creating a better work-life balance. It will then be possible to unite family, hobbies, and truck driving. Besides that, teleoperations can contribute to a more flexible and safer workplace for drivers and increase efficiency in the yard.  

    Sebastian Schuhmann, Head of Global Innovation Portfolio at DB SCHENKER: “The partnership with FERNRIDE will help us to understand the requirements to turn our yards towards high automation. The young company is transforming the way we operate our yards today, redefining the role of drivers and empowering them instead of disrupting them. We look forward to working together with the great team at FERNRIDE. It’s an excellent opportunity to learn from each other.”

    Remote operated trucks can contribute to a more flexible and safer workspace for drivers. Once teleoperated truck driving is deployed, many opportunities exist to further develop and scale it across logistics operations: a new chapter for the industry and the truck driver profession. 

     

    Consent to use Cookies and collect data

    We use first party cookies and similar technologies to ensure that you get the best possible experience on our website. Cookies provide us with statistics to adjust and optimize the setting and content of this website to your interests and to place relevant advertisement by using first and third parties, too. By clicking "Allow all Cookies" you accept the processing of your data and its transfer to first and third parties. By clicking "Reject Tracking" you will only accept the necessary cookies for the operation of this website. 

    You can find more details regarding the use and purpose of cookies, including first and third-party cookies, in our cookie settings. You can reject the use of cookies and other technologies and withdraw your consent any time with future effect by deactivating the respective code category in the cookie settings. You can find more information regarding these settings and the processing of your data in our privacy policy.

  • Cookies and tracking scripts

    We want to give you the opportunity to make an informed decision for or against the use of cookies, which are not mandatory for the technical functions of the website. Cookies are small text files in which personal data can be stored.

    Our privacy policy is intended to ensure that you are fully aware of the collection and processing of data, including through the use of cookies through our sites, and that you can make a decision that is appropriately informed. However you can change your cookie settings at any time.

    Please find further information within our data privacy policy.