Skip to main content

Scania tests truck platooning

Dutch Infrastructure and Environment Minister Melanie Schultz van Haegen, along with representatives of the European Commission, recently took part in test drive of truck platooning on the A28 in the Netherlands. The convoy consisted of three Scania R500 Streamline trucks; the steering was done by truck drivers, but speed and braking were controlled by the front truck using wi-fi technology. The plan is to have fully self driving trucks in the future. This method of coupled drive, based on adaptive cr
February 11, 2015 Read time: 2 mins
RSS

Dutch Infrastructure and Environment Minister Melanie Schultz van Haegen, along with representatives of the 1690 European Commission, recently took part in test drive of truck platooning on the A28 in the Netherlands.

The convoy consisted of three 570 Scania R500 Streamline trucks; the steering was done by truck drivers, but speed and braking were controlled by the front truck using wi-fi technology. The plan is to have fully self driving trucks in the future.

This method of coupled drive, based on adaptive cruise control, provides significant fuel savings. "With two second gap it is possible to save five per cent of diesel per truck. That is significant especially when you consider that fuel costs are 27 per cent of the total cost of transport." suggested Lars- Gunnar Hedström, head of product development at Scania. According to Hedstrom, another advantage of platooning is a reduction in traffic congestion. "Because trucks driving close to each other, there may be more cars on the road. The traffic flow is better, with less congestion.”

Dutch laws and regulations will have to be changed to allow full scale testing of self-driving trucks and vehicles, but Minister Schultz was positive about platooning and suggested that the Netherlands should take a leading role. "Self-propelled vehicles offer great opportunities to make our mobility easier, safer and cleaner, it is important that we learn by doing. She called on manufacturers, research institutes and governments to consult with each other to promote the development of self-propelled vehicles in Europe.

For more information on companies in this article

Related Content

  • First full-scale Hyperloop test track ‘planned for 2016’
    March 2, 2015
    According to website The Verge, Hyperloop Transportation Technologies (HTT) has secured land for the first full-scale Hyperloop, planned for a 2016 launch in the California model town of Quay Valley. Building off Elon Musk's freely available designs, the crowdfunded company has marked out a five-mile stretch of Quay Valley adjacent to California's Interstate 5 freeway as a place where the innovative transportation system can be deployed. If successful, it would be the first full-size implementation of Musk'
  • The rise and rise of robo-car
    July 23, 2019
    When it comes to driverless cars, there are many variables – but one thing is for certain: autonomous driving will have a significant impact on vehicle design, says Andreas Herrmann The transition to autonomous vehicles (AVs) means that many of the factors which have shaped automotive design for the past 130 years no longer apply. At present, the design of a car is largely determined by the anticipated direction of travel: the car’s silhouette immediately shows where the front and back are. Driverless ve
  • Include ITS in policy decisions from the start, not as an afterthought
    February 1, 2012
    DG TREN's Fotis Karamitsos, on why the European Commission's new ITS Action Plan is looking to the past for future direction. The European Commission's (EC's) new Action Plan for the Deployment of Intelligent Transport Systems in Europe, which was announced as 2008 drew to a close, intends that transport and travel become 'cleaner; more efficient, including energy efficient; and safer and more secure'. At first sight, that wording might be interpreted as marking a significant policy shift within Europe, wit
  • Big data and GPS combine to cut emergency response times
    April 2, 2014
    David Crawford looks at technologies for better emergency medical service delivery. Emergency medical services (EMS) play key roles in transporting, or bringing treatment to, patients who become ill through medical emergencies or are injured in road traffic accidents (RTAs). But awareness has been rising steadily, in the US and elsewhere, of the extent to which EMS can generate their own emergencies. The most common cause is vehicles causing or becoming involved in RTAs, as a result of driving fast under pr