Skip to main content

MEPs push for safer, more environmentally-friendly trucks

New truck cab designs should make it easier for drivers to spot pedestrians and cyclists, thanks to draft rule changes backed by the EU Parliament. Other changes would enable designers to exceed current maximum weight and length limits in order to fit alternative-fuel engines and to streamline cabs to cut emissions. The draft rules would allow truck cabins to be made longer if designed to cut emissions, such as by improving aerodynamics; or to prevent accidents, by reducing blind spots or making the cab
April 17, 2014 Read time: 2 mins
New truck cab designs should make it easier for drivers to spot pedestrians and cyclists, thanks to draft rule changes backed by the EU Parliament. Other changes would enable designers to exceed current maximum weight and length limits in order to fit alternative-fuel engines and to streamline cabs to cut emissions.

The draft rules would allow truck cabins to be made longer if designed to cut emissions, such as by improving aerodynamics; or to prevent accidents, by reducing blind spots or making the cab more rounded to push people clear.

Aerodynamic flaps up to 50 cm wide would be allowed at the rear of the truck to reduce drag and emissions. To encourage the use of less polluting motors, many of which are heavier and hence less commercially attractive than traditional ones, trucks and buses with low-carbon alternatives could exceed the current maximum weight by up to one tonne, depending on the weight of the alternative system.

The draft rules would also allow trucks for use in combined road-rail or road-ship transport operations to be made 15 cm longer, to make it easier to load standard 45-foot containers.

"The draft rules would allow designers to put better trucks on the road that improve road safety and reduce environmental damage. On the issue of ‘megatrucks’ Parliament has always asked the 1690 European Commission for a proper impact assessment. By deleting the parts of the legislative proposal on cross-border circulation for longer vehicles, we reinforce this position. The Commission will be asked to review the situation and report back to the Parliament and the Council by 2016", said lead MEP Jörg Leichtfried).

For more information on companies in this article

Related Content

  • Do we need a new approach to ITS and traffic management?
    January 31, 2012
    In an article which has implications for the European Electronic Toll Service, ASECAP's Kallistratos Dionelis asks whether the approach we currently take to major ITS system implementations is always the best or healthiest. I was asked recently to write a paper on the technology-oriented future of transport. To paraphrase, I started with: "The goal of European policy-makers is to establish a transport system which meets society's economic, social and environmental needs, satisfying in parallel a rising dema
  • Lufft’s MARWIS moves weather
    September 22, 2014
    A mobile road weather sensor is providing authorities with new options for monitoring road conditions and winter maintenance operations. Road and traffic engineers know the vulnerable points in their network – cold spots where ice forms first, high-banked roads where snow accumulates, fog pockets… Traditionally, most authorities will position weather stations at these points to detect and monitor road conditions during bad weather events.
  • USDoT looks at the costs and potential benefits of connected vehicles
    October 26, 2017
    David Crawford looks at latest lessons learned from the trials of connected vehicles in the US. The progress of connected vehicle (CV) technologies takes centre stage among the hot topics highlighted in the September 2017 edition – the first since 2014 – of the ‘ITS Benefits, Costs and Lessons Learned’ survey from the US ITS Joint Program Office (JPO). The organisation is an arm of the US Department of Transportation (USDoT).
  • Sharing real-time information ‘could save the transport sector billions each year’
    September 29, 2015
    A European research project led by Eindhoven University of Technology in the Netherlands makes real-time information available for the whole transport chain for the first time. The GET Service software platform, which is being presented at an international symposium in Rotterdam on 1 October, enables a flexible response to unforeseen circumstances, making transport faster, more environmentally friendly and cheaper each year by many billions. The researchers are confident that the total fuel consumption