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

  • Developing an integrated WIM/ANPR enforcement system
    July 31, 2012
    The weigh in motion market remains especially buoyant and technological development continues to reflect this. Although there are major differences in operating philosophies, particularly between developed and developing countries, both the numbers of countries using Weigh In Motion (WIM) technology and the numbers of systems that they deploy are on the increase.
  • Øresund bridges the front line for border crossing traffic
    September 15, 2016
    Timothy Compston considers the challenges faced by the operators of the Øresund Bridge between Denmark and Sweden, the largest structure of its kind across Europe. In light of the concerns about the ongoing security threat and the unprecedented flow of migrants, many of the countries that make up the Schengen Area in Europe have re-introduced border controls. For its part, Sweden has rolled out ID checks for train, bus and ferry passengers from Denmark placing the landmark Øresund Bridge very much on the fr
  • UK government to invest in autonomous cars, low emission vehicles
    November 24, 2016
    Presenting his Autumn Statement, Chancellor Philip Hammond announced investment in transportation, including £390 million for future transport and a major new investment in the UK transport infrastructure. The £390 million investment in future technology includes: investment in testing infrastructure for driverless cars; provision of at least 550 new electric and hydrogen buses, reduce the emissions of 1,500 existing buses and support taxis to become zero emission; installation of more charging points fo
  • Wireless traffic data in real time
    January 31, 2012
    The effect of moving objects on the electromagnetic landscape set up by cellular telephony networks can be detected and interpreted to give real-time traffic data across large geographical areas at low cost. Here, we revisit the Celldar concept. Global economic downturn has pushed public-sector agencies, transport administrations among them, to push even harder for cost efficiencies. Unfortunately, when it comes to transport safety and efficiency the public sector often has to work up to a cost rather than