Skip to main content

UK motorway gets first ‘orange’ smart motorway emergency area

The first new-style smart motorway emergency area, where drivers can stop in an emergency, is being trialled on the M3 motorway in Surrey. Highways England is trialling the redesigned emergency area in response to public concern about smart motorways. It has a highly visible orange road surface and better signs to help improve its visibility make it more obvious to drivers on smart motorways. It is also hoped that it will encourage drivers to only use them in emergency situations. The first of the new emerg
July 17, 2017 Read time: 2 mins
The first new-style smart motorway emergency area, where drivers can stop in an emergency, is being trialled on the M3 motorway in Surrey.


8101 Highways England is trialling the redesigned emergency area in response to public concern about smart motorways. It has a highly visible orange road surface and better signs to help improve its visibility make it more obvious to drivers on smart motorways. It is also hoped that it will encourage drivers to only use them in emergency situations.

The first of the new emergency areas went live late last week. More upgrades are planned should the trial be successful. This change is part of an ongoing review into the design and spacing of emergency areas on smart motorways that is due to report in the autumn.

Smart motorways use variable speed limits to manage traffic and tackle congestion, new technology to give drivers better information on road conditions ahead and, in smart motorway upgrades delivered since 2004, convert the hard shoulder into an extra traffic lane. Highways England says evidence shows that smart motorways are successfully adding extra capacity, improving journey times and are just as safe as conventional motorways.

If the redesigned emergency areas are successful and drivers find the changes beneficial, more orange emergency areas will be introduced across England’s network of smart motorways.

UTC

Related Content

  • October 7, 2013
    North Florida signals coordinated approach to congestion management
    David Crawford investigates innovative congestion management in Florida. The largest US city by area is well into the implementation of an ambitious congestion management system (CMS) on the scale of those of higher-profile centres such as Seattle and San Francisco. Regional agency the North Florida Transportation Planning Organisation (NFTPO) aims to ensure that commuters on major highways in Jacksonville can rely on a minimum 72km/h (45mph) driving speed in normal conditions.
  • May 3, 2017
    Countering truckers’ parking conundrum
    Colin Sowman hears about a new truck parking information system being piloted across eight states. Legislation limits truck drivers’ hours with the result that they are often caught in a situation where they need to stop either for a break or an overnight rest. But as truck parking is in short supply, truck drivers spend an average of 56 minutes a day searching for available spaces and are often faced with the choice of driving beyond their permitted hours or parking illegally.
  • October 21, 2016
    Caltrans takes the long view of transport
    Caltrans’ Malcolm Dougherty took time out of his schedule at ITS America 2016 in San Jose to talk to ITS International about current and future challenges. As director of California Department of Transportation (Caltrans) since mid-2012, many would say that Malcolm Dougherty has one of the best jobs in transportation. Caltrans is one of the most progressive and innovative transport authorities, implementing policies to encourage cycling, piloting new
  • July 17, 2012
    Development of cooperative driving applications for work zones
    The German AKTIV project is researching several cooperative driving applications for use in work zones. PTV's Michael Ortgiese details progress. The steep increases in traffic volumes predicted back in the early 1990s have unfortunately been proven to be more than accurate. In Germany, the AKTIV project continues to look into cooperative technologies' potential to reduce the impact of those increased traffic volumes and keep traffic moving despite limitations in infrastructure capacity.