Skip to main content

Rhode Island installing wrong-way driver signing

Rhode Island Department of Transport (RIDOT) is undertaking a US$2 million project to upgrade the signing and striping at 145 locations, more than 200 actual ramps, and install detection systems at 24 high-risk areas. The systems not only alert a driver who travelling in the wrong direction, they notify police and other motorists of a potential wrong-way driver. At the two dozen high-risk areas, most in the Providence metropolitan area, new detection systems will sense if a driver has entered a highway o
November 21, 2014 Read time: 2 mins
1699 Rhode Island Department of Transport (RIDOT) is undertaking a US$2 million project to upgrade the signing and striping at 145 locations, more than 200 actual ramps, and install detection systems at 24 high-risk areas. The systems not only alert a driver who travelling in the wrong direction, they notify police and other motorists of a potential wrong-way driver.

At the two dozen high-risk areas, most in the Providence metropolitan area, new detection systems will sense if a driver has entered a highway off-ramp, and activate a series of flashing signs. It will also notify the Rhode Island State Police that someone is driving the wrong way on the road, take a picture of the vehicle, and display a message on overhead signs to warn drivers heading in the opposite direction.

Work has been ongoing since late summer 2014 and will continue through early 2015. All of Rhode Island's limited access highways were targeted for improved signage and pavement markings to clearly distinguish exit ramps from entrance ramps and prevent confusion.

Officials say that while incidents resulting from wrong-way driving make up a small percentage of the overall crashes that take place on the state’s highways, they are far more likely to result in fatalities. RIDOT, which has witnessed nine deaths in the last six years, is working aggressively to add safety features to reduce the occurrence of wrong-day driving. It says alcohol impairment is a leading factor for wrong-way crashes, and most happen on weekends and during evening and overnight hours.

The plan is modelled on a similar project in San Antonio, Texas, where 29 flashing signs were installed along a major highway. Within a year, a 30 per cent reduction in wrong-way driving incidents was reported.

For more information on companies in this article

Related Content

  • ODOT plans ‘smarter highway’
    May 2, 2013
    Until they can raise the US$1 billion it would take to expand congestion-plagued Oregon 217, state traffic planners say they'll focus on making it a smarter highway. Oregon Department of Transportation (ODOT) engineers believe that a US$6.5 million artificial traffic intelligence project planned for the 217 corridor will permanently alter the Portland metro area's daily commuting culture. The interconnected system will rely on new underground sensors and advanced computer algorithms. The federal government
  • Give offending drivers credit for good behaviour
    July 27, 2012
    Andrew Rooke and Dave Marples of Technolution B.V. take a look at what can be done to address a long-standing problem: the all-or-nothing approach of automated enforcement. To start, a brief history of speeding: on 14 November 1896, the first Veteran Car Run was staged in England from London to Brighton. It was organised to celebrate new British legislation to raise the maximum speed of vehicles from four to 14mph while also removing the need for a person waving a red flag to walk in front of the car and wa
  • CRASH aids crash reduction
    August 6, 2014
    Announcing a decrease in traffic fatalities in Tennessee, US, earlier this year, the Tennessee Department of Safety and Homeland Security indicated preliminary figures of 988 traffic fatalities in 2013, a 2.7 per cent decrease compared to 2012, when there were 1,015 traffic fatalities. At the same time, Tennessee Highway Patrol (THP) Colonel Tracy Trott said: “In 2014, we will employ a predictive analytics model to look even more closely at where traffic crashes are most likely to occur and deploy our res