Skip to main content

Wrong-way vehicle detection pilot project under way Florida

Florida’s Department of Transportation (FDOT) has taken action against would-be wrong-way drivers at 15 interchanges on the state’s turnpike system, with a US$400,000 pilot project designed to detect, alert and potentially deter them. The project includes enhanced LED wrong-way roadway signs on the ramps and electronic vehicle detection equipment that are designed to quickly notify law enforcement and authorities. It is intended to study the effectiveness of these traffic safety devices that are currentl
October 20, 2014 Read time: 2 mins
Florida’s Department of Transportation (FDOT) has taken action against would-be wrong-way drivers at 15 interchanges on the state’s turnpike system, with a US$400,000 pilot project designed to detect, alert and potentially deter them.

The project includes enhanced LED wrong-way roadway signs on the ramps and electronic vehicle detection equipment that are designed to quickly notify law enforcement and authorities. It is intended to study the effectiveness of these traffic safety devices that are currently available and have been in use in other parts of the country.

The detection equipment and signs have been installed at six interchanges and ten ramps on the Homestead Extension of Florida’s Turnpike in Miami-Dade County as well as on five interchange ramps on the Sawgrass Expressway in Broward County.

Wrong-way vehicle detection and electronic sign activation are just one part of the pilot program FDOT has initiated state-wide. Other districts within FDOT are testing different types of technology to see which treatment merits being deployed throughout the state of Florida.

“Reducing the number of wrong-way drivers is an absolute priority,” said Florida’s Turnpike Enterprise traffic operations engineer John Easterling. “It is imperative that we use technology and work with law enforcement to lessen the chance of these types of crashes from happening.”

Related Content

  • Intelligent lane control signals help direct driver behaviour
    November 21, 2012
    As part of a larger effort exploring the effects of roadway signage on driver behaviour, researchers from the University of Minnesota College of Design have conducted a study on the effectiveness of intelligent lane control signals (ILCS). During the study, was funded by the Minnesota Department of Transportation (MnDOT), the research team used a driving simulator to test ILCS that displayed merge, speed control, and lane-closure warnings over freeway lanes. The researchers were specifically interested in d
  • Siemens provides technology for Las Vegas connected vehicle pilot
    January 8, 2018
    To combat the rise in 55 pedestrian fatalities to 74 in Las Vegas from December 2016, Siemens, Brandmotion and Commsignia will provide a turnkey Vehicle-to-infrastructure (V2I) and Vehicle-to-Vehicle solution along Casino Center Boulevard between Bonneville and Clark Avenues. It will become one of the initial corridors within the City’s connected vehicle technology pilot with a focus on pedestrian safety and corridor notifications. The technology includes roadside and vehicle infrastructure, innovative
  • Promoting understanding of the need for enforcement
    March 15, 2012
    Changing needs of mature and emerging economies are demanding more rigorous enforcement services. Gatso’s managing director Timo Gatsonides spells out the challenge to Jason Barnes. As geographical markets mature and saturate, it might seem that the only thing for suppliers to do is to look further afield in search of new opportunities. The automated enforcement market in north western Europe could be a case in point, but Gatso’s managing director Timo Gatsonides begs to differ. The sheer number of new syst
  • Inrix informs FHWA’s data improvements
    December 19, 2017
    Refinements in the data available from the US Federal Highway Administration will improve road management across America. David Crawford reports. In August 2017, the US Federal Highway Administration (FHWA) issued the first results from an upgraded version of its National Performance Management Research Data Set (NPMRDS). Developed to identify the locations and times of high congestion affecting traffic flows along America’s 259,000km (161,000 mile) national highway system, this is a key resource for sta