Skip to main content

Econolite Centracs travel time module deployed in Florida

Econolite has announced that Lee County, Florida, has harnessed the travel time module of its Centracs advanced transportation management system (ATMS) for the deployment of its BlueToad (Bluetooth Travel-time Origination and Destination) system to actively monitor travel times and road speeds. The ATMS was installed in 2011, as part of Lee County’s signal re-timing project for which the county’s DoT received an ‘A’ grade in the 2012 National Transportation Operations Coalition (NTOC) National Traffic Signa
August 24, 2012 Read time: 2 mins
1763 Econolite has announced that Lee County, Florida, has harnessed the travel time module of its Centracs advanced transportation management system (ATMS) for the deployment of its BlueToad (Bluetooth Travel-time Origination and Destination) system to actively monitor travel times and road speeds. The ATMS was installed in 2011, as part of Lee County’s signal re-timing project for which the county’s DoT received an ‘A’ grade in the 2012 5668 National Transportation Operations Coalition (NTOC) National Traffic Signal Report Card.

According to Lee County, Centracs complements its proactive approach to traffic signal management. “Centracs fits well into our long-term plans to optimise traffic flows and safety along our major arterials, such as US 41,” said Lee County chief traffic engineer Stephen M. Jansen. “Because of Centracs’ modular design, we’re able to cost effectively expand our capabilities as funding permits. In this case, the integrated Centracs Travel Time module enabled us to immediately manage and control our BlueToad system without the hassle and extra costs associated with purchasing additional equipment and software.”

Lee County DOT completed traffic signal retiming for more than 50 intersections in its traffic system network. Comparing actual ‘before’ and ‘after’ travel time runs along US 41, the county reported overall cumulative annual benefits of 23 per cent reduction in travel delays; 5,600 gallons of fuel saved per day; 19 per cent less emissions; and total estimated annual value of savings is over US$17 million.

For more information on companies in this article

Related Content

  • Erskine Bridge goes Bluetooth
    May 12, 2014
    The Erskine Bridge vehicle safety barrier replacement team introduced what is said to be a UK first in temporary traffic management on major trunk roads projects with the use of Bluetooth technology to monitor journey times and keep drivers updated on potential delays. Working on behalf of Transport Scotland, with Leeds-based Sky High Technology, contractor Highway Barrier Solutions and the Scotland TranServ project team introduced the origin-destination vehicle movement system to establish how long it w
  • Econolite installs Autoscope Vision in Anaheim
    June 6, 2018
    Econolite has announced here at ITS America Detroit that the company has installed Autoscope Vision at more than 40 intersections in the city of Anaheim, California, overcoming unique challenges for a detection solution to help drive the city’s leading-edge ITS programme. The approaches in Anaheim are often five lanes wide, or even wider in some cases, creating a detection challenge that many standard types of detectors simply cannot meet. As a result, in the past, the city has had to rely on multiple de
  • Urban mobility and demand management - the Mobility Credits Model
    January 26, 2012
    Vito Marcolongo and Marco Troglia, Quaeryon srl describe the Mobility Credits Model, which is intended to combine inducements and fairness to improve mobility while reducing its more negative economic and environmental effects
  • FDOT coordinates with THEA on TAMPA connected vehicle pilot
    December 13, 2017
    Florida Department of Transportation (FDOT) District 7 will provide over 40 video traffic detectors at 12 intersections to allow improved traffic signals to operate at Tampa’s Connected Vehicle Pilot. The project, launched by the Tampa-Hillsborough Expressway Authority (THEA), plans to use vehicle-to-infrastructure (V2I) communication to reduce travel times and make traffic flow smoother and safer in the region’s commercial business district (CBD).