Skip to main content

Tampa Connected Vehicle Pilot program enters new phase

The Tampa Hillsborough Expressway Authority (THEA) Connected Vehicle (CV) Pilot Deployment Program in the US is reaching its first major milestone and entering a new phase of development, bringing Tampa a step closer to the future of transportation. THEA’s project management team heads to Washington, DC, this week to meet with US Department of Transportation (USDOT) officials for the official kickoff of Phase 2, which will include the design and deployment of CV technology in downtown Tampa. The pilot,
September 22, 2016 Read time: 2 mins
The Tampa Hillsborough Expressway Authority (THEA) Connected Vehicle (CV) Pilot Deployment Program in the US is reaching its first major milestone and entering a new phase of development, bringing Tampa a step closer to the future of transportation. THEA’s project management team heads to Washington, DC, this week to meet with 324 US Department of Transportation (USDOT) officials for the official kickoff of Phase 2, which will include the design and deployment of CV technology in downtown Tampa.
 
The pilot, which is funded by a contract with USDOT, is expected to reduce the risk of crashes, enhance traffic flow and even shrink the city’s carbon footprint. THEA completed the concept development and planning phase, or Phase 1, in August, and USDOT finalised a cooperative agreement initiating the new phase in early September.
 
Tampa was one of three sites in the nation to be selected for the pilot program, which seeks to spur innovation among early adopters of connected vehicle applications. The other two sites are New York City and the Interstate 80 corridor in the state of Wyoming.

In Tampa, THEA and its partners will install 40 wireless communication devices called roadside units on the Lee Roy Selmon Expressway Reversible Express Lanes (REL), Meridian Avenue, Channelside Drive and other downtown roadways. On board units will be installed in 10 HART buses, 10 TECO Line Streetcar System trolley cars and 1,500 privately owned vehicles. THEA and its partners will also develop mobile apps to enhance pedestrian safety.
 
As part of the new phase, THEA and its partners aim to address numerous safety and mobility issues, including rush hour safety and congestion relief; wrong-way drivers; pedestrian safety; improved safety and on-time performance for public transit; and traffic monitoring.

Related Content

  • December 9, 2013
    SwRI and USDOT operate connected vehicle affiliated test bed
    In the US, the Texas-based Southwest Research Institute (SwRI) is operating a connected vehicle affiliated test bed in cooperation with the US Department of Transportation (USDOT) Research and Innovative Technology Administration. The DOT test bed project facilitates information exchange as well as access to tools and resources across other test bed facilities to support and encourage consistent future deployment of connected vehicle technologies. The project aims to advance the technology for full deplo
  • October 26, 2016
    Building the case for photo enforcement
    As red light enforcement is returning to some intersections and being shut down at others, new evidence has been released backing the safety campaigners, reports Jon Masters. In 2014, 709 Americans were killed in red-light-running crashes and an estimated 126,000 were injured according to the Insurance Institute for Highway Safety (IIHS).
  • January 8, 2018
    JPO: to host webinar on Wyoming Connected data accessibility
    Ariel Gold, the ITS Joint Program Office's data program manager will host a webinar on the 25 January 2018 to discuss the preliminary data from the Wyoming Pilot site available for free via the ITS Public Data Hub. The improved accessibility of the data aims to encourage the transportation industry to discover new and innovative ways to make roadways safer and more efficient. These data sets include Basic Safety Messages (BSMs) and Traveller Information Messages. It is being generated before the full
  • September 28, 2017
    Inrix identifies the worst traffic hotspots in the 25 most congested US cities
    Inrix has published its latest research on the worst traffic hotspots in America. Using Inrix Roadway Analytics, a cloud-based traffic analysis tool, Inrix analysed and ranked more than 100,000 traffic hotspots in the 25 most congested US cities. The economic cost of hotspots was also calculated in terms of wasted time, lost fuel and carbon emissions over the next decade. The research identified and ranked 108,000 traffic hotspots in the 25 most congested cities in the US identified by the INRIX Global T