Skip to main content

TransCore to develop bay area express lane network

TransCore is to develop, integrate, and maintain a network of express lanes on behalf of San Francisco’s Metropolitan Transportation Commission’s (MTC) Bay Area Infrastructure Financing Authority (BAIFA). The competitively procured US$54.6 million project will see 90 miles of existing high occupancy vehicle (HOV) converted lanes into express lanes on I-680, I-880 and I-80. The aim is to improve connectivity by closing gaps in the existing HOV network and improve freeway efficiency by making the best use
October 7, 2014 Read time: 2 mins
139 TransCore is to develop, integrate, and maintain a network of express lanes on behalf of San Francisco’s 343 Metropolitan Transportation Commission’s (MTC) Bay Area Infrastructure Financing Authority (BAIFA).

The competitively procured US$54.6 million project will see 90 miles of existing high occupancy vehicle (HOV) converted lanes into express lanes on I-680, I-880 and I-80. The aim is to improve connectivity by closing gaps in the existing HOV network and improve freeway efficiency by making the best use of existing capacity. It will also provide motorists with dynamically-priced lane alternatives and car-poolers and buses with a reliable, congestion-free option and enable future improvements to be made with little to no interruption to motorists. The work is expected to be completed by the end of 2017.

TransCore will implement an express lane tolling system utilising its Infinity digital lane system, Infinity Express, which uses a system of innovative readers, sensors and imaging devices to dynamically set user fees based upon real-time traffic conditions, and prominently display them on road message signs.

TransCore will also integrate its advanced traffic management system, TransSuite, into a robust communications network. The enhanced connectivity will enable Bay Area agencies to better monitor and respond to traffic conditions in real-time through the immediate exchange of data among transportation agencies and 1855 California Highway Patrol.

“The integration of TransCore’s streamlined system architecture design with their proven product suite was a significant factor in their selection. We also based our decision on the team’s experience and demonstrated success in delivering express lane systems that are operating in other large jurisdictions,” said MTC project manager Jim Macrae.

“We are honoured to be recognised by MTC as the firm most qualified and capable of delivering this important project. Our team looks forward to working with MTC to improve mobility in the Bay Area, and again demonstrate our leadership by delivering a solution built on a combination of innovative tolling and transportation management products,” said Chris Hall, vice president of West Coast projects, TransCore.

For more information on companies in this article

Related Content

  • Melbourne installs smart road technology
    June 18, 2013
    Work is now underway on installing the latest electronic freeway management technology along Melbourne’s West Gate Freeway in Victoria, Australia, with the entire project to be completed by the middle of next year. Installation of the freeway management system along more of Melbourne’s road network will be fully integrated with the one already in use on the M1 east of Williamstown Road as well as that proposed for the M80 Ring Road, according to Victorian Roads (VicRoads) minister Terry Mulder. “Indeed, ou
  • Western US transportation agencies turn to Inrix for real time traffic data
    January 8, 2016
    Three US West Coast transportation agencies have awarded contracts to real-time traffic information provider, Inrix, to deploy systems which will enable them to make data-driven decisions based on information about how populations move and on-demand analysis of traffic data.
  • SensTraffic stars for Sensys in San Jose
    June 13, 2016
    Today at ITS America 2016 San Jose is highlighting Sensys Networks announces SensTraffic, a traffic data and analytical Smart City software platform for managing corridors and intersections. According to the company, this new service improves upon the highly manual and inefficient methods to collect traffic data and incorporate it into actionable insights. Traffic engineers can generate a wide variety of detailed reports including congestion mapping, travel times, origin/destination, high-resolution perform
  • South Africa's first multi-lane free-flow tolling top of the line
    February 3, 2012
    Kapsch's Kjell Arnesson talks about the first multi-lane free-flow tolling project in South Africa. In South Africa, installation is ongoing as part of the Gauteng Freeway Improvement Project (GFIP) of the country's first Multi-Lane Free-Flow (MLFF) tolling system.