Positive results for McCain adaptive signal control

Transportation solutions supplier McCain has reported on the positive deployment of its QuicTrac adaptive signal control technology along a busy corridor in Pueblo, Colorado. The installation, on behalf of the Colorado Department of Transportation (CDOT) Region 2 traffic section, successfully met all project goals including reducing travel times and stops, while maintaining or increasing corridor speed. Installed on an 8.2 mile stretch of US highway 50 in an effort to ensure traffic signal timing kept pa
May 8, 2015 Read time: 2 mins
Transportation solutions supplier 772 McCain has reported on the positive deployment of its QuicTrac adaptive signal control technology along a busy corridor in Pueblo, Colorado. The installation, on behalf of the 5701 Colorado Department of Transportation (CDOT) Region 2 traffic section, successfully met all project goals including reducing travel times and stops, while maintaining or increasing corridor speed.

Installed on an 8.2 mile stretch of US highway 50 in an effort to ensure traffic signal timing kept pace with demand, CDOT opted to implement QuicTrac Adaptive to adjust signal timing plans on-the-fly to accommodate real-time traffic flow, rather than use fixed time-of-day signal plans.

Results issued in a report by the independent consulting firm, 1677 Atkins Engineering, calculate the annual savings to US 50 drivers to exceed US$5 million. The benefit value was determined based on daily travel time savings of 1,013 hours and 461 gallons of gasoline. In addition, McCain's adaptive control system successfully reduced driver delays by 39 per cent, improved travel times by 6 per cent; increased driver speeds an average of 7 per cent and reduced the number of stops by nearly a third.
Urban Traffic Control

For more information on companies in this article

Related Content

  • McCain expands sign offerings with Swarco technology
    March 16, 2017
    US traffic control equipment supplier, McCain, has enhanced its range of full colour dynamic message signs (DMS) by incorporating Swarco’s LED technology. The range, including variable message, blank out and lane control signs now includes new features that improve viewing and maintaining dynamic message signs, while offering lower power consumption. McCain signs are used communicating traffic conditions, emergency alerts, detours, lane changes, rerouting, and the like to drivers. Building on technology
    Read More
  • Study reveals unexpected effects of replacing fuel tax
    December 16, 2016
    Eric O’Rear, Wallace Tyner and Kemal Sarica examine the far-reaching implications of replacing fuel taxes with a mileage tax. Lawmakers at both the federal and state level are frustrated over declining fuel tax revenues as they struggle to fund projects for constructing and maintaining state-wide infrastructure.
    Read More
  • Manchester seeks smart but not selective transport solutions
    January 25, 2018
    Smarter transport relies on better communications both with travellers and between transport providers. Andrew Williams reports. Inrix’s prediction that the cost of traffic congestion will rise by 63% to £21bn per year by 2030 clearly illustrates that, in addition to the ongoing inconvenience and inefficiency, ongoing gridlock is a significant drain on the economy. It is against this backdrop that a Cisco-led consortium has launched CitySpire, a smart transport programme that uses location-based services a
    Read More
  • IntelliDrive, connectivity, safety, mobility and the environment?
    January 30, 2012
    Shelley Row, Director of the ITS Joint Program Office, US Department of Transportation, details the new five-year ITS Strategic Research Plan. Imagine a world where vehicles of all types can talk to each other in order to reduce or eliminate crashes, where vehicles can talk to traffic signals to eliminate unnecessary stops, where travellers can get accurate travel time information about all modes and route options, and where transportation managers have data which allows them to accurately assess multimodal
    Read More

Highlighted Content