Skip to main content

Iteris shines with California contracts

New deals in Orange County and with LA Metro confirm Golden State as key market
By Adam Hill April 29, 2022 Read time: 2 mins
V2I deal with LA Metro is designed to improve bus priority (© Walter Cicchetti | Dreamstime.com)

Iteris has picked up two smart mobility deals in California: in Orange County and for LA Metro.

Its $1.5 million subcontract from HNTB Corporation will see Iteris providing operations, maintenance and management services for the Los Angeles County Metropolitan Transportation Authority (LA Metro) NextGen Countywide signal priority (CSP) system.

The Vehicle to Infrastructure (V2I)-enabled system was designed and implemented by Iteris under previous contracts with LA Metro since 2008, and will use existing on-bus priority request systems that incorporate GPS-based automatic vehicle location equipment, wireless communications and advanced intersection traffic controller technologies.

Steven Bradley, regional vice president, Mobility Professional Services at Iteris, says: “Improving safety, efficiency and sustainability for all modes of transportation is a priority for Iteris, and our continued involvement in this program is a testament to the efficiency of our V2I approach to mitigate traffic congestion and improve the environment."

Meanwhile, the Orange County Transportation Authority (Octa) has awarded Iteris a $3.7m regional traffic signal timing control contract which is designed to reduce congestion as Orange County's population is set to grow 13% by 2035.

“To ease growing traffic demands, Octa, the California Department of Transportation, the County of Orange and all 34 cities are working together to coordinate traffic lights across the county," Octa says in a statement.

Iteris will provide operations and infrastructure improvements at key intersections along a 13-mile segment of First Street/Bolsa Avenue across the four cities - Santa Ana, Huntington Beach, Tustin and Westminster - and Orange County itself.

The firm's remit includes identifying upgrades for traffic signal equipment, ITS equipment and communication infrastructure, designing and constructing traffic signal system improvements, and developing and implementing optimised traffic signal synchronisation timing plans.

It will use its ClearMobility platform to optimise traffic management and ClearGuide solution to monitor intersection safety and identify congestion hotspots.

Octa says its traffic signal synchronisation programme has already resulted in a 13% reduction in travel time, a 14% improvement in travel speed, a 52 million gallon reduction in fuel consumption and a 885 million pound reduction in greenhouse gas emissions.

Related Content

  • Sydney accelerates 'pop-up' cycleways
    May 19, 2020
    Australia’s largest city, Sydney, is creating six new 'pop-up' cycleways in key commuter areas around the central business district.
  • Iteris launches computer vision for smarter crosswalks
    October 6, 2016
    Iteris has added new pedestrian measurement capabilities to its advanced video detection platforms with PedTrax, which it says automates measurement of the count, direction and speed of pedestrians in crosswalks to provide insights on levels of street life.
  • EBRD supports Kazakhstan railway improvements
    December 20, 2013
    The European Bank for Reconstruction and Development (EBRD) is supporting Kazakhstan Temir Zholy (KTZ), the national railways company, in its drive to radically improve energy efficiency across its operations. A US$40 million loan, US$700,000 of which will be provided by the Clean Technology Fund, will finance a series of new technologies to reduce energy consumption, from an upgraded lighting system to alternative heating solutions such as heat pumps, solar water heaters and boiler upgrades. The progra
  • AGD Systems' Intelligent radar keeps London on the move
    October 10, 2013
    Intelligent radar detection solutions supplier AGD Systems is to supply the UK’s Transport for London (TfL) with its new 316 stop-line radar traffic detector, designed for the detection and monitoring of stationary vehicles at road junctions. The frequency modulated continuous-wave (FMCW) 316 utilises the latest planar antenna technology and an advanced, embedded digital signal processing engine to accurately and reliably detect stationary vehicles at the stop-line of busy intersections.