Skip to main content

City of Sugar Land to implement wireless detection system

The City of Sugar Land, Texas, a growing suburb of Houston, has opted to use Trafficware’s state-of-the-art pod wireless detection system to implement detection upgrades along the city’s busiest roadways on US 90A and SH 6. With this contract the city will equip 18 of its largest multilane intersections with approximately 700 wireless pod sensors to provide the needed data collection capabilities for real-time performance measures of city arterials. Pods will gather data that can be used for analysis,
June 18, 2015 Read time: 2 mins
The City of Sugar Land, Texas, a growing suburb of Houston, has opted to use 5642 Trafficware’s state-of-the-art pod wireless detection system to implement detection upgrades along the city’s busiest roadways on US 90A and SH 6.

With this contract the city will equip 18 of its largest multilane intersections with approximately 700 wireless pod sensors to provide the needed data collection capabilities for real-time performance measures of city arterials.  Pods will gather data that can be used for analysis, design, and growth trends and provide the infrastructure needed for an adaptive signal system.

Claimed to be one of the most advanced traffic management systems in the Houston area, the Sugar Land’s intelligent transportation system (ITS) utilises the city’s wireless and fibre network, allowing every traffic signal to send and receive data to the traffic management centre, increasing the efficiency and safety of its traffic infrastructure.

Over the last two years, the City’s Public Works Department tested alternatives to its current loop and video detection systems in an effort to build the foundation for a smarter and more reliable data driven ITS.  Wireless detection became the preferred option because its increased range and more robust communication allowed for a simplified system that did not need or use repeaters and improved environmental performance through standing water, such as during heavy rain that many parts of the country including Houston experienced recently, as well as around obstacles.

For more information on companies in this article

Related Content

  • Reducing Los Angeles’ traffic woes
    March 20, 2013
    According to city engineers in Los Angeles, they have achieved a major milestone in their efforts to ease traffic congestion in the city; every one of its nearly 4,400 signalised intersections is now monitored and synchronised for more efficient traffic flow. Loop detectors installed under the road surface monitor traffic, providing speed, traffic volume and queue data, while more than 400 cameras each monitor up to twenty intersections, all coordinated by the city’s Automated Traffic Surveillance and Contr
  • Orange County to manage traffic with trial interoperable CCTV
    September 12, 2014
    Interoperable CCTV can provide early warning of problems and help improve traffic management and incident response as Morteza Fahrtash and Carlos Ortiz explain. California’s transportation system is one of the state’s defining features and Caltrans (California Department of Transportation) strives to improving mobility across the state through the design, construction, operation and maintenance of the network of highway, freeways, toll roads and expressways.
  • TEXpress adds reversible managed lanes
    April 19, 2017
    Land availability restrictions and tidal traffic flows have led to the implementation of a novel managed lane configuration in Texas, as Colin Sowman finds out. Dealing with traffic congestion related to the ‘tidal flows’ caused by large numbers of commuters making their way into major business hubs in the morning and returning to the suburbs in the evening, has seen the widespread use of adaptive signal timing and even reversible lanes.
  • Single system simplicity for smarter city transport
    February 23, 2017
    All encompassing, city-wide transport monitoring and control systems are beginning to make their way onto the market, as Colin Sowman hears. The futuristic vision of cities where everything is connected and operated with maximum efficiency by a gigantic computer remains a distant prospect but related sectors and services are beginning to coalesce: transport monitoring and control for instance.