Skip to main content

Wavetronix improves traffic detection offering

Wavetronix is using its exhibit at ITS America 2013 to announce improvements to its line of radar traffic sensors, and to unveil an application-based focus to traffic detection that the company says will give departments of transportation more control over traffic.
April 22, 2013 Read time: 2 mins
Wavetronix's Jeremy Wright with the company's latest radar traffic sensors
148 Wavetronix is using its exhibit at ITS America 2013 to announce improvements to its line of radar traffic sensors, and to unveil an application-based focus to traffic detection that the company says will give departments of transportation more control over traffic.

“Wavetronix has successfully demonstrated the value of accurate, reliable data in ITS and traffic applications,” says Jeremy Wright, marketing manager for North America at Wavetronix.  “Now we are shifting our focus from individual products to comprehensive applications that use Wavetronix technology to positively affect drivers on their commutes.”

Invoking the iconic image of a cowboy taming the Old West, the Wavetronix exhibit illustrates the control DOTs can have over traffic. “Effective applications rely on accurate detection and reliable data management,” Wright says. “Wavetronix provides both; enabling agencies to implement a wide range of applications, from trip times and variable speed limits to high occupancy toll lanes and work zone management.”

At the same time, Wavetronix is announcing several changes to its SmartSensor line that Wright says will contribute significantly to the effectiveness of these applications. These changes include improved speed accuracy, extended advance detection, extended bar stop detection, and improved data management.

%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 12671 0 oLinkAsset <span class="mouselink">www.Wavetronix.com</span> www.wavetronix.com false /EasySiteWeb/GatewayLink.aspx?alId=12671 false false%>

For more information on companies in this article

Related Content

  • KentTablet new generation of contactless fare collection
    October 19, 2012
    Turkey-headquartered KentKart will use the ITS World Congress to show a new generation of onboard public transport tablet. The KentTablet provides contactless fare collection through a capacitive LCD touch screen, vehicle tracking and fleet management, passenger information in vehicle and at the station, employee management, emergency and alarm management, and onboard video surveillance services for public and private transportation companies.
  • 3M showcases passive RFID and ANPR technology
    March 26, 2014
    3M has two stands here at Intertraffic this year – one which focuses on its traditional product offerings and a second that highlights its end-to-end ITS offer, says the company’s Julie Cooper. “We’re showcasing both passive RFID and automatic licence plate recognition technology for a variety of applications, including traffic management, e-tolling, and parking and access control. “Our core message is that we’re not just a hardware supplier but a provider of complementary solutions which can address al
  • Vision Components’ ANPR library identifies damaged plates
    October 29, 2014
    Vision Components’ Carrida software engine is a powerful OEM Library, which is easy to integrate into existing security and surveillance applications, including access control, toll control and traffic analysis. The high-performance, hardware-independent software tool assures reliable high speed recognition of vehicle number plates. With a typical processing time of 30ms and a recognition accuracy of more than 96%, the ALPR/ ANPR library precisely and reliably identifies number plates, even if dirty, dam
  • Next generation traffic data collection
    March 5, 2014
    Swedish company Sensebit will use Intertraffic Amsterdam 2014 to launch the next generation traffic data collection - the Sensebit Traffic Measurement System (STMS). It offers remotely managed, accurate and cost efficient collection of traffic data using vehicle detectors, like the STMS WD-300, in multiple configurations, installed in the road surface that collect and upload traffic data via the internet. The traffic data can either be accessed through a web interface or automatically transferred to othe