Vitronic PoliScanspeed systems to be deployed in Latvia

German company Vitronic and its subsidiary Vitronic Baltica together with the Latvian company SIA Komerccentrs DATI Grupa have won a tender for 130 speed enforcement systems to be deployed throughout Latvia. 100 systems will be operated in 160 stationary housings, while 30 units will be used for mobile speed enforcement.
April 25, 2012 Read time: 2 mins
RSSGerman company 147 Vitronic and its subsidiary Vitronic Baltica together with the Latvian company SIA Komerccentrs DATI Grupa have won a tender for 130 speed enforcement systems to be deployed throughout Latvia. 100 systems will be operated in 160 stationary housings, while 30 units will be used for mobile speed enforcement.

“PoliScanspeed is the first laser-based speed enforcement system to be used in Latvia,” said Dr. Eng. Norbert Stein, general manager and sole shareholder of Vitronic, who pointed out that no in-road equipment is necessary. He added that the company’s experiences show that the system generates up to three times more cases than conventional systems.

According to Edmunds Zivtiòð, head of prevention department at Latvian State Police, “It is our goal to reduce the currently high numbers of road accidents caused by speeding. PoliScanspeed will be of great help reaching this goal.”

PoliScanspeed works with a LIDAR-based (Light Detection and Ranging) measurement principle. A scanning laser measures the speeds and position of every vehicle in the tracking zone. As a result, violations can be identified on multiple lanes, even when speeders tailgate or change lanes. The company claims that, unlike radar, laser-based measurement operates within road work zones or in bends without any difficulty. Even motorcyclists can be tracked and identified.
Enforcement Detection, Monitoring & Machine Vision

For more information on companies in this article

Related Content

  • Driverless car completes 286km road trip in China report
    April 18, 2012
    The newspaper China Daily has reported that last month a driverless car, a Hongqi HQ3 with full intellectual property rights developed by the National University of Defense Technology, travelled on an expressway linking Changsha and Wuhan, the capitals of Hunan and Hubei provinces, under full computer and sensor control.
    Read More
  • RedSpeed offers schools automated no-cost stop arm enforcement
    March 28, 2014
    School authorities in the US are turning to automated school bus stop arm enforcement to curb an astonishing number of violations. It is estimated that every year nearly 17,000 American children are sent to emergency rooms as a result of school bus related crashes. And when surveyed, 99% of school bus drivers reported that the most dangerous behaviour they encounter is drivers passing a school bus with its stop sign arm extended. Every day these drivers who violate the extended stop arm signs put at risk
    Read More
  • PB names global chief operating officer
    June 14, 2012
    Parsons Brinckerhoff has named Greg Kelly to the newly created position of global chief operating officer (COO). Clifford Eby succeeds Kelly as president of Parsons Brinckerhoff’s Americas Transportation operating company. “The COO position is being created to ensure the continued success of each of our operating companies and to enhance their abilities to work together across our expanding global operations,” said George J. Pierson, president and CEO of Parsons Brinckerhoff. “Greg Kelly has led our large
    Read More
  • Volvo addresses blind-side turns
    May 18, 2012
    Volvo has developed a system that aims at solving the problem of the truck driver's blind spot on the passenger side and the results of the research were demonstrated yesterday in the Intersafe 2 EU project in Wolfsburg, Germany. In Europe, between 30 and 60 per cent of all accidents resulting in injuries occur at intersections. Intersafe 2, an EU-funded project, aims at developing and demonstrating a Cooperative Intersection Safety System (CISS) that is able to improve traffic safety at road junctions by a
    Read More

Highlighted Content