Skip to main content

RTMS radar detectors for Asian Games

Flow Traffic Limited, the Hong Kong-based wholly owned subsidiary of Image Sensing Systems, has won a large contract to supply vehicle detection systems to the city of Guangzhou, China. The contract is part of infrastructure improvements required for the Asian Games, a major sporting event to be held in Guangzhou from 12-27 November. The project will provide real time traffic guidance and journey time information to reduce congestion and travel time during the international event.
March 1, 2012 Read time: 2 mins
Flow Traffic Limited, the Hong Kong-based wholly owned subsidiary of 6626 Image Sensing Systems, has won a large contract to supply vehicle detection systems to the city of Guangzhou, China. The contract is part of infrastructure improvements required for the Asian Games, a major sporting event to be held in Guangzhou from 12-27 November. The project will provide real time traffic guidance and journey time information to reduce congestion and travel time during the international event.

Flow Traffic's distributor, Beijing Vroad Technology, a company belonging to the China ITS Group, won the contract in tight competition with international and local vendors of vehicle detection systems.

The project includes 160 RTMS radar detectors of which 129 units of RTMS G4 have been supplied earlier this month and during this week, the vehicle detection systems are being commissioned by Flow Traffic engineers in Guangzhou. The RTMS G4 radar detectors will provide accurate volume, speed and occupancy data to the traffic guidance system.

Johan Billow, managing director of Flow Traffic, commented, “Since we acquired the RTMS product three years ago, the technology has been gaining widespread acceptance throughout Asian urban markets and it has proven to be an excellent complement to our Autoscope video image detection technology. Flow Traffic is on track to achieve a record number of radar detection units sold in 2010. Among the large Asian cities which have just this last year started to implement RTMS for their traffic management needs are some of China's largest cities such as Guangzhou, Wuhan, Xian and Hangzhou as well as Jakarta and Bangkok in South East Asia."

For more information on companies in this article

Related Content

  • The Middle East takes lead in urban mobility
    November 24, 2017
    Ralf Baron, Thomas Kuruvilla, Morsi Berguiga, Michael Zintel, Joseph Salem and Mario Kerbage from Arthur D. Little explain why there is much to be learned from the Middle East about the rapid evolution of transport systems. The rapid urbanisation across the globe is leading to mobility challenges as cities struggle to ensure their populations can move around freely using both public and private transport. Solving these issues is critical to ensuring that cities thrive and attract the investment and
  • Umovity: Revolutionising mobility through innovative technologies
    December 1, 2023
    United under the brand Umovity, PTV Group and Econolite join forces and introduce their new combined Mobility Tech Suite. The companies’ CEO Christian U. Haas explains the details
  • Speed reduction measures - carrot or stick?
    January 23, 2012
    In Sweden, marketing company DDB Stockholm employed a mock speed camera as part of a promotional campaign for automotive manufacturer Volkswagen. The result was worldwide online interest and promotion of the debate over excessive speed to the national level. A developing trend in traffic management policy is to look at how to induce road users to modify their behaviour by incentivising change rather than forcing it through the application of penalties. There have been several studies conducted into this; an
  • Siemens unveils Sepac 3.51 traffic control software
    July 31, 2012
    At this year’s IMSA (International Municipal Signal Association) Conference, which ends today in Orlando, Florida, Siemens has released the latest Sepac local traffic controller software which incorporates new features that help make intersections safer and improve the use of traffic signal priority for public mass transportation, without interrupting the general traffic flow.