Sri Lanka to get first highway traffic management system

Japan's Mitsubishi Heavy Industries (MHI) has received an order to supply Sri Lanka's Road Development Authority (RDA) with the country’s first highway traffic management system (HTMS). The system, slated to go on-stream by the end of 2014, will also be MHI's first installation of its full-scale traffic management system for expressways. As part of a package agreement, MHI will handle all aspects of the project from engineering, procurement and installation to adjustment and training. The HTMS will b
January 6, 2014 Read time: 1 min
Japan's 4962 Mitsubishi Heavy Industries (MHI) has received an order to supply Sri Lanka's Road Development Authority (RDA) with the country’s first highway traffic management system (HTMS).

The system, slated to go on-stream by the end of 2014, will also be MHI's first installation of its full-scale traffic management system for expressways.  As part of a package agreement, MHI will handle all aspects of the project from engineering, procurement and installation to adjustment and training.

The HTMS will be installed on Southern Expressway, Sri Lanka's first ever expressway, between Colombo and Galle. Construction work will be performed under a grant-in-aid provided by the Japanese Government.

The system includes 24 variable message signboards, vehicle detection cameras, weather sensors and other roadside equipment, as well as the central computer systems for data processing, and operational status monitoring.
Detection, Monitoring & Machine Vision Urban Traffic Control Air Quality & Weather Systems

For more information on companies in this article

Related Content

  • CA Traffic displays BlackCAT Traffic Monitor
    April 5, 2016
    At CA Traffic cycle detection has always had a strong focus as visitors to the company’s stand here at Intertraffic will see. As CA Traffic points out, the increase in cycle safety projects has led to new developments and advanced hardware deployment utilising multiple detection technologies for a vast number of scenarios. The BlackCAT Traffic Monitor uses inductive loop technology to provide cycle detection at permanent sites. In its simplest form this allows bicycles to be detected and reported historical
    Read More
  • Driving forward cooperative intersection safety applications
    July 24, 2012
    Gregory Davis, FHWA, John Harding, NHTSA, and Mike Schagrin, ITS Joint Program Office (RITA) chart the course for cooperative intersection safety applications being pursued as part of the IntelliDrive programme. Crashes at intersections accounted for 8,703 highway fatalities in the US in 2008. Research and development is moving forward on IntelliDriveSM safety applications designed to help drivers avoid intersection accidents. These new safety systems could substantially drive down the highway death and inj
    Read More
  • IFC invests in PickMe to improve Sri Lanka’s transportation links
    June 19, 2018
    The International Finance Corporation (IFC) is investing $2.5m in Sri Lanka-based ride-hailing company PickMe, whose taxi app allows users to request auto rickshaws and luxury cars. Amena Arif, IFC country manager for Sri Lanka and Maldives, says the country has the potential for a digital start-up ecosystem but has been held back by a lack of global funding. IFC says only 5% of start-ups get cash-for-equity seed funding to raise their first significant round of venture capital. IFC’s venture cap
    Read More
  • Loop detection still has a part in traffic management
    March 2, 2012
    Bob Lees, co-founder of Diamond Consulting Services, on why the loop detector just refuses to go away. The more strident proponents of newer and emergent detection technologies are quick to highlight what they see as the disadvantages, and hence the imminent passing, of the humble inductive loop. The more prosaic will acknowledge that loops continue to have a part to play in traffic management, falling back on the assertion that it is all a question of application. And yet year after year the loop, despite
    Read More

Highlighted Content