Skip to main content

Qatar tests overheight vehicle detectors

The first over-height vehicle detection system (OVDS) in Qatar has been launched at the Duhail intersection in Doha. The new system will help provide greater control over trucks and protect bridges and tunnels, the Public Works Authority (Ashghal) said yesterday. The system is operated and controlled by the traffic signal control room (TSCR) at Ashghal. The OVDS uses integrated sensors or height detectors, electronic message board and CCTV, to detect vehicles that violate the maximum permitted height of
January 6, 2014 Read time: 2 mins
The first over-height vehicle detection system (OVDS) in Qatar has been launched at the Duhail intersection in Doha.  The new system will help provide greater control over trucks and protect bridges and tunnels, the Public Works Authority (5840 Ashghal) said yesterday.

The system is operated and controlled by the traffic signal control room (TSCR) at Ashghal. The OVDS uses integrated sensors or height detectors, electronic message board and CCTV, to detect vehicles that violate the maximum permitted height of 5.5 metres before entering tunnels, or passing under bridges. In the event of any over-height vehicle trying to enter the interchange, the system will alert the vehicle through a siren audible at the site, followed by a multi-lingual text message that appears on the electronic board at the site.

At the same time, the traffic signal at the approach will be changed to red by the control room to prevent the vehicle from entering the interchange. If the vehicle ignores the warnings, the control room will immediately contact the traffic department to take steps to prevent the vehicle from entering the interchange.

Ashghal’s Road Operation and Maintenance Department is looking at the possibility of introducing the OVDS at more intersections across Doha.

For more information on companies in this article

Related Content

  • Real time information delivers safer work zone
    January 31, 2012
    Beginning in June 2011, Massachusetts Department of Transportation (MassDOT) began replacing 14 deteriorated bridge superstructures on Interstate 93 throughout the city of Medford. The project has been called the 93 FAST 14, and because of its impact on the travelling public Mass DOT has implemented the use of Smart Work Zone technology.
  • South Africa's first multi-lane free-flow tolling top of the line
    February 3, 2012
    Kapsch's Kjell Arnesson talks about the first multi-lane free-flow tolling project in South Africa. In South Africa, installation is ongoing as part of the Gauteng Freeway Improvement Project (GFIP) of the country's first Multi-Lane Free-Flow (MLFF) tolling system.
  • Widest bridge in the world Port Mann open in Vancouver
    April 25, 2013
    Port Mann Bridge, designed to growing regional congestion and improve the movement of people, goods and transit throughout greater Vancouver, is now open for business. The widest bridge in the world, the Port Mann Bridge located in the metro Vancouver area, in British Columbia, Canada, features an Open Road Tolling (ORT) system, also called All Electronic Tolling (AET), which will ultimately cross all 10 lanes of traffic.
  • SICE to implement public transit priority system for public transport in Spanish city
    August 11, 2017
    TESINGER, a company belonging to the Perteo Group, has awarded SICE the contract for the installation of a traffic signal priority system to reduce public transport delays at intersections in the city of Santander, Spain. The works are part of the Infrastructure Construction Project for the Metro-TUS implementation, the city’s new high speed bus service. SICE’s RBG1402-I2V Prioritisation and Geolocation System is an integrated solution enabling intelligent wireless communication between public transport veh