Skip to main content

Transport safety in Qatar – ‘taking a long-term view’ says report

A report by the International Quality and Productivity Centre (IQPC) says that, while the country is well on its way to implementing programmes aimed at improving road safety, it appears to have taken a long-term view of its needs and is planning for a system which can expand to meet future demand. According to Transport Safety in Qatar: Outlook and Possibilities, the Qatari Government has implemented a series of initiatives and intelligent transport systems (ITS) around Qatar, in line with its Qatar Nat
May 23, 2016 Read time: 2 mins
A report by the International Quality and Productivity Centre (IQPC) says that, while the country is well on its way to implementing programmes aimed at improving road safety, it appears to have taken a long-term view of its needs and is planning for a system which can expand to meet future demand.

According to Transport Safety in Qatar: Outlook and Possibilities, the Qatari Government has implemented a series of initiatives and intelligent transport systems (ITS) around Qatar, in line with its Qatar National Vision 2020, to improve road safety and surface transport effectiveness. These include: infrastructure projects aimed at reducing congestion and helping to cope with Qatar’s increasing number of vehicles; a real time traffic data collection and integration system; a traffic signal control room; and traffic signal pre-emption for emergency vehicles.

The report looks at four aspects of road safety policies: urban and transport planning, vehicles, traffic management, roads and infrastructure.

It discusses the new technologies available to improve road safety, such as anti-lock braking systems, driver alertness detection systems and vehicle-to-vehicle and vehicle-to-infrastructure communication, along with the introduction of laws to mandate seat belt use for front seat passengers and drivers. The report claims that the country’s traffic department does not have the resources to control traffic congestion or police law-breaking motorists, although the country is moving to increase the number of officers by the end of 2016.

Qatar is investing substantially to create a world-class, integrated, surface transport system, while new and enhanced highways and roads, complemented by the Doha Metro and Lusail light rail projects, should reduce reliance on private cars, and help increase safety.

Related Content

  • March 14, 2012
    Trends in automotive technology
    Continental has become a leading player in vehicle technology and telematics. The firm’s executive board chairman Elmar Degenhart describes to Jason Barnes Continental’s views on the ‘megatrends’ of the automotive industry Strategic moves to diversify Continental’s business from rubber-related products began in the late 1990s with the acquisition of ITT Teves and its brake business. This brought on board know-how relating to the then new electronic stability control (ESC) systems which today form an import
  • April 26, 2021
    Crash course in workzone safety
    A vehicle crashing through a workzone is an ever-present risk. As US National Work Zone Awareness Week approaches, Alan Dron asks what chance there is of improving the situation
  • December 4, 2012
    Public transport operators implement passenger safety systems
    Operators of public transport systems are arming themselves with sophisticated systems of technology to ward off terrorism threats to passenger safety. David Crawford reports. City transportation authorities worldwide are looking more keenly than ever for mass transit solutions to overcome traffic congestion and manage commuter flows. As they do so, concerns over passenger security are driving development of new technologies for terrorist incident detection, response and emergency passenger evacuation. The
  • May 25, 2016
    On a WIM – a global view of weigh in motion
    Q-Free’s Andrew Lees looks at regional characteristics and technology trends in the global Weigh-In-Motion market. The principles of Weigh-In-Motion (WIM) are well established. Data derived from vehicles passing over in-ground sensors can be interpreted for vehicle classification (axle counts and spacing) and positive identification (especially when linked to image capture) applications as well as to derive individual axle and gross vehicle weight (GVW).