Skip to main content

Flir showcases thermal cameras at ITS America

Flir is showcasing its latest thermal imaging cameras at its booth at ITS America in Pittsburgh, giving traffic management center personnel clear views into low-visibility areas caused by darkness, flashing lights, smoke, fog and other conditions. Better visibility allows traffic engineers to better assess road conditions, traffic patterns and incident detection and send that information upstream to approaching motorists. The company’s D Series of cameras provide both optical and thermal imaging, however
June 2, 2015 Read time: 2 mins
Dan Dietrich of Flir displays the thermal imaging cameras
6778 Flir is showcasing its latest thermal imaging cameras at its booth at ITS America in Pittsburgh, giving traffic management center personnel clear views into low-visibility areas caused by darkness, flashing lights, smoke, fog and other conditions. Better visibility allows traffic engineers to better assess road conditions, traffic patterns and incident detection and send that information upstream to approaching motorists.

The company’s D Series of cameras provide both optical and thermal imaging, however, most transportation organizations that utilize the technology end up using the thermal screens nearly exclusively, according to Dan Dietrich, director of Flir’s ITS division in North America. A dozen state department of transportations are currently using the cameras, including Florida DOT and Colorado DOT.

The Florida deployment is a direct result of an accident that resulted in smoke obscuring traffic cameras at the scene, slowing emergency response and delaying aid to injured motorists. The new thermal cameras would be able to provide visibility through the smoke, allowing the local traffic management center to better direct emergency responders.

Dietrich said that thermal imaging also helps detect motorists that have been ejected out of vehicles on the side of the road. While fire fighters often use hand-held thermal detectors, having them integrated with traffic cameras would speed identification and get motorists the help they need quicker.

Thermal imaging also works better at night and in dimly-lit areas, giving traffic management centers the 24x7 coverage they need to provide round-the-clock monitoring of roadways.

For more information on companies in this article

Related Content

  • Dutch survey shows drivers are in favour of road user charging
    January 16, 2012
    'Keep it simple, stupid' is an oft-forgotten axiom but in terms of road user charging it is entirely appropriate. So says the ANWB's Ferry Smith. A couple of decades ago, it might have been largely true that the technology aspects of advanced road infrastructure were the main obstacles to deployment. However, 20 years or more of development have led to a situation where such 'obstacles' are often no more than a political fig-leaf. Area-wide Road User Charging (RUC) is a case in point; speak candidly to syst
  • Assessing driver behaviour in work zones
    May 31, 2013
    David Crawford looks at moves to increase throughput and safety in work zones.
  • Latest ANPR technology from Vysionics
    April 26, 2013
    UK-based traffic solutions provider Vysionics is launching Vector, its latest ANPR camera which the company says captures and reads vehicle number plates across two lanes in all conditions. The camera provides a common platform for multiple ANPR applications, including average speed enforcement; bus lane enforcement; level crossings and red light enforcement; yellow box violations; tolling; and journey time measurement Vysionics states that Vector combines a wealth of ANPR experience into a single, highly c
  • Flir showcases groundbreaking AI for traffic optimisation
    April 17, 2024
    Continuing its visionary approach, Flir is here to showcase cutting-edge AI innovations that promise to optimise traffic flow. Among the highlights is the introduction of Flir Trafibot AI, a revolutionary solution for interurban automation incident detection and traffic data collection.