Skip to main content

Navtech highlights radar’s cost-effectiveness

At this year’s ITS World Congress, Navtech Radar will be demonstrating the cost-effectiveness of using radar for Automated Incident Detection (AID) and other applications. “Radar’s capabilities, even in extremely challenging visual conditions, are now proven beyond doubt and we’ve been working over the last couple of years to make procurement and operation very cost-competitive,” says Navtech’s founding partner Stephen Clark. “System for system, radar compares well with CCTV but once performance is taken in
October 23, 2012 Read time: 2 mins
At this year’s ITS World Congress, 819 NavTech Radar will be demonstrating the cost-effectiveness of using radar for Automated Incident Detection (AID) and other applications.

“Radar’s capabilities, even in extremely challenging visual conditions, are now proven beyond doubt and we’ve been working over the last couple of years to make procurement and operation very cost-competitive,” says Navtech’s founding partner Stephen Clark.

“System for system, radar compares well with CCTV but once performance is taken into account the balance starts to tilt in radar’s favour. A single radar system can see farther, and in 360. That typically means that fewer individual systems are needed for the same task. And radar’s reliable; Navtech products offer a mean time between failure of 75,000 hours – over eight years of continuous operation.”

In service, the cost savings continue. No lens to clean, as with a camera, means fewer potential road or infrastructure closures for maintenance. This gives significant safety benefits from an operators’ perspective, indirect economic benefits in the case of congestion and – in the case of tolled roads and facilities – direct economic benefits as a result of uninterrupted operations.

“We’ve also increased radar’s utility,” Clark continues. “AID is now complemented by tailgating and illegal lane change monitoring applications, and more will follow. This is all part of our efforts to enrich the feature set and reduce overall the number and variety of systems needed to ensure safe, effective road operations, and to bring down both Capex and Opex costs.”

%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 43125 0 oLinkExternal www.navtechradar.com www.navtechradar.com false /EasySiteWeb/GatewayLink.aspx?alId=43125 true false%>

Related Content

  • March 25, 2014
    ARH promotes Hermes traffic management system
    The ancient Greek messenger of the gods Hermes had the ability to move effortlessly across boundaries – in his case, between the worlds of gods and humans. Hungarian company ARH claims the same sort of ease of movement for its Hermes traffic management system, its new middleware designed to connect roadside endpoints with a central traffic management interface. Its aim is to offer its systems integrator partners what it describes as a flexible and fast piece of middleware that can be incorporated into an
  • October 23, 2012
    e-Vignette advantage is simplicity and high compliance, says AGES
    The e-Vignette system of collecting and controlling road user charges has the advantage of simplicity while achieving high compliance from drivers, says service provider AGES. The electronic vignette has superseded the paper vignette as a convenient and faster service without the expense of printing and distributing physical authorisation for road use. Vignette road charging services are time based, requiring neither costly on-board equipment nor interaction with roadside infrastructure. The e-Vignette is i
  • October 29, 2014
    High-performance from Point Grey
    Point Grey’s range of low-cost and high-performance CCD and CMOS cameras is ideal for traffic applications. Its high performance Grasshopper3 camera line features Sony’s Pregius global shutter CMOS sensor, available in both USB 3.0 and GigE interfaces. The fast and extremely sensitive IMX174 sensor is a 1.5-inch Exmor CMOS that offers an image resolution of 1920 x 1200 and frame rates up to 162fps. Global shutter CMOS technology allows images of fast-moving vehicles to be captured without motion distort
  • April 23, 2013
    More cables in existing ducting with MaxCell’s no-dig CSRS
    CSRS is a new no-dig technology and construction method from MaxCell that removes inner ducting from around active fiber optic cables with virtually no load on cable and no interruption of service. Inner ducts can be are removed at a rate of up to 3m (10ft) per min and up to 90% conduit space is recovered. The cables fall to bottom of conduit allowing up to nine more cables to be placed in recovered space. Replacing with new ducting can cost upwards of $3000 per metre ($1,000 per foot) in cities.