Skip to main content

Paragon software aids low bridge avoidance

UK-headquartered Paragon Software Systems has developed a low bridge avoidance mapping option for all UK versions of its routing and scheduling optimisation software. The optional Navteq mapping functionality eliminates the need to enter bridge height data manually into Paragon, simplifying and streamlining the creation of cost-effective, feasible transport plans that enable high vehicles to avoid low bridges on British roads. The software shows low bridge locations on the digital maps and users can define
January 15, 2013 Read time: 2 mins
UK-headquartered 6837 Paragon Software Systems has developed a low bridge avoidance mapping option for all UK versions of its routing and scheduling optimisation software.

The optional 295 Navteq mapping functionality eliminates the need to enter bridge height data manually into Paragon, simplifying and streamlining the creation of cost-effective, feasible transport plans that enable high vehicles to avoid low bridges on British roads.

 The software shows low bridge locations on the digital maps and users can define the height of each vehicle and trailer type in their fleet.  This enables the software to create routes that avoid low bridges according to the height of the vehicle or trailer being used and prevents drivers having to take detours that can add more mileage to the route. “Low bridge restrictions can have a significant impact on routing accuracy for rigid and articulated fleets and so we are offering this new data option to make it easier for users to take account of them,” says Paragon Support Director, Phil Ingham. “As a result, more accurate routing will mean more acceptable routes for drivers, fewer unplanned driver detours and less mileage discrepancies during driver debrief.”

For more information on companies in this article

Related Content

  • I-80 Smart Corridor sets the ITS standard for California's Bay Area
    March 23, 2015
    Colin Sowman looks at California’s ‘smartest’ road which will open this spring to counter congestion and accidents on one of the Bay Area’s busiest interstates. Interstate 80 (I-80) is one of the busiest roads in the San Francisco Bay area with up to 270,000 vehicles using the corridor every day. The section between the Carquinez Bridge in Crockett and the Bay Bridge not only suffers congestion during the working week but also at weekends. Traditional remedies such as building additional lanes (there are al
  • Workzone safety can be economically viable
    October 24, 2014
    David Crawford looks how workzone safety can be ‘economically viable’. Highway maintenance is one of the most dangerous construction industry occupations in Europe. Research from The Netherlands on fatal crashes indicates that the risk facing road workzone operatives is ‘significantly higher’ than that for the general construction workforce. A survey carried out by the Highways Agency, which runs the UK’s motorway and trunk road network, has suggested that 20% of road workers have suffered injuries from pa
  • CRASH Predicts ‘unpredictable’ in traffic incidents
    November 11, 2015
    Road crashes are not as random as they may appear and analysing data can reveal patterns that can help various authorities target their resources more accurately. David Crawford reports. Figures from the US National Highway Traffic Safety Administration (NHTSA) show that in 2013 there were 32,719 people killed on American roads and 2.31 million injured. While these form part of an overall 25% drop over the decade from 2004, US Transportation Secretary Anthony Foxx continues to stress that reaching the procl
  • QRoutes launches transport planning software for schools and special needs
    January 29, 2018
    QRoutes has launched the latest version of its Transport Planning tool which is designed to simplify and improve the planning of school and special needs transport. It creates visual map-based results and enables planners to explore what-if scenarios to find new improved routes. The QRoutes Planner (QRP) can configure the system to take into account a range of variables affecting each route plan. These include board and alight times for different passenger types, and road type speed settings, which can be