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

  • Bus lane enforcement reduces costs, journey times
    May 4, 2012
    The Southcote Lane site in the UK town of Reading is a notorious shortcut for motorists travelling into the town centre. The resultant congestion at the end of the bus lane, when motorists tried to re-enter the main traffic flow, caused congestion and disruption to bus timetables. Reading Borough Council wanted a cost-efficient, effective solution to accurately capture bus lane violations and improve bus travel times. Reading became the first local authority in the UK to deploy Siemens's LaneHawk fully auto
  • Preparations building for French national truck toll
    September 12, 2012
    The Autostrade led Ecomouv consortium is developing the next big system of truck tolling likely to be introduced in Europe – France’s ‘Eco-tax’. Jon Masters reports. Since October last year, a consortium of companies has been working on developing the technological and administrative systems necessary for a national system of truck tolling in France. Eco-tax, France’s truck toll, is not necessarily going to be implemented. The Ecomouv consortium has been set up as a long term concessionaire, but so far only
  • Bristol’s buses trial CycleEye detection system
    July 7, 2017
    Fusion Processing’s Jim Hutchinson looks at a two-year trial of the company’s cyclist detection system. Is cycling in a city dangerous? Well, that depends where you are and how you view statistics. Malmö is far more bike-friendly than Mumbai and the risk can either be perceived as small - one death per 29 million miles cycled in the UK in 2013 - or large - that equated to 109 deaths in the same year. Whatever your personal take on the data, the effect of these accidents can be felt indirectly too. News of c
  • TM 2.0 boost TMC data feed and driver influence
    November 15, 2017
    TM 2.0 views connected vehicles and V2I as two-way communications channels, benefitting traffic management and drivers, as Alan Dron discovers. As connected vehicles are progressively rolled out there will come a point at which traffic managers and traffic management centres (TMCs) will have to gear up to cope with a rapidly-evolving road scenario. The TM 2.0 Platform (see box) is promoting a concept of new-generation traffic management (which carries the same TM 2.0 title) and is studying how future T