Skip to main content

Saber develops skid analysis software to measure road safety

Saber, a UK highway condition and inventory specialist, has developed skid analysis software to help reduce the risk of road traffic accidents. SkidAnalyser, part of a suite of software tools for managing highway survey data, is cloud-based and analyses information collected by Saber’s road safety vehicles. These measure levels of skid resistance in wet conditions. The company says the idea is to make raw data from surveys available within days of collection – and this can in turn alert highway authorit
February 21, 2019 Read time: 2 mins
Cognitive Technologies says its 4D Imaging Radar for self-driving cars carries out vertical scanning without using mechanical components and can detect objects with an accuracy over 97%.
Saber, a UK highway condition and inventory specialist, has developed skid analysis software to help reduce the risk of road traffic accidents.


SkidAnalyser, part of a suite of software tools for managing highway survey data, is cloud-based and analyses information collected by Saber’s road safety vehicles. These measure levels of skid resistance in wet conditions. The company says the idea is to make raw data from surveys available within days of collection – and this can in turn alert highway authorities to road surfaces that need urgent remedial work.

Steve Batchelor, MD of Saber, says: “This latest development means that skid-risk data becomes available not only much more quickly, but it is presented in a visual, easy to understand way. This allows decisions to be made more quickly and with greater confidence.” The system uses Google Maps to display data spatially and includes a tablet app for site investigations.

Related Content

  • September 6, 2017
    Remote remedies help US authorities identify bridge deficiencies
    Every day 185 million vehicles – cars, trucks, school buses, emergency response units - cross one or more of America’s 55,710 'structurally compromised' steel and concrete road bridges, the highest concentration of which are in Iowa (nearly 5,000), Pennsylvania and Oklahoma. Nearly 2,000 of these crossings are located on interstate highways, according to the American Road and Transportation Builders Association's recent analysis of the US Department of Transportation's 2016 National Bridge Inventory.
  • March 15, 2019
    Cost Benefit: Utah traffic light scheme pays dividends
    A traffic signal control scheme in Utah is being taken up by other US authorities. David Crawford finds out how the Beehive State is leading the way in DoT and driver savings Growing numbers of US state departments of transportation (DoTs) and their road users are gaining real financial benefits from an advanced approach to traffic signal monitoring recently developed in Utah. Central to the system is its use of automated traffic signal performance measures (ATSPM) technology, brought in to improve th
  • April 6, 2018
    The importance of going with the flow
    Ensuring worker safety and up-to-date driver information is crucial to ensure that roadworks are not a source of danger and delay. Andrew Williams looks at a scheme on the A14 in Cambridgeshire, UK. In recent years, portable workzone ITS solutions have emerged as important tools in the management of major roadworks and system upgrade projects - and are viewed as an increasingly vital means of ensuring any ongoing traffic flow disruption is kept to a minimum. The technology forms a central component of an
  • March 11, 2015
    Keeping a watching brief over traffic flows
    Monitoring traffic flows is set to become an even bigger challengebut a revolution in camera technology can help, as Patrik Anderson explains. By 2025 almost 60% of the world’s population will live in urban areas and in those cities there will be an estimated 6.2 billion private motorised trips every day. In order to manage this level of traffic growth, traffic management centres (TMCs) will need to both increase their monitoring capabilities and be able to detect traffic problems quickly, efficiently and r