Skip to main content

New Zealand to trial mobile road weather data acquisition

From September 2016, MetService and the New Zealand Transport Agency will commence a road weather mobile data acquisition trial, in conjunction with road contractors Fulton Hogan and Downer. The aim of the trial is to provide MetService, the Transport Agency, road contractors and the travelling public with pre-warning of challenging and dangerous driving conditions or potential road closures during severe weather. The six-month trial follows a pilot sensor-assessment process and aims to expand road
August 16, 2016 Read time: 2 mins
From September 2016, MetService and the 6296 New Zealand Transport Agency will commence a road weather mobile data acquisition trial, in conjunction with road contractors Fulton Hogan and Downer.
 
The aim of the trial is to provide MetService, the Transport Agency, road contractors and the travelling public with pre-warning of challenging and dangerous driving conditions or potential road closures during severe weather.

The six-month trial follows a pilot sensor-assessment process and aims to expand road weather observation assets by evaluating the use of a range of vehicle-mounted sensors for monitoring road weather conditions across the network.

As the vehicles travel the road network, they transmit real-time data continuously to provide observations of road and air temperature, rain, snow, slush, water film height, ice content, humidity and dew point temperature. Some of the sensors are capable of taking measurements up to 100 times per second. Data can be viewed on smartphones connected to the sensors by Bluetooth and transmitted on cellular networks for subsequent analysis.
 
The data collected will deliver key insights for improving road weather forecasting and road safety in locations for which there is currently no weather information available.
 
MetService says this technology will help enhance road weather modelling systems and provide access to a wide range of previously unavailable data to assist with planning and operational activities.
 
Drivers of the sensor vehicles have immediate access to data to inform them of dangerous driving conditions, and fleet operators will have better quality, more timely information for fleet management.
 
Data from mobile sensors will complement information from MetService’s existing road weather station network, which covers over 40 state highway trouble spots.

For more information on companies in this article

Related Content

  • IRD polishes WiM’s green credentials
    December 21, 2020
    A project in Canada is proving that Weigh in Motion can have a positive environmental impact, by helping to reduce emissions. Adam Hill looks at International Road Dynamics’ numbers
  • Geotoll’s payment app could be the smart answer to tolling interoperability
    July 30, 2013
    Jon Masters looks at a smartphone app which could be the ‘disruptive technology’ that eases the way to interoperability in tolling systems. Consumer demand may soon drive the biggest step change yet in tolling. In the United States a new start-up company, Geotoll, has launched a smartphone app for electronic toll payment. It is not beyond possibility that rapid growth of the market for smartphones will continue – an estimated 50% of US citizens and 80% of Europeans now have one – and that the Geotoll brand
  • MaaSLab research assesses Londoners’ attitude to MaaS
    March 28, 2018
    As delegates head for our second MaaS Market Conference, Colin Sowman examines a new report looking at the potential impact of Mobility as a Service on London’s travellers and transport providers. In the run-up to ITS International’s MaaS Market (London) conference, a new independent report examining the travelling public’s appetite for Mobility as a Service (MaaS) has been published. Until now, there has been no real evidence base to evaluate the extent to which MaaS could change travel behaviour in
  • Keeping a watching brief over traffic flows
    March 11, 2015
    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