Arup and Amey to design Australian smart motorway project

Arup, working with Amey, is to deliver the M4 Smart Motorway project, said to be the first of its kind in New South Wales, Australia. The commission includes all technology and civil works, spanning from detailed design through to construction support services.
September 28, 2016 Read time: 2 mins

7942 Arup, working with 6110 Amey, is to deliver the M4 Smart Motorway project, said to be the first of its kind in New South Wales, Australia.

The commission includes all technology and civil works, spanning from detailed design through to construction support services.

The M4 Smart Motorway project will introduce intelligent technology to monitor traffic conditions, manage congestion and respond to incidents in real-time on the existing M4 Western Motorway. The project aims to increase traffic throughput, with a potential reduction of peak travel times by up to 15 minutes and accidents by up to 30 per cent.

The Arup and Amey team was originally formed in England, combining Arup’s technical expertise with Amey’s operational management to win a recent design package of the Smart Motorway Programme on the M1. This considerable international knowledge, combined with both firms' local highways experience, was a significant asset in securing this project.

The local team drew heavily on the knowledge of their UK counterparts, with key international members joining the design team and attending interviews with Roads and Maritime NSW throughout the tender process.

Key features of the project will include additional traffic sensors and CCTV cameras to monitor traffic conditions; and variable message signs, speed limits and lane use signs to be able to adapt to demand.  Ramp signals will assist by managing traffic flow onto the motorway.

Due to be completed in 2020, the project will bring the M4 into a select class of Smart Motorways in Australia, including another recent Arup project, Melbourne’s M1 Monash and Westgate Freeway Upgrade.

Detection, Monitoring & Machine Vision Urban Traffic Control Air Quality & Weather Systems

For more information on companies in this article

Related Content

  • Technology holds the key to painless parking
    March 21, 2014
    Parking has been the most innovative of all the transportation sectors in the past five years. Richard Harris, Solution Director, Xerox Services outlines some of the key drivers and trends
    Read More
  • Airborne traffic monitoring - the future?
    March 1, 2013
    A new frontier in the quest to monitor road traffic is opening up… but using airborne drones to reduce the jams comes with some thorny issues. Chris Tindall reports. Imagine if you could rely on a system that provided all the data you needed to regulate traffic flow, route vehicles and respond swiftly to emergencies for a fraction of the cost of piloting a helicopter. That system exists, but as engineers and traffic managers start to explore the potential of unmanned aerial vehicles (UAVs) – more commonly k
    Read More
  • Substantial savings from smarter street lighting
    February 25, 2015
    As authorities strive to reduce expenditure and carbon emissions, Colin Sowman looks at some of the smart ways of managing street lighting while containing costs and maintaining safety. Street lighting can account for 40% of an authority’s energy consumption. So, faced with the need to reduce outgoings, some authorities are looking for smart ways of managing street lighting or even turning off swathes of street lights in the small hours. Back in 2008 the E-street Initiative report concluded that authorities
    Read More
  • Spot speed deterrent proved to be transient
    October 18, 2013
    As research and trials show the benefits of average speed enforcement - David Crawford reviews developments on two continents. August 2013 saw the switch on of the Australian State of Victoria’s latest combined point-to-point (P2P) average speed enforcement (ASE) and spot camera control system. Installed on the 27km Peninsula Link to the south-east of Melbourne, the system uses high-resolution automatic number plate recognition (ANPR) cameras and optical character recognition (OCR) technology developed b
    Read More

Highlighted Content