Skip to main content

Average speed cameras implemented on South Australia highway

The Sturt Highway, an important road link between Sydney and Adelaide, will become the fourth stretch of South Australian road to implement average speed cameras when the system is activated on 14 September. The cameras calculate the average speed of a vehicle between two points, as well as the vehicle’s actual speed at each camera location. Average speed cameras have been operating on Dukes Highway and Port Wakefield Road since July last year and on Victor Harbour Road since June this year. Two more
September 9, 2015 Read time: 2 mins
The Sturt Highway, an important road link between Sydney and Adelaide, will become the fourth stretch of South Australian road to implement average speed cameras when the system is activated on 14 September.

The cameras calculate the average speed of a vehicle between two points, as well as the vehicle’s actual speed at each camera location.

Average speed cameras have been operating on Dukes Highway and Port Wakefield Road since July last year and on Victor Harbour Road since June this year. Two more cameras on the South Eastern Freeway and the Northern Expressway are expected to be switched on in the coming months.

“The cameras are located on an 18 kilometre stretch of the Sturt Highway between Kingston on Murray and Lowbank, and will apply to traffic travelling in both directions,” Road Safety Minister Tony Piccolo said.

Piccolo said the section of the Sturt Highway was chosen based on its high crash rate and the consistent speed limit between the camera sites. Up to 12,000 motorists use the Sturt Highway each day, with more than 1,000 casualty crashes recorded between 2010 and 2014 resulting in 24 deaths and 115 serious injuries.

Related Content

  • July 17, 2015
    Average speed cameras go live on Scotland’s motorway upgrade
    Average speed cameras are due to go live across the US$780 million M8 M73 M74 Motorway Improvements Project in Scotland. It is hoped they will encourage a safe and steady traffic flow by monitoring the average speed of vehicles through the works to ensure the safety of both road users and road workers. The cameras are expected to go live on 20 July and will remain in place until the completion of the project in spring 2017.
  • January 31, 2012
    Average speed enforcement, a huge impact on reducing speed
    A guaranteed way to get drivers to slow down and comply with work zone speed limits is to use average speed cameras. Deployed in the UK for over a decade now, they have had a huge impact, not least in achieving around 99 per cent compliance with speed limits. It's not difficult to understand: when someone knows that if they speed through a work zone it is absolutely guaranteed that they will be caught, fined and have points on their licence, only a total fool would. In the UK, SPECS average speed cameras we
  • April 8, 2014
    UK defaults to hard shoulder running to expand motorway capacity
    Hard shoulder running has become the UK’s default response to increasing motorway capacity as Colin Sowman reports. Facing a predicted 46% increase in traffic levels by 2040 and the current economic recovery leading to more people travelling to, from and for work leaves the UK government under short- and long-term pressure to increase the capacity on the main motorway network. Particular sections of motorways are already experiencing repeated, sometimes tidal, congestion and both tight Treasury limits and t
  • December 20, 2012
    Dubai Police choose Vitronic enforcement
    Dubai Police continues its road safety initiative by awarding a further contract to Vitronic for fixed traffic enforcement systems; the contract includes PoliScan speed enforcement, combined red light and speed enforcement systems as well as violation processing software. The stationary PoliScan speed systems monitor all vehicles in the surveillance zone equally, even if they are tailgating, changing lanes, driving in the vicinity of road works, tunnels or taking bends. In Dubai the systems come with automa