Skip to main content

How typical?

Deployment of solar-powered LED road studs has provided significant cost benefits whilst reducing KSIs on notorious routes in South Africa. Can these results be replicated in other regions of the world and on less notorious stretches of road? According to Kevin Adams, Astucia's CEO, they can.
July 30, 2012 Read time: 3 mins
Kevin Adams, CEO of Astucia
RSSDeployment of solar-powered LED road studs has provided significant cost benefits whilst reducing KSIs on notorious routes in South Africa. Can these results be replicated in other regions of the world and on less notorious stretches of road? According to Kevin Adams, 1875 Astucia's CEO, they can.

"Astucia SolarLite studs have been installed in many regions of the world, in countries as widespread as Venezuala, Peru, Poland and Australia, and they are helping to reduce global KSI rates," Adams points out. "Their use in the UK has also shown dramatic reductions in accident rates on roads right across the country from Norfolk to Barry in Wales. With over eight fatal accidents in the UK every day and around half the fatalities occurring at night, these studs provide an innovative aid in the bid to make our roads safer."

Adams cites the deployment in Norfolk, where the A143 links the Norfolk Broads towns of Beccles and Great Yarmouth, as a case in point. The road crosses the Haddiscoe Marshes on a sinuous, 2km embankment known as the Haddiscoe Dam.

Dominant accident type

Adams: "Over a three-year period there were 22 recorded accidents, two of which involved loss of life, along with six causing serious injury and 14 others considered as minor. The dominant accident types, comprising 95 per cent of all accidents recorded, were as a result of loss of control. With its route across the low-lying marshes a high number of these accidents appeared to be during damp and misty conditions that are often prevalent, with 40 per cent occurring in the dark and 65 per cent when the road was wet."

To reduce the number of accidents at this location Norfolk County Council took a number of initiatives which involved resurfacing the road to improve skid resistance and also installing Astucia solar-powered road studs. The initial installation was comprised of over 200 studs providing delineation of the centreline. The positioning of the studs was carefully designed to provide drivers with advanced indication of the nature of the road layout ahead.

Immediate improvement

Nevil Calder, Principal Engineer - Safety and Traffic Management for Norfolk County Council is delighted with the results of the safety scheme. "In the first two years since the scheme was introduced we noticed an immediate improvement in road safety; there were only five recorded accidents, all of which were slight, with none occurring in the dark and only one during wet conditions. The overall accident frequency has reduced from 7.3 per year to 2.3 whilst the severity ratio has reduced from 36 per cent to zero."

With each fatality in the UK costing around $3.05 million, this would have seen an initial cost of over $6.6 million for 22 KSIs. After installation of SolarLite studs this would have been dramatically reduced. As Adams points out, with an installation cost of less than $10,000 for the studs, this provides a compelling financial case, even before considering the terrible consequences of a serious or fatal accident cause.

Adams concedes that, at first glance, some people may consider the initial installation costs of Astucia Solarlite studs to be prohibitive at around $48 (installed). However, as he points out, lasting over the full lifetime of the road surface they can provide greater value than the traditional Halifax-style studs which require replacement on a fairly regular basis.

"This means that the whole life cost of the SolarLite stud, which has an average life of eight-10 years, is actually cheaper than the traditional road stud, with a significant reduction of accidents where they are deployed,"
he adds. RSS

For more information on companies in this article

Related Content

  • Interactive map reveals the UK’s riskiest roads
    November 20, 2018
    The A254 between the junction with A28 in Margate and the junction with the A255 near Ramsgate is the UK’s riskiest road, according to an interactive Dangerous Road Map. There were 26 fatal and serious crashes per billion vehicle kilometres on this road, say motor insurer Ageas and the Road Safety Foundation (RSF). Both organisations are now calling on an immediate investment from the UK government of £75 million, and the same amount annually for five years thereafter to improve the country’s riskiest
  • Cooperative infrastructure systems waiting for the go ahead
    February 3, 2012
    Despite much research and technological promise, progress towards cooperative infrastructure system deployment is still slow. Here, Robert Cone and John Miles take a considered look at how and when it might come about. From a systems engineering viewpoint it looks logical and inevitable that vehicles should be communicating between themselves and with the road infrastructure. But seen from a business viewpoint the case is not proven.
  • IBTTA responds to sustainable transportation funding report
    December 4, 2014
    The International Bridge, Tunnel and Turnpike Association (IBTTA has responded to a new report released by the Eno Center for Transportation. How We Pay for Transportation: The Life and Death of the Highway Trust Fund looks at the current political, economic and legal forces behind the US Highway Trust Fund, including an examination of other countries and their lessons on providing long term sustainable funding for transportation. Patrick D. Jones, IBTTA executive director and CEO, said: “We salute the
  • Queensland extends emergency vehcile priority system
    December 18, 2014
    Following encouraging results from an initial small-scale trial of an emergency vehicle priority system in Queensland, Australia, the scheme is now being extended. In an emergency every second counts. Nowhere is this more graphically illustrated than by the survivability statistics for the time to cardiopulmonary resuscitation of pre-hospital cardiac arrest: at four minutes the survival rate is 22% but by 14 minutes the survival has dropped to 5% - as can be seen from the graph below. There is a similar tre