2010Unpublished venueRequires access

Road Safety Engineering Risk Assessment Part 10: Rural Run-off-road Crashes

Michael Tziotis, Pyta, Nick Mabbott, J Mclean

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Abstract

While road safety professionals have achieved significant reductions in crashes through various safety programs run-off-road (ROR) crashes still feature highly in rural crash statistics. Although the prevalence of these crashes has been reduced somewhat through improved geometric road design, improved road delineation, improved hard shoulders, treatment of clear zones and use of barriers and crash cushions, continued efforts are required to reduce such crashes as they have a major impact on the level of injury and death of motorists. One of the major contributors to reducing run-off-road crashes over the past decade has been audio-tactile edge line treatments. Similarly, in Australia, the use of raised tactile edge lines has reduced lane departures in the order of 49 per cent in New South Wales. Another major contributor to reducing the road toll has been flexible barrier systems. New treatments such as vehicle activated signs and perceptual countermeasures were also identified as potentially promising. These countermeasures and others are discussed in the report. (a)

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What this paper is about

While road safety professionals have achieved significant reductions in crashes through various safety programs run-off-road (ROR) crashes still feature highly in rural crash statistics. Although the prevalence of these crashes has been reduced somewhat through improved geometric road design, improved road delineation, improved hard shoulders, treatment of clear zones and use of barriers and crash cushions, continued efforts are required to reduce such crashes as they have a major impact on the level of injury and death of motorists. One of the major contributors to reducing run-off-road crashes over the past decade has been audio-tactile edge line treatments. Similarly, in Australia, the use of raised tactile edge lines has reduced lane departures in the order of 49 per cent in New South Wales. Another major contributor to reducing the road toll has been flexible barrier systems. New treatments such as vehicle activated signs and perceptual countermeasures were also identified as potentially promising. These countermeasures and others are discussed in the report. (a)

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Available abstract

While road safety professionals have achieved significant reductions in crashes through various safety programs run-off-road (ROR) crashes still feature highly in rural crash statistics. Although the prevalence of these crashes has been reduced somewhat through improved geometric road design, improved road delineation, improved hard shoulders, treatment of clear zones and use of barriers and crash cushions, continued efforts are required to reduce such crashes as they have a major impact on the level of injury and death of motorists. One of the major contributors to reducing run-off-road crashes over the past decade has been audio-tactile edge line treatments. Similarly, in Australia, the use of raised tactile edge lines has reduced lane departures in the order of 49 per cent in New South Wales. Another major contributor to reducing the road toll has been flexible barrier systems. New treatments such as vehicle activated signs and perceptual countermeasures were also identified as potentially promising. These countermeasures and others are discussed in the report. (a)

Key concepts: Crash, Transport engineering, Toll, Engineering, Forensic engineering, Computer science, Medicine, Immunology

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