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Providing for Road User Error in the Safe System
This project investigated the feasibility and cost of moving towards a truly Safe System infrastructure. The key feature of such an infrastructure is that it be designed to preserve safety in the face of driver fallibility.
Australian National Risk Assessment Model
The Australian National Risk Assessment Model (ANRAM) helps road agencies identify fatal and serious injury (severe) crash risk across all parts of the road network. ANRAM helps road agencies manage this risk through development of treatment…
Investigation of Key Crash Types: Run-off-road and Head-on Crashes in Urban Areas: Final Report
This report collates research into factors contributing to the incidence and severity of run-off-road and head-on collisions on urban roads in Australia and New Zealand. It also identifies possible measures to reduce the incidence and severity of…
Road Safety Engineering Risk Assessment Part 9: Rural Intersection Crashes
Intersection crashes are one of the more common type of crash that may occur in rural environments. It is therefore important, within a Safe System, that factors that may contribute to intersection crashes and methods that may be used to prevent…
Road Safety Engineering Risk Assessment Part 10: Rural Run-off-road Crashes
Run-off-road crashes result in a high number of serious casualty crashes in rural environments. It is therefore important, within a Safe System, that factors that contribute to this type of crash and methods that may be used to prevent them from…
Road Safety Engineering Risk Assessment Part 8: Rural Head-on Crashes
The Safe Systems approach has been adopted in Australia and aims to provide a road system that protects responsible road users from death and serious injury. A Safe System approach recognises that road users are fallible and will continue to make…
Road Safety on Local Government Roads: Final Report
This document seeks to provide information on the safety of local government managed roads. A large proportion of the Australasian road network is managed by local government (82% in Australia, and 88% in New Zealand). However, little is known about…
Improving Roadside Safety

Roadside hazards pose a major risk to road users who lose control of their vehicles and run off the road. From 2003 to 2007, an average of 558 fatal run-off-road crashes occurred annually in Australia and 135 in New Zealand. In addition to these,…

Reviewing ITS Technologies and Road Safety Opportunities
Meeting road safety targets will be assisted by the deployment of a range of Intelligent Transport Systems (ITS) technologies which are already available or which will become available over the next few years. A recent Austroads study involved a…
Road Safety Engineering Risk Assessment Part 3: Review of Best Practice in Road Crash Database and Analysis System Design
Crash databases are an essential tool in analysing crash risk. Databases allow identification of high crash locations, and provide information on crash causation, allowing these crashes to be effectively targeted. The information contained in crash…