Publications

Guide to Road Design Part 6A: Paths for Walking and Cycling provides guidance for designers and other practitioners on the design of paths for safe and efficient walking and cycling, both within the road corridor and outside the road corridor. The…

This webinar, presented on 27 February 2020, provides an overview of Austroads' guidance on contemporary best practice methods for developing and implementing road safety management frameworks for local government. The webinar was presented by Paul…

This guidance is designed to provide contemporary best practice methods on the development and implementation road safety management frameworks suitable for use in a local government context. The type of roads managed by local government means that…

Heavy vehicle rest areas (HVRAs) are provided to help heavy vehicle drivers manage fatigue and comply with driving hours regulation. To aid road managers in this task, Austroads has produced 

This webinar, presented on 14 February 2019, provides an overview of the Austroads Guidelines for the Provision of Heavy Vehicle Rest Area Facilities.

This report provides a synthesis of key safety solutions as well as issues that need to be considered when effectively addressing safety on urban mixed use arterial routes.

Mixed use urban arterials account for a large proportion of high?severity…

This report identifies road design improvements to better cater for the safe passage of heavy vehicles through railway level crossings.

This report provides a compendium of recent and robust evidence on the relationships between twenty key geometric design criteria and safety outcomes.

The project critically reviewed quality research sources to identify crash modification factors…

This report investigates how the geometric design components of a roundabout may contribute to bicycle crashes.

In October 2016 Austroads delivered a two-part webinar providing an overview of the updated Guide to Road Design Part 3: Geometric Design. This second session covers horizontal and vertical alignment, and superelevation.