Publications

This webinar explores the origins of the program, how and why it started, it will share high-level insights from the evaluation, including what worked, what didn’t and what was learnt along the way. It also shares ‘where to next’ for the program and…

This report is an addendum to the Austroads Future Vehicles 2030 report (AP-R623-20), published in June 2020. Future Vehicles 2030 included forecasts of sales and fleet penetration for eight vehicle technologies or uses, including Automated Driving,…

This webinar presents an Austroads online repository of emerging vehicle technology trials conducted by Austroads&rsquo

The freight industry is critical to the economy, and for many sectors it is heavy vehicles that underpin freight movements and prosperity. The average age of trucks in Australia and New Zealand is among the highest in the developed world. The oldest…

This report investigates policy options for reducing the harmful effects of the oldest trucks operating on Australian and New Zealand roads. Aged trucks impose a financial burden on the community through their effects on human health and the…

This webinar, presented by Andrew Somers and John Wall on 6 August 2020, outlines the results of Austroads&rsquo

Australian and New Zealand vehicle fleets may be entering a period of significant change due to the emergence of Automated, Connected and Electric Vehicles and new models of vehicle ownership and use such as ride sharing services. This report…

This webinar, presented on 7 November 2019, provides an overview of the gaps in current physical and digital road infrastructure to support connected and automated vehicles (CAVs) on Australian and New Zealand highways and freeways.

Abstract The purpose of this project is to identify gaps in current physical and digital road infrastructure to support the operation of automated vehicles on key highways and freeways in Australia and New Zealand This Module 4 investigates emerging…

By 2025, it is predicted that most new vehicles will be equipped with systems that can read traffic lines and signs. The purpose of this project (FSP6088) is to identify areas of current physical and digital road infrastructure on key highways and…