Cities Must Be in the Driver's Seat When it Comes to Connected and Autonomous Vehicles

In This Article:

  • Singapore and San Francisco put CAV at the heart of their mass transit future

  • Paris and Hong Kong view CAV as an enhanced transport solution

  • Amsterdam successfully introduced Mobility as a Service (MaaS)

Amsterdam, 26 September 2018 - Arcadis (ARCAD.NX), the leading global Design & Consultancy firm for natural and built assets, released a new report - Citizens in Motion - that looks at the mobility needs in 14 global cities and to what extent Connected and Autonomous Vehicles (CAV) can be leveraged to meet transportation goals. While CAV has the potential to vastly improve urban mobility, it can also possibly make congestion worse, or threaten the viability of vital public transport services, thus affecting citizens` ability to travel.

The future with driverless cars is fast approaching, and how cities around the world respond depends greatly on a variety of factors such as their unique cultural heritage and types of infrastructure. A "one size fits all" approach is to be avoided as it would not deliver the full extent of the opportunities available, and may not ensure that the special character of a city is protected.

When cities design solutions which leverage new technology in transportation, inclusivity and accessibility for all citizens is paramount. Otherwise, there is a risk that CAV could create a two-tier public transport society. The established mobility blend in any city represents huge investment from the private or public sector, but a disruption like CAV could threaten to deprive existing providers, like taxi or bus companies, of income. It is the responsibility of city governments to engage with the private sector to find a solution that strengthens, not weakens, the whole network.

The Citizens in Motion report refers to levels 4 and 5 of autonomy in electric vehicles (EV), where vehicles communicate with each other as well as with the environment around them without the need for a human driver to intervene. It provides an individual profile of 14 global cities and analyses each city`s urban mobility objectives, infrastructure readiness, CAV initiatives in place and citizens` openness to their adoption.

Specifically, the three areas examined in each city were citizen connection, governance platforms, and enabling infrastructure. Key points were identified as elements that may or may not support the development of CAV-based solutions as a means of achieving a city`s mobility objectives. Progress towards a fully-operational CAV environment is currently at different levels of maturity across the globe.