What’s next in autonomous driving?

To be specific, there are five levels of autonomous driving:

• Level one

The driver remains in control of the steering but the driving assistance system (e.g. traditional cruise control systems) may help with speed, acceleration, and braking.

• Level two

The driver can disengage from some driving functions such as steering, acceleration, vehicle distance, braking and speed (e.g. with adaptive cruise control systems) but must still pay attention and be ready to intervene.

• Level three

Under ideal road conditions (think multilane highways with a central divider), the driver can perform other activities while the system takes partial to full control, like Tesla’s AutoPilot system and Audi’s AI Traffic Jam Pilot.

• Level four

The vehicle can control itself on highways or (certain) city streets without driver input (e.g. Google’s Waymo ride-hailing service in the USA). In unsafe conditions, these vehicles are programmed to park in a safe place and/or give control back to the driver/remote operator.

• Level five

The vehicle, controlled by an advanced AI system, can drive itself under any conditions and doesn’t require any human interaction. Even with current technologies full AV is extremely complicated and will only be achievable in the (near) future.

Self-driving certainly sounds good, but is it allowed? Since the United Nations Economic Commission for Europe (UNECE) passed new regulations in January 2021 allowing the use of automated lane keep assist on public roads, governments have been scrambling to pass new AV regulations.

As of now, only China, Germany, South Korea, and the US are leading the autonomous vehicle (AV) revolution by operating Level 4 AVs. These advanced vehicles have the capability to function in self-driving mode, but they still require a human to be able to take manual control, and is still limited to specific areas and is subject to strict regulations and restrictions.

Things are speeding up. Currently, there are countless AV pilots all over the globe, with more and more acquisition deals, partnerships and consortiums by the day, like Amazon’s acquisition of Zoox, Aurora’s purchase of Uber’s AV division, and Toyota’s acquisition of Lyft’s AV division. There’s also the new Autonomous Vehicle Computing Consortium, comprising leading automakers, chipmakers and suppliers, including ARM, Bosch, Continental, Denso, GM, Toyota, Nvidia, and NXP. While there are similarities, there is also much difference in how countries are approaching AV technology. In Europe, mass mobility seems top-of-mind, with public/private partnerships geared towards developing autonomous shuttles. In China, the focus is on AI, as a leading global developer in that field. US tech giants, meanwhile, are focused on applications such as robotaxis, last-mile deliveries and trucking.

Thanks to rapid technological advances, the development of self-driving cars are being fast-tracked. In fact, the global AV market is predicted to top 1.75 trillion euros by 2030 – that’s 58 million self-driving vehicles on the world’s roads! At LeasePlan, we’re always interested in innovations in the mobility industry, and we will continue to monitor trends in the field of autonomous driving.

Sources: Autoevolution: The five levels of autonomous driving explained** **Gizmo China: Volvo to debut Ride Pilot autonomous driving feature in California later this year Car & Driver: Mercedes Drive Pilot Level 3 Autonomous System to Launch in Germany Here 360: The road to hands-free: automated driving trends for 2022 Tech HQ: The state of the autonomous vehicle space heading into 2022