Waymo, the self-driving technology company created by Google, has recently unveiled their new robotaxi based on a Geely/Zeekr van-like platform. This 6th generation vehicle is set to replace the Jaguar i-Pace and features a new sensor suite with 13 cameras, 4 LIDAR, 6 radar, and multiple microphones. The new platform offers increased resolution, range, and computing power while maintaining safety standards. One of the most intriguing aspects of this new platform is that it comes at a significantly reduced cost, although the exact amount has not been disclosed by Waymo.
The development of more affordable robotaxis has been a long-anticipated trend in the industry. As technology advances and production scales up, costs are expected to decrease significantly. Companies like Baidu have already introduced a $28,000 robotaxi, and rumors suggest that Tesla was working on a low-cost consumer electric car before shifting focus to a robotaxi concept. Waymo’s decision to manufacture their new vehicle in China, known for its expertise in electric vehicles and cost-effective production, could potentially lead to further cost reductions. However, the proposed tariffs on EVs from China by the Biden administration could pose a challenge for Waymo’s plans.
The new 6th generation platform from Waymo is designed to be easily adaptable to different vehicles, potentially reducing the time and resources required for integration. The sensors have also been enhanced to withstand various weather conditions and environmental factors, ensuring reliable performance in all situations. With the ability to accommodate the Geely/Zeekr platform, Waymo is prepared to make necessary adjustments in case of any trade restrictions or challenges.
One of the key factors driving the affordability of robotaxis is the elimination of components that are not essential for autonomous driving. By removing features like steering wheels, pedals, adjustable seats, high-end audio systems, and fancy headlights, robotaxis can be streamlined to focus solely on the necessary sensors and computing power. This reduction in unnecessary components not only lowers the cost of production but also improves efficiency and passenger experience.
In the future, as technology continues to evolve and production scales up, the cost of operating a robotaxi is expected to decrease significantly. With the potential for robotaxis to become more affordable than traditional car ownership, a new layer of individuals who previously could not afford private transportation may have access to this convenient and efficient mode of travel. As the industry continues to innovate and optimize, the vision of widespread adoption of autonomous vehicles at an affordable price point is becoming increasingly feasible.