Caocao Mobility, a dedicated subsidiary of the Geely automotive group, has recently signaled a monumental shift in the urban transport sector by announcing its plan to deploy several thousand fully custom robotaxis by 2027. These next-generation vehicles are being designed specifically for autonomous operation, characterized by the complete absence of traditional steering wheels and pedals. By optimizing the interior space and utilizing a sensor suite tailored for the logistical nuances of Chinese megacities, the company aims to redefine passenger transport. For those who have monitored the industry for decades, this declaration represents the culmination of an extensive preparation phase aimed at commercializing driverless technology at scale.
The path to this moment was paved in the mid-2010s, when Geely established Caocao as an electric ride-hailing venture. By 2020, the platform’s operational fleet had exceeded 50,000 electric vehicles, primarily utilizing platforms from Geely and Lynk & Co. Today, the focus has shifted toward Level 4 autonomy, a standard where the vehicle operates independently of human intervention. These new robotaxis utilize Geely’s Sustainable Experience Architecture (SEA), a platform that has already demonstrated its versatility in brands such as Zeekr and Smart. Engineers have removed legacy controls to maximize cabin utility, integrating state-of-the-art LiDAR systems and high-definition maps to ensure safety in dense traffic.
The acceleration of this project is largely driven by a significant transformation in China’s regulatory framework. During the 2024–2025 period, major metropolises like Beijing, Shanghai, and Guangzhou expanded their zones for autonomous vehicle testing and commercial use. This legislative progress coincided with Geely’s internal advancements, including millions of kilometers in autonomous testing conducted in partnership with Baidu Apollo and through R&D centers in Ningbo and Gothenburg. Furthermore, Chinese state policy increasingly views robotaxis as a critical solution for reducing urban congestion and eliminating accidents caused by human error in cities with over 10 million residents.
The strategic alignment here is remarkably efficient for all stakeholders involved. Geely is positioned to monetize its extensive intellectual property in electric mobility and autonomous software, thereby diversifying its business model away from a reliance on consumer vehicle sales. For Caocao, the transition to an autonomous fleet offers a path out of the low-margin ride-hailing wars currently led by Didi, moving instead toward a high-margin service model. This evolution is subtly encouraged by central authorities seeking to maintain a global lead in mobility technology. It brings to mind an ancient Han dynasty proverb: "When the current of the river changes, the wise man builds a new vessel rather than attempting to patch the old one."
The societal and economic impact of this rollout will be profound as we approach the end of the decade. A fleet of thousands of robotaxis has the potential to fundamentally lower the cost of urban mobility, potentially making the act of car ownership obsolete for many urban dwellers. For the public, this shift promises more productive free time and a drastic reduction in road fatalities. Nevertheless, the transition will necessitate significant adjustments for traditional taxi and ride-hail drivers. Addressing the social adaptation and vocational retraining of these workers is already becoming a key topic of discussion within regional governments.
On a global scale, the Caocao initiative serves as further evidence that the epicenter of autonomous development is moving toward the East. While Western nations are often slowed by complex ethical and regulatory debates, Chinese firms are gaining invaluable real-world experience in commercial operations. Geely, which expanded its global footprint by acquiring iconic brands like Volvo and Lotus, is now setting a new standard for the global automotive industry. They are proving that the vehicle of the future is not just a self-driving machine, but a transformative service that reshapes the daily lives of millions of people.
The long-term outlook for this endeavor remains highly optimistic. By 2030, Caocao plans to scale its fleet to approximately 100,000 autonomous units, which will require a significant expansion of supporting infrastructure, including automated charging and maintenance facilities. Provided that technical and regulatory hurdles are navigated successfully, we are witnessing the transition of robotaxis from a niche experiment to an essential urban utility. This is the logical next step for the industry, where the automobile is no longer merely a product but a mobile service integrated into the very fabric of the modern smart city.
