China leads self-driving car readiness with 17M robotaxi rides

The eCarsTrade study examined 15 countries across four key metrics to determine which nations are genuinely prepared for self-driving cars. Rather than counting announcements or testing phases, the researchers measured adoption as the number of robotaxis actively carrying paying passengers. Infrastructure was assessed by road quality (scored out of 7), 5G network coverage, and the density of EV chargers. Legal frameworks captured whether countries had passed laws permitting fully commercial driverless operations, and public sentiment was drawn from surveys and analysis of 76 Reddit threads. Driver-assist systems like Tesla Autopilot were excluded because they still require a human driver.

China emerged as the clear leader. The country has recorded more than 17 million robotaxi rides, far outpacing all competitors. Apollo Go operates fully driverless vehicles with no safety driver behind the wheel, while competitors Pony.ai and WeRide also provide autonomous services. The country's infrastructure is formidable: 5G covers 96 percent of the population, providing the low-latency connections autonomous vehicles depend on, and China has more than 3 million EV chargers to support electric robotaxi fleets. Road quality scored 4.8 out of 7—average by the study's standard—but the sheer scale of deployment compensates. China also has advanced legal frameworks explicitly allowing fully driverless commercial service.

The United States ranks second. Waymo, operating fully driverless vehicles with no safety driver, completes about 500,000 paid rides weekly, which annualizes to roughly 26 million rides per year, making it the largest commercial robotaxi service outside China. The US benefits from strong road infrastructure, scoring 5.6 out of 7, and has nearly 200,000 EV chargers supporting autonomous fleets. Federal and state laws permit autonomous commercial operations. However, public sentiment is more divided, with Reddit discussions raising concerns about blocked roads, emergency response protocols, and the distinction between remote assistance and true autonomy.

Singapore takes third place with the study's highest road quality score of 6.7, reflecting streets in excellent condition for autonomous vehicles. 5G reaches 95 percent of the population, and the legal framework is fully advanced. However, robotaxi deployment is limited compared to China and the US; most services operate shuttles or smaller vehicles, many still requiring a safety driver. Germany ranks fourth as the first country globally to legally permit Level 4 autonomous vehicles on public roads. Roads score 5.9 out of 7 with good pavement, 5G covers 90 percent of the population, and the country has 130,000 EV chargers. Yet large-scale robotaxi deployment has not yet materialized—the law is in place, but commercial fleets are still coming. The UAE completes the top five with Abu Dhabi running fully driverless commercial robotaxis through a partnership between WeRide and Uber. Road quality is excellent at 6.4 out of 7, and 5G coverage reaches 99 percent of the population—the highest among the top five. The country has fewer than 2,000 EV chargers, but given its small, densely populated footprint, scaling charging infrastructure is comparatively straightforward.

An expert from eCarsTrade framed the findings this way: "The autonomous vehicle industry has spent years debating what is possible. The real shift happened when companies stopped talking and started picking up paying passengers." He distinguished between robotaxis in closed test tracks—"a science project"—and robotaxis carrying real passengers across busy cities—"a business." The expert argued that technology improves faster when it confronts real streets, real weather, and real drivers. "Simulation and controlled tests only take you so far. The rest comes from real rides, real mistakes, and real fixes."