Chapter 1 · EV3676

Apollo Go reaches 250,000+ weekly fully driverless orders across 22 cities by October 2025, scaling to 300,000+ peak by Q4 2025

Date collected: 7 August 2026

Summary

Apollo Go, 22 cities, 250K+ weekly driverless orders Oct 2025; 3.4M Q4 rides, 200%+ YoY growth; 240M km cumulative, regulation lagging deployment velocity

Headline Finding

By October 31, 2025, Apollo Go’s weekly order volume exceeded 250,000, with 100% of orders being fully driverless — a threshold that marks the platform’s transition from pilot to mass-market autonomous mobility. The platform had by that date accumulated over 240 million kilometers of autonomous driving mileage, of which more than 140 million kilometers were fully driverless, and had provided more than 17 million ride services globally across 22 cities. In Q4 2025, the peak weekly service count within the quarter exceeded 300,000, with quarterly driverless ride-hailing service count reaching 3.4 million — a year-on-year growth of over 200%. This velocity of deployment, achieved entirely without a safety operator in the vehicle, represents a material advance of the technology clock well ahead of most regulatory frameworks outside China.

Detail

As of October 31, 2025, Apollo Go’s weekly orders exceeded 250,000, all fully driverless, with cumulative global orders surpassing 17 million and total autonomous driving mileage exceeding 240 million kilometers (fully driverless mileage: over 140 million kilometers). The platform operated across 22 cities worldwide, achieving full coverage of China’s top-tier cities. In Q4 2025, the quarterly driverless ride-hailing service count reached 3.4 million, representing year-on-year growth of over 200%, with peak weekly service count within the quarter exceeding 300,000.

By February 2026, Apollo Go had cumulatively provided over 20 million ride services worldwide, covering 26 cities globally, with total cumulative autonomous driving mileage exceeding 300 million kilometers and fully driverless mileage surpassing 190 million kilometers. By April 2026, cumulative global ride orders exceeded 22 million; by May 2026, services had expanded to 27 cities globally, with total autonomous driving distance surpassing 330 million kilometers (fully driverless total mileage: 220 million kilometers). In Q1 2026, Apollo Go provided 3.2 million fully driverless ride-hailing services, with total orders increasing by over 120% year-on-year; in March 2026, the weekly peak order volume exceeded 350,000.

Fully driverless (no in-vehicle safety operator) operations were active in Wuhan, Beijing, Chongqing, Shenzhen, and Shanghai. Wuhan achieved 24/7 fully driverless operations in 2024. The platform self-describes as the world’s largest autonomous driving ride-hailing service provider.

Governance Implication

  1. The technology/deployment clock has moved decisively: Apollo Go’s transition to 100% fully driverless orders at 250,000+ per week — scaling to 350,000+ weekly peak by March 2026 — means the governance clock in every city where it operates must now address not a pilot but a mass-market L4 service, with all the spatial-allocation, fiscal, and legitimacy implications that entails.
  2. The spatial-allocation lever is live: a fleet operating across 22 cities at this scale displaces curb space, interacts with traffic management systems, and shapes urban mobility patterns in ways that existing permit frameworks — designed for pilots of tens of vehicles — were not built to govern.
  3. The fiscal lever is under-engaged: at 17–22 million cumulative rides and growing, the per-trip fee and value-capture instruments that cities could deploy to recover public value from commercial use of public roads remain largely absent from the source record, representing a governance gap.
  4. Legitimacy is being built through scale rather than through formal accountability architecture: the 200%+ year-on-year growth narrative is a commercial legitimacy claim, but it does not substitute for the performance-based permitting and data-sharing mandates that would give cities independent verification of safety and service quality.

Sources

https://baike.baidu.com/en/item/Apollo%20Go/1462954 https://www.reuters.com/technology/baidu-apollo-go-robotaxi-service-hits-1-million-rides-2024-2024-08-07/ https://techcrunch.com/2025/11/13/baidu-apollo-go-robotaxi-weekly-orders-250000/

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