XPENG has officially named its autonomous ride-hailing vehicle XPENG YOYO and opened online registration to users in China through an invitation-code system. Announced on October 8, 2026, the move takes the company's robotaxi programme beyond internal testing, although the announcement does not confirm the start of unrestricted public ride-hailing services.
The XPENG YOYO is built around the company's in-house artificial intelligence hardware and autonomous driving software. The Chinese automaker says the vehicle has progressed from development and factory production to end-to-end operational validation, with registration now being extended beyond employees to external users.
XPENG has also introduced the YOYO name to establish a distinct identity for its robotaxi business, with the company citing future international recognition as one of the reasons for choosing the name. However, it has not announced specific dates or markets for overseas passenger services.
XPENG YOYO: From Production to Real-World Testing
XPENG outlined several milestones achieved during 2026 as it developed its robotaxi programme in Guangzhou, China.
- May 2026: The company's mass-produced robotaxi rolled off the production line in Guangzhou.
- July 2026: XPENG completed an end-to-end operational process covering online ride-hailing, automated vehicle pickup and drop-off.
- August 2026: The company obtained Guangzhou's remote testing qualification for intelligent connected vehicles, allowing tests without a safety operator in the driver's seat on designated Class I, II and III test roads.
- Before the public registration announcement: XPENG conducted paid internal testing at 1 renminbi per ride, primarily to validate payment processing and service workflows.
- October 8, 2026: Online registration opened to users in China through invitation codes, marking the next stage of the programme.
The Guangzhou testing qualification is an important development, but it should not be confused with blanket approval for unrestricted driverless passenger services. XPENG's announcement does not provide a comprehensive list of authorised passenger-service areas or establish that the robotaxi is available to every member of the public.
Four Turing AI Chips Deliver a Claimed 3,000 TOPS
XPENG YOYO uses four in-house Turing AI chips, which the company says deliver a combined computing capacity of 3,000 TOPS. XPENG describes this as the world's highest in-vehicle computing capacity, although the company has not provided an independent comparison in the announcement.
The vehicle also uses XPENG's VLA2.0 large model and the company's broader artificial intelligence infrastructure. According to the manufacturer, the robotaxi operates without high-definition maps or LiDAR sensors, relying on its own technology approach to support deployment across different cities and environments.
XPENG positions the programme as an extension of its existing intelligent driving expertise towards Level 4 autonomous driving. However, the announcement does not provide a detailed technical breakdown of the vehicle's operating limitations, permitted operating conditions or performance across different road and weather scenarios.
Cabin Features Include Zero-Gravity Seats and an Entertainment Screen
XPENG has also highlighted passenger comfort as part of the YOYO experience. The cabin is designed around passenger use, with several functions accessible through the online registration interface before a journey.
- Cabin pre-conditioning: Users can preset the cabin temperature before boarding.
- Fragrance system: The system can be activated through the online interface.
- Zero-gravity seats: The passenger cabin includes zero-gravity seating.
- Massage functions: Massage features are included in the seating package.
- Rear entertainment: A large second-row display provides access to integrated content services.
These features reflect XPENG's effort to position the robotaxi as more than a driverless means of transport. The company is combining autonomous driving technology with an in-cabin experience intended to make time spent travelling more comfortable.
XPENG Plans to Work With External Operating Partners
XPENG Chairman and CEO He Xiaopeng outlined a business model that positions the robotaxi programme as a technology-provider and ecosystem-enabler business. According to the company, revenue is expected to come from hardware sales, services and commission sharing.
XPENG plans to combine its vehicle platform, autonomous driving software and artificial intelligence capabilities into a broader solution for operating partners. Day-to-day operations are intended to be entrusted to partners, including those in international markets, rather than relying exclusively on XPENG to manage every local service itself.
This approach could allow the company to expand through partnerships instead of building and operating every fleet independently. However, XPENG has not disclosed detailed partner agreements, commercial pricing, fleet deployment targets or market-by-market rollout dates in its announcement.
When Will XPENG YOYO Be Available to the Public?
Online registration is open in China through invitation codes, but the announcement does not establish when registration will become unrestricted or when a broadly available commercial ride-hailing service will begin. The previously reported 1-renminbi fare applied to internal testing and should not be treated as the confirmed fare for public journeys.
XPENG has also not announced a confirmed international passenger-service launch schedule. Although the company says the YOYO name is intended to support recognition across global markets, this does not confirm commercial availability outside China.
Further details are needed on public booking eligibility, service coverage, passenger fares, fleet size and the timetable for wider deployment. These factors will be important in determining how quickly the project can progress from limited user access to a scalable robotaxi operation.
AkulRide Verdict
XPENG YOYO marks a significant step in the company's effort to bring its artificial intelligence and autonomous driving technologies into a dedicated ride-hailing vehicle. Factory production, end-to-end operational validation and invitation-based registration show progress beyond a laboratory demonstration or a conventional concept vehicle.
Its combination of four Turing AI chips, a claimed 3,000 TOPS of computing capacity, a map-free and LiDAR-free operating approach, and passenger-focused cabin features gives the programme a distinct technical and commercial direction. However, the real test will be whether XPENG can establish reliable operations, expand access to paying passengers and scale the service under local regulatory requirements. For now, XPENG YOYO's announcement signals progress towards commercialisation, rather than proof of a fully established, widely available robotaxi service.
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