XPeng initiates the production of GX robotaxi in Guangzhou.
XPeng has officially announced the rollout of its first mass-produced Robotaxi in Guangzhou. This achievement represents a major milestone in global autonomous mobility, marking the first time a Chinese automaker has successfully brought a Robotaxi to mass production through full-stack, entirely in-house development.
Next-Gen Hardware: Built to L4 Autonomous Standards
The newly unveiled Robotaxi is built on the advanced Xpeng GX platform. It stands as China’s first production-ready, pre-assembled Robotaxi model engineered to rigid Level 4 (L4) autonomous driving standards.
Rather than relying on outsourced components, the vehicle’s brain is powered by four self-developed Turing AI chips. Together, they unleash an industry-leading effective on-board computing power of 3,000 TOPS, allowing the vehicle to compute complex urban environments simultaneously in real-time.
Pure Vision and the VLA 2.0 End-to-End Large Model
In a significant technical departure from standard autonomous test vehicles, Xpeng’s Robotaxi operates entirely without LiDAR or high-definition (HD) maps. Instead, it utilizes a sophisticated pure vision solution.
Key technical highlights of this setup include:
- End-to-End Decision Making: Driven by the proprietary VLA 2.0 large model foundation.
- Ultra-Low Latency: The system eliminates the language-translation steps found in traditional “Vision-Language-Action” three-stage architectures, compressing total system response latency to under 80 milliseconds.
- Global Scalability: The vision-based approach offers enhanced urban generalization capabilities, seamlessly supporting cross-city and even cross-border deployments without map dependency.
A Premium, Driverless “Lounge” Experience
Designed to redefine urban transport into a premium, secure, and luxurious travel experience, the interior functions as an intelligent cabin. Passengers are treated to practical, high-end configurations, including:
- Privacy glass and comfort-focused gravity seats.
- Rear in-car entertainment screens.
- A built-in voice assistant, allowing passengers to enjoy multimedia entertainment and adjust personalized climate and seating configurations seamlessly during their ride.
The Commercialization Roadmap: 2027 Vision
Xpeng’s pathway to commercial operations is moving rapidly. Having secured a road testing permit for intelligent connected vehicles in Guangzhou in January, the fleet has already entered routine public road testing. In March, Xpeng established a dedicated Robotaxi business unit to manage product definitions, operational testing, and R&D.
The company plans to launch pilot Robotaxi operations in the second half of this year to thoroughly validate user acceptance, technical viability, and the overarching business model. Xpeng aims to transition to fully autonomous operations without an on-site safety officer by early 2027.
On the collaborative front, Xpeng is opening its Robotaxi software development kit (SDK), with Amap officially signing on as its first global ecosystem partner.
An Inflection Point for Physical AI
The Robotaxi sector is currently transitioning from technical validation to large-scale commercialization. As a full-stack manufacturer controlling its own software, silicon chips, and vehicle production lines, Xpeng is uniquely positioned to move directly to scaled deliveries, significantly shortening the traditional R&D-to-market lifecycle.
As a core pillar of Xpeng’s physical AI ecosystem, this Robotaxi shares the exact same VLA 2.0 large model foundation as the company’s humanoid robot, IRON, and its flying car projects—paving the way for the next grand shift in large-scale AI deployment.
