CaoCao Mobility Robotaxi testing program Begins Driverless Road Trials

CaoCao Mobility Begins Driverless Robotaxi Testing Operations

The CaoCao Mobility Robotaxi testing program has officially started on July 27, marking a new phase in autonomous mobility development. The testing is being conducted on real urban roads in Binjiang District, Hangzhou, China, with vehicles operating without a safety operator in the driver’s seat. The controlled testing approach focuses on validating operational stability, service reliability, and safety performance while allowing the company to evaluate practical deployment conditions for future autonomous transportation services.

The test vehicles are operating through designated pickup points where ride requests are initiated under a controlled service model. CaoCao Mobility is using this operational framework to assess how autonomous vehicles perform in real traffic environments while maintaining safety measures. The program represents a step toward expanding driverless mobility solutions and improving the readiness of autonomous ride-hailing services for larger commercial applications.

Remote Safety Platform Supports Autonomous Operations

All test vehicles have been fully integrated into the CaoCao Mobility RAS Remote Safety Service Platform. The cloud-based platform functions as the safety and operations hub for the company’s Robotaxi activities, providing continuous safety monitoring, emergency call response, real-time remote assistance, and incident management capabilities. These systems are designed to support reliable autonomous vehicle operations by enabling remote intervention and operational oversight whenever required during testing activities.

The deployment of remote safety infrastructure highlights the importance of connected systems in autonomous mobility ecosystems. By combining vehicle automation with centralized monitoring capabilities, the company aims to strengthen operational confidence and create a foundation for future driverless transportation services. The testing activities in China also demonstrate the growing focus on validating autonomous technologies in complex urban environments before wider commercialization.

Purpose-Built Robotaxi Vehicle Planned For Future Expansion

In addition, Eva Cab, China’s first purpose-built Robotaxi, is scheduled to enter mass production in 2027. CaoCao Mobility was deeply involved in the product definition and research and development activities of this dedicated autonomous vehicle platform. The company plans to utilize this purpose-built vehicle to support larger-scale commercial Robotaxi operations and accelerate the global expansion of autonomous mobility services.

The planned production of Eva Cab reflects a broader industry movement toward vehicles specifically designed for autonomous applications rather than adapting conventional passenger vehicles. Purpose-built Robotaxis can enable optimized designs, improved operational efficiency, and enhanced integration of autonomous driving technologies. The company’s strategy focuses on combining dedicated vehicle platforms with operational systems to support future commercial deployment.

Frequently Asked Questions

What is the purpose of the new Robotaxi testing initiative?
The initiative aims to validate autonomous vehicle performance, safety monitoring, and operational reliability on real urban roads. The testing evaluates how driverless vehicles manage passenger services under controlled conditions while using remote support systems. It helps improve readiness for future commercial deployment by analyzing real-world driving scenarios and operational challenges.

Where is the autonomous vehicle testing being conducted?
The testing is being conducted on urban roads in Binjiang District, Hangzhou. The program uses designated pickup points and controlled operational conditions to evaluate driverless mobility services. This location allows autonomous vehicles to be tested in a practical city environment while maintaining safety oversight through connected monitoring and remote assistance technologies.