Today, AutoX, a supplier of autonomous driving technology solutions, announced that its Robotaxi fleet has exceeded 1,000 units, becoming the largest fully driverless RobotTaxi fleet in China and even the world.
At present, the number of AutoX RoboTaxi fleet has surpassed Waymo, and thousands of vehicles are fully driverless, and the main model is the Grand Jaylon.
Unlike most autonomous driving companies' strategies of multi-segment track layout and multi-legged walking, AutoX has always focused on creating a truly all-unmanned RoboTaxi, which is reflected in many aspects such as test area, operational capabilities, and talent strategy.
First of all, AutoX has accumulated a large number of autonomous driving scenarios through large-scale, high-density first-tier city operations, ensuring that it has the large-scale landing capability of Robotaxi in Chinese cities. At present, the total number of unmanned vehicles of more than 1,000 units is mainly distributed in the four first-tier cities of Beijing, Shanghai, Guangzhou, and Shenzhen. As of February 2022, AutoX's Robotaxi's autonomous driving domain totals more than 1,000 square kilometers.
On the other hand, AutoX currently has a R&D technical team of more than 1,000 people, covering five R&D centers in Beijing, Shanghai, Shenzhen, Guangzhou and Silicon Valley. In 2022, AutoX will continue to increase recruitment efforts and add another 1,000 autonomous driving technology jobs.
The main model of the fleet is the Grand Jaylon model cooperated by AutoX and Stellantis (FCAChrysler), which has a full set of vehicle-level redundancy systems, including redundant wire control systems, to meet the safety requirements of truly all people.
Each unmanned vehicle is equipped with AutoX Gen5 fifth-generation fully unmanned driving system, ultra-high-definition ultra-high computing power, relying on massive Mileage training in China's first-line downtown areas, and providing the ultimate security performance in all aspects of software and hardware. AutoX Gen5 is a full-stack self-developed integration of software and hardware, which maximizes the cost reduction through full-stack hardware self-research, and the price reaches the lowest in the industry under the same configuration.