On October 26, Baidu and GAC Aian officially released the Apollo Moon Aian version of the front-mounted mass-produced unmanned vehicle developed based on Apollo Moon technology. It is reported that,The Apollo Moon version combines Baidu’s Apollo autonomous driving software/hardware technology and GAC’s autonomous driving vehicle platform and vehicle design and manufacturing capabilities. It has L4 level Robotaxi autonomous driving data and L2+ level assisted driving data sharing, satisfying Robotaxi unmanned operation needs.
Among them, at the level of autonomous driving,The Apollo Moon version adds a customized lidar and corresponding unmanned redundancy based on the independent closed-loop pilot assisted driving ANP to meet the needs of automatic driving in complex urban traffic scenarios.In addition, through a comprehensive upgrade of software and hardware, the cost of the Apollo Moon version is reduced by half compared with the previous generation model.
According to reports, at the vehicle hardware level, the openness, stability and safety of the GAC E’an GEP 2.0 pure electric platform is good, which is convenient for autonomous driving suppliers to carry out in-depth vehicle control development.
At the passenger experience level,As a self-driving vehicle for unmanned operation, the Apollo Moon version fully considers the needs of users’ smart cars: it has a brand-new exterior interaction function, four-door lock independent control function, and customer service call button function, which allows users to have While super-large space and stable driving experience, enjoy intelligent self-service.
Up to now, the autonomous driving cooperation between GAC Ion and Apollo has achieved full coverage from AVP autonomous parking to Apollo Moon, including GAC Ion AION LX, AION V Plus, AION S Plus, AION Y and many other models that have HAVP. The memory parking function can realize intelligent calling and autonomous parking in low-speed scenes.
This time, the R&D teams of both parties have carried out targeted optimization in the development of vehicle chassis line control, body adaptability development, and experimental verification. Through the adaptability adjustment of the production line, the large-scale pre-installation mass production of the Apollo Moon version has been successfully realized. .
