Gasgoo Munich- On March 12, RoboSense announced that it has secured an exclusive production nomination to supply LiDAR systems for the next-generation Robotaxi models used by Apollo Go, the autonomous ride-hailing platform operated by Baidu. The sensors will be integrated into factory-built vehicles designed for large-scale deployment in driverless mobility services.
Image source: RoboSense
Under the agreement, RoboSense will equip the vehicles with its high-channel digital LiDAR sensor EM4 as the primary unit, paired with the solid-state E1 LiDAR designed to cover blind spots. The dual-sensor architecture is intended to provide comprehensive, 360-degree environmental perception, supporting higher safety standards and improved operational efficiency for autonomous mobility services.
RoboSense has steadily expanded its presence in the automotive LiDAR market, particularly with its EM platform designed for factory-installed vehicle applications. As of late November 2025, the platform had secured design wins from 13 automakers covering 56 vehicle models, including programs with SAIC Audi and IM Motors, as well as projects involving North American and European automakers and joint-venture brands. In early December the same year, the company also obtained a new mass-production nomination from FAW Toyota for a popular passenger vehicle model, bringing the cumulative five-year order volume for the platform close to one million units.
The company has also gained traction in the Robotaxi sector. Its EM4 and E1 sensor combination was previously selected for next-generation autonomous vehicles developed by DiDi Autonomous Driving, supporting the perception requirements of Level 4 automated driving systems. Winning the exclusive nomination from Apollo Go marks another milestone for RoboSense in the Robotaxi market and highlights growing industry confidence in its LiDAR technology and mass-production capabilities.
The partnership is expected to accelerate the large-scale adoption of RoboSense LiDAR systems in Robotaxi fleets while providing critical hardware support for the next phase of Apollo Go's autonomous ride-hailing services. By strengthening collaboration in this area, the two companies aim to expand their presence in the global driverless mobility market and contribute to the continued maturation and safety of autonomous transportation technologies.
