Mazda CX-6e Enhances Autonomous Driving Capabilities with New LiDAR Technology in China




Experience the Future of Driving: Mazda CX-6e Redefines Autonomous Mobility in China
The Evolution of Mazda's CX-6e: A Leap in Autonomous Technology
The Mazda CX-6e, an electric SUV, has recently undergone a significant technological transformation. This update includes the integration of a sophisticated LiDAR system, propelling the vehicle's autonomous driving capabilities to an advanced L2 level. This means the CX-6e is now equipped for features such as navigation on autopilot (NOA) and automated parking, marking a considerable step forward in its technological offering.
Unveiling the CX-6e's Enhanced Sensing Array and Performance
As the second electric vehicle to emerge from the collaboration between Mazda and Chinese manufacturer Changan Auto, the CX-6e stands as their initial global product. Launched earlier this year across various Asian and European markets, the vehicle was initially recognized for its dynamic rear-mounted electric motor, delivering 190 kW (258 hp) and 214 lb-ft of torque, alongside a 77.94 kWh lithium-iron-phosphate (LFP) battery promising up to 600 km (~375 miles) of range. This original configuration also included a suite of advanced driver assistance systems (ADAS).
Advanced Perception: LiDAR, Cameras, and Radar Synergies
The introduction of the LiDAR-equipped EZ-60 Laser Edition transcends a mere increase in sensors. Changan Mazda emphasizes that this upgrade is designed to facilitate more sophisticated driving decisions than what purely camera-based systems can offer. The LiDAR technology works in harmony with 11 high-definition visual cameras, 12 ultrasonic radar sensors, and three millimeter-wave radar sensors. This comprehensive sensor array provides "full-domain" perception, crucial for both highway and urban navigation, allowing the vehicle to accurately detect and react to cars, bicycles, and pedestrians, even under challenging visibility conditions.
Intelligent Driving Decisions: Highway and Urban Autonomy
All the data collected by these advanced sensors is processed by the vehicle's onboard computers, enabling precise and natural decision-making. On highways, the system supports features like lane change assist, obstacle avoidance, and ramp entry/exit assist across speeds up to 130 km/h. It autonomously makes driving choices based on navigation data, ensuring optimal lane changes and seamless merging. In urban environments, utilizing Tencent's lane-level navigation and an end-to-end technical architecture, the CX-6e can navigate complex scenarios such as sudden cut-ins, construction detours, and narrow passages. Additionally, an exclusive "follow-up tour" function will be available via over-the-air updates, assisting with group driving.
Enhanced Safety Features: Advanced Emergency Braking (AEB) Capabilities
In terms of active safety, the new CX-6e prioritizes high-frequency daily risks with its Advanced Emergency Braking (AEB) system. It can bring the vehicle to a halt for stationary objects at speeds up to 110 km/h and for pedestrians at up to 90 km/h. Furthermore, it can effectively brake for pedestrians and cyclists crossing the road at speeds up to 60 km/h and handle unexpected "ghost pedestrians" and vehicles crossing at up to 50 km/h. The system also integrates "AEB & AES braking and yielding in one," meaning if a full stop isn't possible, it will simultaneously assist with steering to avoid the obstacle. These features underscore Mazda's commitment to safety and have been validated through rigorous government-sanctioned safety tests, earning the EZ-60 Laser Edition a TOP Intelligence Intelligent Safety Challenge certificate from CATARC.