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Along NEOM's 12km coastline in Saudi Arabia, Deep Robotics' Jueying X30 robot dogs deliver centimeter-level navigation, AI-powered recognition, and 24/7 unmanned patrol—Saudi Arabia's first long-running autonomous robot patrol system, delivered by Chengdu Mingjue Technology.
Read More →Chengdu Mingjue Technology Co., Ltd. has officially launched its independently developed next-generation "Ling Mou" Gimbal Tracking Control System. Designed specifically for quadruped robots, the system integrates advanced computer vision algorithms with multi-sensor data fusion to achieve real-time identification, priority assessment, and autonomous selection tracking of multiple targets in dynamic environments. The core breakthrough lies in its intelligent decision-making module, which enables the system to automatically select the most critical tracking object based on factors such as target type, movement trajectory, and relative distance, while maintaining stable and smooth tracking even in complex settings. This technology will significantly enhance the autonomous operation capabilities and mission execution efficiency of quadruped robots in applications like security patrols, emergency rescue, and cinematography. The company's R&D lead stated that the system has been successfully integrated into the latest MJ-X2 inspection robot platform and will soon be available via OTA updates for existing product lines, marking a solid step forward in the field of robotic perception and decision-making.
Read More →Chengdu Mingjue Technology Co., Ltd. has recently launched its independently developed next-generation Gimbal Tracking Control System. Designed specifically for quadruped robots, the system integrates advanced computer vision algorithms with high-precision servo control technology to achieve real-time identification, priority assessment, and autonomous selective tracking of multiple targets in dynamic environments. The core breakthrough lies in its intelligent multi-target selection logic, which allows the system to automatically lock onto the most valuable target based on predefined rules (such as distance, movement trajectory, or specific features), while maintaining stable and smooth tracking even in complex scenarios. This significantly enhances the operational autonomy and efficiency of robots in fields like security patrols, emergency rescue, and cinematography. The release of this system marks a key accumulation of core technologies in robot perception and decision-making for the company, laying a solid foundation for future product intelligence upgrades. Mingjue Tech announced that this technology will first be deployed in its flagship MJ-X2 series inspection robots, with customer orders featuring the integrated system expected to commence delivery next quarter.
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Mingjue Technology's self-developed quadruped inspection robot has recently completed a field trial and inspection mission at a major 500KV substation in Chengdu. Facing the harsh environment of over 3,000 complex inspection points and sustained high summer temperatures, the robot demonstrated exceptional stability and reliability. This successful trial validated the robot's capabilities in autonomous navigation and precise detection within the substation's complex terrain and dense equipment areas. Its multi-sensor fusion system enables intelligent, round-the-clock monitoring of equipment status, temperature anomalies, and environmental safety. This milestone represents a substantive breakthrough in the application of quadruped robots in high-risk, high-intensity inspection scenarios such as power grids, providing an innovative solution for intelligent grid operation and maintenance. The company plans to further deploy this technology across more energy infrastructure scenarios, promoting unmanned and intelligent inspection as a new industry standard.（共 7 张图片）
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