The world's first AI-powered all-electric unmanned bulldozer is leading a new era of intelligent manufacturing in the mining industry!
The world's first AI-powered pure electric unmanned bulldozer, the Shantui DE26-X3, was recently successfully deployed and put into routine operation at a large open-pit mine. This is not only a milestone achievement for Shantui's vision of "making construction simpler," but also marks a leading breakthrough in my country's integration of intelligent and green mining construction.
Intelligent Breakthrough: Overcoming High-Risk Operation Challenges Open-pit mine spoil heaps are complex and high-risk environments. Work faces are often located on cliff edges and require frequent cross-operations with mine trucks and personnel, making traditional manual operations extremely risky. The Shantui DE26-X3 was developed to address this challenge, successfully overcoming the core technologies of precise perception and autonomous operation in complex dynamic environments. It represents a fundamental shift from "manual driving" to "unmanned intelligent control," completely liberating workers from the high-risk, high-noise environment and redefining the safety and efficiency standards of spoil heap operations.
Core Technology: Building a Comprehensive Intelligent Defense Line As the world's first AI-powered pure electric unmanned bulldozer, the DE26-X3 deeply integrates cutting-edge perception, decision-making, and control technologies. The equipment is equipped with multiple high-specification LiDAR sensors and industrial cameras, constructing a comprehensive, high-precision environmental perception system capable of accurately identifying materials, mining trucks, personnel, and retaining walls in real time.
Its core lies in its independently developed automated operation algorithm. Based on preset process parameters, the equipment can automatically complete a series of complex operations within a fixed area, including slope construction, retaining wall construction, and soil removal, with operational accuracy and consistency far exceeding that of manual labor. The system also integrates multiple active safety protection mechanisms, fundamentally avoiding collision and overturning risks, thus building a reliable safety barrier.
Exceptional Effectiveness: Winning High Customer Recognition
Since delivery, the equipment has accumulated over 160 hours of reliable operation. On-site workers reported: "The working mode has fundamentally changed. Now we are in a remote control room, in a comfortable environment, completely eliminating the risks of dust, noise, and cliff edges of the past. Safety and working conditions have been significantly improved." The client's management commented: "The DE26-X3's automatic soil removal function liberates personnel from repetitive and high-risk labor, significantly reducing safety risks and management complexity. The system's high operational precision and strict process execution make complex on-site management simpler and more efficient." The success of this project provides a solid and reliable model for mines to promote "intelligent and unmanned" upgrades.
Leading the Future: Empowering the Transformation and Upgrading of the Mining Industry The successful application of the world's first AI pure electric unmanned bulldozer, the DE26-X3, is a vivid practice of Shantui's philosophy of "Technology Empowerment, Equipment for a Better Future." It not only demonstrates Shantui's strong independent R&D and innovation capabilities in the field of high-end intelligent equipment, but also provides an innovative "Chinese solution" and "Shantui wisdom" for the global mining industry to solve safety and efficiency challenges. Looking ahead, Shantui will continue to deepen the integration and innovation of artificial intelligence, new energy and construction machinery, develop more intelligent equipment and system solutions that adapt to extremely complex working conditions, and work with global customers to create a new landscape of safe, green, efficient and intelligent mining development.