The DEEP Robotics X30, an industrial-grade quadruped robot designed for emergency response and disaster inspection, recently served as a core rescue force in the 2025 Complex Scenario Multi-Incident Coordinated Emergency Rescue Drill. With advanced mobility, multi-terrain adaptability, autonomous perception, and multi-robot collaboration, the X30 successfully located all seven trapped individuals and demonstrated how intelligent quadruped robots can transform modern emergency-rescue operations.
This large-scale deployment highlights the X30’s value as a leading emergency rescue robot, pushing forward the development of intelligent, data-driven disaster-response systems.
1. Entering High-Risk Zones: X30 Quadruped Robot Breaks Through Human Limits
In simulated disaster scenarios—including scaffolding collapse, diesel tanker fire, and propylene tank leakage—the DEEP Robotics X30 quadruped robot showcased exceptional mobility and terrain-handling capabilities.
Key performance highlights:
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Climbs 45° inclined stairs and steep terrain
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Navigates hollow scaffolding, rubble, debris, and unstable surfaces
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Operates reliably in water, dust, smoke, and low-visibility environments
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Built with IP67 industrial protection for harsh outdoor conditions
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Modular payload architecture supports diverse emergency sensors
Thanks to its biomimetic leg structure and intelligent gait-control system, the X30 quadruped robot can enter danger zones inaccessible to humans, enabling fast reconnaissance without risking human responders.
As an emergency rescue robot, the X30 provides real-time situational awareness, helping overcome the traditional challenge of “people can’t reach the site, and information can’t be transmitted back.”
2. Intelligent Perception and Real-Time Digital Command
Inside the emergency command center, the X30 autonomous quadruped robot transmitted a real-time 3D reconstruction of the disaster site, built through full-scene scanning and long-range video transmission.
Digital rescue capabilities include:
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Real-time environmental monitoring
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Transmission of temperature, gas concentration, and hazardous indicators
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Facial recognition and victim-location mapping
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Multi-robot coordination via broadband self-organizing network
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End-to-end digital workflow: sensing → locating → decision-making
All seven trapped individuals were located with high accuracy, showing how the X30 supports data-driven emergency decision processes.
The robot also performed post-incident data collection, supporting review, reconstruction, and future rescue planning.
This demonstrates how DEEP Robotics X30 plays a central role in building intelligent, visualized, and digital emergency-command systems.
3. Proven Performance Across Real-World Disaster Scenarios
The DEEP Robotics X30 emergency rescue robot has been repeatedly validated in major emergency drills across China.
Field-tested scenarios include:
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Typhoon & flood joint rescue drills (“Emergency Mission 2024”)
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Chemical explosion detection with autonomous data return
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Multi-robot collaboration with drones for environmental sensing
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Natural gas pipeline leak & explosion drill in Ordos
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Rapid entry into hazardous areas for atmospheric and environmental detection
Across diverse terrains and disaster types, the X30 quadruped robot has proven its reliability, autonomy, and ability to perform missions in highly dangerous, non-structured environments.
By 2025, DEEP Robotics achieved over 90% market share in China’s firefighting and emergency-robot sector — making the X30 one of the most trusted search and rescue robots in the field.
DEEP Robotics X30: A Scalable, High-Reliability Solution for Intelligent Emergency Response
With its advanced locomotion system, autonomous intelligence, and rugged industrial design, the DEEP Robotics X30 has become a benchmark solution for emergency rescue teams, firefighting units, and disaster-response organizations.
It offers a scalable, proven path for digitalizing and modernizing emergency-response mechanisms—bringing safer, faster, and more precise operations to the most challenging environments.
The X30 quadruped robot is helping shape the next generation of intelligent emergency-rescue technology, demonstrating unmatched performance in disaster inspection, complex terrain operations, and autonomous search-and-rescue missions.
