Innovation driven shaping of new patterns

Designed for chemical fire incidents, confined spaces, and high-risk flammable and explosive fire scenarios, this new-generation modular tracked intelligent firefighting system integrates a tracked special-purpose chassis, modular payload replacement, and intelligent firefighting technologies. It adopts an all-terrain close-range maneuvering approach to establish a ground-based close-proximity firefighting operation network, overcoming the limitations of traditional manual firefighting, such as high operational risk, difficulty in approaching the fire, and restricted mobility in complex terrain. It enables all-terrain, all-weather, and close-range firefighting operations.The robot is also equipped with rapidly interchangeable functional modules, a high-pressure firefighting spray system, and environmental sensing and monitoring modules, enabling it to accurately perform tasks such as fire cooling, flame suppression, fire detection, and on-site isolation. It effectively addresses the challenges of rescue operations in high-risk fire scenarios and significantly enhances the intelligence, efficiency, and safety of emergency firefighting operations under extreme fire conditions.

Designed for extreme high-risk operating environments such as chemical leaks, nuclear radiation contamination, and confined spaces, this next-generation intelligent quadruped robot inspection system supports two operating modes: remote-controlled mobile inspection and autonomous path-planning reconnaissance. Equipped with a multi-device collaborative operation mechanism, it establishes a ground-based close-range inspection network, overcoming the limitations of traditional manual operations, including high personnel risk, large inspection blind spots, and limited response capabilities. It enables all-scenario, high-precision, unmanned close-range inspection.

The system also integrates multiple functional modules, including robotic arm operation, liquid extraction and sampling, and nuclear radiation detection. Combined with real-time data transmission and intelligent AI analysis, it accurately performs environmental parameter monitoring, hazardous material sampling and analysis, and hazard inspection and evidence collection. It comprehensively addresses the challenges of manual operations in high-risk environments and strengthens the safety and emergency response capabilities for extreme operating conditions.

Designed for industrial facilities, industrial parks, buildings, and outdoor operational environments, this solution leverages real-time airborne image transmission and self-developed AI intelligent analysis algorithms to accurately detect fires, smoke, unauthorized personnel intrusion, and personnel loitering. It rapidly performs risk assessment and alarm generation, comprehensively enhancing the intelligence, accuracy, and efficiency of security patrol and inspection operations.

Build a new-generation low-altitude inspection and early warning system for petrochemical areas.

Integrating low-altitude, AI and firefighting technologies, a new integrated multi-drone emergency operation system is developed to tackle high-rise building fire rescue challenges.

Starting from 2022, enterprises will accelerate their digital transformation by introducing Cloud Starry Sky, Ruiyun, and MES systems, and building an integrated production management digital platform with system interconnection, information sharing, data visualization, and controllable processes. We have established a robot workstation, implemented intelligent warehousing and automatic material transportation, and achieved digital, visual, and intelligent management of the production process, marking the entry of enterprise management into the era of digital intelligence.

The research institute focuses on cutting-edge fields such as new energy special vehicles, intelligent networking, advanced chassis integration, and lightweighting, and is committed to conducting forward-looking research and original technological breakthroughs. As the core engine of the company's development, guided by market demand, we tackle key technological bottlenecks in the industry, develop high value-added products and solutions, and empower product structure upgrading and diversification strategies. Aiming to build an industry-leading research and development platform, comprehensively enhance the company's core competitiveness and brand influence in the field of special vehicle equipment manufacturing, and shape a new pattern of future development.