Firefighting

I. Personnel Safety in High-Risk Scenarios Locations such as petrochemical plants, oil tank farms, large warehouses, small forest fires, old urban districts, and underground shopping malls frequently house flammable and explosive materials, classifying them as high-temperature, high-risk zones. Firefighters currently risk their lives to enter burning structures for reconnaissance and suppression. There is an urgent need to deploy robots in place of human personnel to enter these "no-go zones," achieving zero-casualty reconnaissance and operations.

II. Extreme Environment Perception Capabilities Fire scenes are highly complex: thick smoke, extreme heat, and poor visibility make it difficult for responders to accurately locate the fire source, trapped individuals, or hazardous materials. Robots must be equipped with thermal imaging, gas detection, and other sensor payloads to achieve 360° blind-spot-free environmental data collection, precisely pinpointing fire origins and danger zones.

III. Stable Communication in "Three Disruptions" Scenarios Fire incidents often coincide with power outages, network failures, and blocked access roads ("Three Disruptions"), causing traditional communication links to collapse. Delayed transmission of on-site intelligence deprives commanders of real-time data for decision-making. The system must guarantee stable, real-time data backhaul under extreme conditions, ensuring uninterrupted information flow and continuous command.

IV. All-Terrain Mobility in Complex Environments Traditional wheeled or tracked vehicles struggle in narrow alleyways of old districts, underground commercial spaces, and mountainous forests where standard fire trucks cannot reach. Equipment must possess true all-terrain mobility to overcome stairs, rubble, and water obstacles, covering all complex indoor and outdoor firefighting scenarios.

V. Full-Process Closed-Loop Operations Firefighting extends beyond suppression; it encompasses the complete lifecycle of pre-incident patrol & early warning, in-incident reconnaissance & assessment, and post-incident disposal & evaluation. The solution must build a closed-loop workflow of "Data Collection → Intelligent Assessment → Early Warning & Response," shifting operations from reactive firefighting to proactive prevention.

VI. Multi-Device Collaborative Integration At fire scenes, multiple departments and devices often operate in isolation, creating information silos that drastically reduce rescue efficiency. The system must establish a highly integrated "Quadruped Robot + UGV + Command Center" collaborative network. Through a unified platform for intelligent dispatch, it connects frontline responders, UAVs, and command vehicles, enabling seamless frontline-to-HQ coordination.