Explosion-Proof Firefighting Robot with Thermal Imaging and Obstacle Avoidance
Product Description
Product Introduction
GUOXING’s explosion-proof firefighting robot is equipped with advanced thermal imaging and obstacle avoidance systems.
These technologies provide enhanced situational awareness, allowing the robot to navigate safely through smoky or cluttered environments while precisely targeting fire sources.
Its explosion-proof certification and rugged design make it ideal for complex industrial environments with high fire risks.
Key Features
Remote-Controlled Explosion-Proof Firefighting Robot for Confined Spaces
Simple wireless control system for user-friendly operation.
Thermal infrared camera included to enhance firefighting precision.
Supports remote system status monitoring and diagnostics.
Customizable to fulfill unique client requirements.
Can ascend stairs and overcome obstacles seamlessly.
Continuous real-time environmental data monitoring.
Optional autonomous navigation to aid firefighting tasks.
Equipped with anti-rollover, collision detection, and self-cooling features.
Able to tow DN80 fire hoses filled with water for distances beyond 100 meters.
Explosion-proof certified as per Ex d ib mb IIB+H2 T6.
Application
1. Petrochemical Industry
Oil depots, refineries, chemical plants, tank farms
Replaces firefighters in explosive gas environments (Zone 1) to perform firefighting, reconnaissance, gas detection, and other tasks. Equipped with thermal imaging, a six-in-one gas sensor (O₂, CO, H₂S, CH₄, etc.), and 1-kilometer remote control.
2. Tunnels & Underground
Highway/railway tunnels, subways, underground utility tunnels
Narrow, enclosed environments where smoke accumulates rapidly. The robot can quickly enter areas with heavy smoke, use thermal imaging to locate the source of the fire and extinguish it, while simultaneously providing powerful smoke extraction.
3. Warehousing & Logistics
Large warehouses, cargo yards, and large-span industrial facilities
Capable of dragging a DN80 water hose over 100 meters for long-range, high-flow fire suppression, addressing the limited range of conventional equipment.
4. Ports & Ships
Container terminals, hazardous materials storage yards, ship fires
With a compact design, it can navigate narrow passages to enter ship holds or densely packed areas of the terminal for precise fire suppression.
5. Other High-Risk Areas
Toxic gas and smoke incidents – Real-time transmission of gas concentration, video, and temperature data
Mine and tunnel collapses – Initial reconnaissance to locate survivors and fire sources
Hazardous chemical leaks – Zone 1 explosion-proof design for safe containment
Large commercial buildings – Autonomous navigation and fire suppression in dense smoke
Product Parameter
Customer case
The robot’s intelligent navigation reduces firefighting delays and avoids potential collisions, protecting both the machine and surrounding infrastructure while enabling precise fire suppression.