BM2 Fire fighting robot dog, Custom fire fighting robot dog, firefighter robot

The VIUT BM2 Industrial Fire Fighting Robot Dog is a next-generation emergency-response platform designed for harsh and dangerous fire-scene environments. Built with robust mobility, it traverses grass, gravel, debris, and uneven ground with ease and climbs obstacles up to 30 cm — enabling reliable access to areas unsafe for firefighters.
 
Equipped with a reinforced payload system supporting up to 85 kg, the BM2 can carry multiple firefighting and detection modules, making it an ideal foundation for custom fire-fighting robot dog solutions.
 
Fire-Focused Capabilities
 
The BM2 integrates advanced perception and communication systems to deliver critical situational awareness in real time:
 
Dual-spectrum PTZ
Provides full-scene monitoring and long-range observation in smoke-filled or low-visibility environments.
Thermal imaging
Detects hotspots, flames, and potential victims through dense smoke.
High-precision LiDAR scanning & rapid 3D mapping
Creates real-time structural maps for safe path planning and collapse-risk assessment.
Gas detection array
Identifies toxic, flammable, or explosive gases before firefighters enter.
Self-organizing wireless network
Maintains stable communication in basements, tunnels, and complex indoor environments.
Audio broadcasting system
Enables remote warning, guidance, and rescue communication.
 
With a wide-angle front camera, swappable battery, autonomous charging, and industrial-grade protection, the BM2 fire fighting robot dog performs continuous missions without exposing personnel to hazardous conditions.
 
Operational Value
 
Capable of entering high-temperature, smoke-filled, toxic, or structurally unstable zones, the BM2 serves as a frontline scout to conduct:
 
Fire-scene investigation
Hazard assessment
Path exploration
Victim detection
Early danger identification
 
This significantly improves firefighter safety, reduces operational risk, and enhances the efficiency and accuracy of emergency response.
 
Ideal for fire departments, emergency rescue teams, petrochemical facilities, tunnels, warehouses, and complex urban fire environments seeking smarter, safer, and more autonomous firefighting capabilities.