Product introduction

The fire robot can effectively replace the trailer monitor and mobile monitor, and use its own power to remotely control the fire monitor or water mist fan to the required position; 

It can effectively replace the fire fighters to carry out reconnaissance, fire fighting, smoke exhaust and other operations near the fire source and dangerous places. 

The operators can carry out fire fighting operations at a maximum distance of 1000 meters away from the fire source to avoid unnecessary casualties.

Applicable occasions include but are not limited to highway (railway) tunnel fires, subway station and tunnel fires, underground facilities and freight yard fires, large-span and large space plant fires, petrochemical oil depot and refinery fires; 

It can also be used for target detection, attack and cover in large-scale toxic gas and smoke accidents and dangerous fires, fire fighting where personnel are not easy to access, and emergency rescue in dangerous situations.

Product Function

• Strong power: 46kw engine provides power;

• All terrain track drive.

• Three high-pressure hoses can be connected and dragged to the specified position.

• Strong passing ability: equipped with wide crawler, it can pass through all terrain; It can rotate in place; It can pass through narrow doors and wall holes. You can shuttle freely in the stairs.

• Equipped with 150l/s dual-purpose water cannon, with a range of 95 meters.

• Remote control distance: the remote control range is greater than 1000 meters.

• More comprehensive functions: fire fighting and environmental reconnaissance can detect various gases in the on-site environment, effectively ensuring the progress of rescue work and the life safety of rescue personnel.

Product Parameter

 

Application Sites

1. Firefighting robots are primarily used in "industrial settings" with high fire risks, such as factories, warehouses, and manufacturing plants.

2. They are also deployed in "urban environments" to assist firefighters in extinguishing fires in buildings and other structures.

3. "Hazardous locations" like chemical plants and oil refineries can benefit from the use of firefighting robots to tackle fires safely.

4. "Search and rescue missions" in areas affected by natural disasters, such as earthquakes or floods, also utilize firefighting robots to locate and save trapped individuals.

5. "Military and defense" applications involve using firefighting robots for on-base fire emergencies or during combat situations where fire hazards are present.

6. "Aircraft and airports" may use firefighting robots to handle aircraft fires or emergencies on the runway.

7. "Subways and tunnels" can employ firefighting robots to respond to fire incidents in confined spaces.

8. "Forest fire management" employs specialized firefighting robots to combat wildfires and protect forests from extensive damage.

It is important to note that the application of firefighting robots may vary based on technological advancements and specific firefighting needs in different regions or industries.

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1. Firefighting robot

2. Fire robot

3. Fire rescue robot

4. Fire suppression robot

5. Fire response robot

6. Fire emergency robot

7. Fire extinguishing robot

8. Fire safety robot

9. Fire service robot

10. Firefighter robot