Unafraid of high temperatures and facing danger, special robots create a new situation in fire rescue

In recent years, with the continuous development of science and technology, the continuous acceleration of the construction process of smart cities, and the increasingly obvious trend of intelligence and automation in the fire protection industry, my country's fire protection robot industry has shown a good development trend. According to the "In-depth Investigation and Analysis Report on the Market Supply and Demand Status and Industry Operating Indicators of the Fire-fighting Robot Industry from 2021 to 2025", the size of my country's fire-fighting robot market has grown from 520 million yuan in 2017 to 3.24 billion yuan in 2020, with an average annual compound growth rate It is about 84.0%; it is expected that my country's fire robot market will still have great growth potential in the long term.

## Fire-fighting robots are not afraid of high temperatures and flame threats. They can replace firefighters in high-risk environments such as dense smoke, toxic gas leaks, explosions, and collapses, providing a solid guarantee for fire safety. . According to functional division, firefighting robots mainly include firefighting reconnaissance robots, firefighting robots, firefighting explosion-proof robots, firefighting rescue robots, firefighting drones, etc.

Firefighting reconnaissance robot: High temperature-resistant reconnaissance robot can be used as a pioneer or scout, replacing fire rescue personnel to conduct comprehensive fire reconnaissance in high-temperature fire scenes, and obtain the flame spread status and on-site structure at the first time Real-time information such as damage extent and personnel vital signs. Help commanders plan escape routes and formulate effective rescue plans.

Fire-fighting robot: It consists of a robot body, a fire cannon, and a handheld remote control terminal. It is equipped with a large-flow fire water cannon. It has a long range, flexible control, and easy deployment. It is suitable for large-span and large-scale applications. Chemical industrial parks, warehouses and other places in space are oriented to petrochemical, biomedicine, electric power, transportation and other industries.

Firefighting and explosion-proof robot: adopts an explosion-proof design to meet the requirements for use in IIB hazardous explosion environments on the ground. It has functions such as obstacle crossing, fire source reconnaissance, environment and gas monitoring, fire extinguishing and cooling, etc., and can be widely used It is suitable for use in petrochemical, gas and other flammable and explosive environments such as industrial chemical plants, hazardous chemical warehouses, and freight ports. It is of great significance in improving fire rescue efficiency and reducing fire rescue risks.

Fire rescue robot: With its compact body design, it can pass through general doorways and enter narrow passages. It is maneuverable and flexible, has a large load capacity and strong obstacle surmounting ability. Climbing stairs or 30° slopes is especially suitable for fire rescue, handling hazardous chemicals, radioactive source disposal, demolition and obstacle clearance, and anti-terrorism or explosive disposal operations.

Firefighting UAV: ​​It has the advantages of flexible operation and wide monitoring range. It can realize high-definition shooting and real-time image transmission. High-altitude patrol allows fire rescue personnel to see key areas more clearly. Various dynamic information can promptly detect fire safety hazards in the monitored area. Many firefighting agencies in China have successfully used drones to detect and monitor fires and drop rescue supplies, and the results have been very obvious.

Conclusion: Faced with increasingly complex fire rescue tasks, using firefighting robots to replace and supplement the current fire rescue forces can not only ensure that fire rescue is more scientific and efficient, but also reduce the cost of firefighting. The threat to the lives of fire rescue personnel caused by disaster accidents has become an inevitable trend in the development of smart fire protection. ​

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