Robot For Fire Fighting
Robot For Fire Fighting Description
Robot For Fire Fighting can replace firefighters in various large-scale sapce, such as petrochemical enterprises, tunnels, grasslands, large-scale warehouses and others.
Carry out high-intensity, long-term, multi-functional fire-fighting, cooling, smoke exhausting, investigation, demolition, decontamination and other disposal and rescue operations.
- Super ground adaptability
- Non-line-of-sight remote control operation
- Plenty of power:
Robot For Fire Fighting Features
- Applied to different rescue scenarios
High temperature tires can support high temperature environments
Customized chassis can cross 63cm obstacles vertically and 60cm depth water
Strong grip to climb 35° slopes
- Non-line-of-sight remote control operation
Perfect human-computer interaction technology can put out the ignition point at time
Use image processing technology to automatically capture the ignition point
Transmission video delay is less than 250 ms
- Plenty of power:
High-capacity and high-efficiency lithium battery pack
Able to drag 4 full fire hoses and walk 100 meters
Can be modified and customized according to different usage scenarios
Robot For Fire Fighting Advantages
|Dimension||2750*1590*2160mm||Lateral overturning angle||30 degrees|
|Weight||1250kg||Minimum ground clearance||310mm|
|Max. Traction||9kN||Max. Remote control distance||1000m|
|Speed||10km/h||Max. Video signal delay||Less than 250ms|
|Vertical obstacle height||630mm||Max. Video transmission distance||1000m|
|Max. Climbing angle||35 degrees||Radar detection distance||30m|
Robot For Fire Fighting Buying Guide
Nowadays, in the fire department, you will find that robots for firefighting are now used worldwide to ensure the safety of people. Firefighting robots are efficiently carried and reliable robots. In high-rise fires where it is dangerous for firefighters and people to enter, firefighting robots are used.
This robot assures your efficiency and safety in a given task. Firefighting robots can easily escape or evade obstacles due to their highly modified structure. They can search and extinguish the fire without the interference of firemen with the help of their hydraulic arms that can pump water up to several meters.
1.Why should you use a robot for firefighting?
Figure 1: Fire Fighting Robot
Firefighting Robots have a mechanism for decontamination which means that they can penetrate smoke that is too toxic for your lungs. They are mostly faster and stronger than you or another firefighter.
Due to its fast speed and strong structure, it makes it easier for you to reach the affected site and extinguish the fire in very less time, even in widespread fire.
It is a tool that allows you to choose effective strategies without risking your as well as other people’s life. In other words, the need for firefighters to get into dangerous situations can be reduced by firefighting robots. Hence this technology is important for your safety.
2. How do firefighting robots make it easier for you to detect fire?
Figure 2: Human-computer interaction technology
We design fire-fighting robots keeping in view certain tasks in mind, including analyzing and locating fire with the help of image processing technology which automatically captures the ignition point making it easier for you to locate fire and rescue, monitor dangerous variables, and the task of fire control before the situation slips out of hand.
Furthermore, it consists of thermal receptors that continuously monitor the temperature, and it also has a remote control that helps you operate your firefighting robot and has a technology that transfers information to remote operators.
3. What is the design of a firefighting robot?
Figure 3. Design of a fire-fighting robot
The fire rescue solution of BAIJIROBOT reduces losses and increases the efficiency of disaster relief. We design the fire-fighting robot containing the following features:
- It contains thermal sensors that help in continuously monitoring the temperature.
- It contains high-temperature tires which support a high-temperature environment.
- The chassis has a long trailing arm suspension, six-wheel drive, and a large load capacity.
- Have a Non-line-of-sight remote control operation, a perfect Human-computer interaction technology, making it easier for you to detect fire.
- It can be modified and customized according to different situations and usage scenarios.
- THE FIREFIGHTING ROBOT is equipped with an intelligent sound and light alarm that can quickly observe the fire situation and make decisions and judgments for you autonomously.
4. What is the source of power in robots for firefighting?
Figure 4: large-capacity power supply
Robots for fire fighting consist of a strong, high efficiency, large capacity power system and a long-lasting lithium battery pack that provides plenty of power and allows the fire fighting robot to drag four 80mm hoses at the same time and can walk 100m.
5. What is the adaptability of the robot for firefighting?
Figure 5: Adaptations of FIRE FIGHTING ROBOT
In an environment where fire has occurred, dense smoke, circular lights, and flames make it very difficult for you to identify the source. However, following adaptations of firefighting robots will help you to a great extent.
The vertical obstacle crossing of a firefighting robot is 60cm.
- Its customized framework allows it to go 60cm deep in water.
- Customized tires of a fire fighting robot provide it with a strong grip on the ground.
- Its strong grip enables it to climb 35° steep slopes.
6. What are the advantages of a firefighting robot?
Heavy smoke, water mist, and darkness accompany fire sites. THE FIREFIGHTING ROBOT can replace the firefighter preventing your direct exposure to dangerous sites. Which includes
- Low visibility site
- Toxic gas scene
- Explosive sites
- Sites with more combustible material
And carry out fire rescue work such as smoke blocking, cooling, smoke blocking, processing, and performing work at the same time.
Furthermore, firefighting robots reduce extinguishing time with the help of multiple similar robots. Its water cannon has greater range due to the presence of additional features like fire detection sensors and cameras for recording the site.
Firefighting robots can move at the speed of 10km/hr, which will help you to reach the affected site as soon as possible.
Fire can cause tremendous loss of human life as well as property on a large scale to cope with such incidents. FIRE FIGHTING ROBOTS have been carried out worldwide. Therefore, the biggest advantage of a firefighting robot is to protect your firefighting heroes so that they can protect more lives easily.
7. What is the maximum remote control range of a firefighting robot?
Figure 6: Remote Control Operation
Thanks to the BAIJI ROBOT, now you can control your fire-fighting robot with the help of a remote control from a range of 1000m away from the fire. The remote control increases your safety, and you do not have to enter an area of extreme danger with an explosive environment.
Sometimes firemen can’t access the site of fire because of flames, smoke, and high temperature, and in that case, Fire Fighting Robots can be highly useful for extinguishing fire in a short period which results in the protection and security of human lives.
8. What are the factors you need to consider before purchasing a firefighting robot?
Before purchasing a firefighting robot, you need to test the full functionality of a firefighting robot, the upper and lower part to be tested separately. The upper part comprises a fully functional camera whose transmission video delay is less than 250 ms and a fluid-filled tank that can pump water up to several meters.
The lower part should have six tires of strong grip and super ground adaptability which allows it to climb over 60 cm verticle obstacle which is our biggest advantage, compared with our competitors.