 |
RXR-M150GD
GUOXING
| Quantity: | |
|---|---|
The fire robot can effectively serve as a replacement for trailer-mounted and mobile fire monitors, utilizing its own power to remotely control fire monitors or water mist fans and position them precisely where needed.
It can efficiently take the place of human firefighters in performing tasks such as reconnaissance, firefighting, and smoke extraction in close proximity to the fire source and hazardous areas.
Operators can carry out firefighting operations from a safe distance of up to 1000 meters from the fire source, minimizing the risk of unnecessary casualties.
This versatile technology finds application in various scenarios, including but not limited to fires in highway (railway) tunnels, subway stations, underground facilities, freight yards, large-span industrial plants, and petrochemical depots and refineries.
Furthermore, it can be employed for tasks such as target detection, attack, and providing cover during extensive incidents involving toxic gases, smoke, challenging access for personnel, and emergency rescue in perilous situations.
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.
Water mist self-protection
360 degree monitor
430MM obstacle height
40° max climbing
Import TFT cannon
Large Flow 150L/S
Extended Run Time: Diesel robots can typically operate for longer periods without the limitation of battery life.
Greater Power: Diesel engines offer higher torque and power output, making them better suited for emergency situations such as firefighting.
Higher Payload Capacity: Diesel robots can carry more equipment and firefighting tools due to their powerful engines.
Longer Range of Operation: Diesel robots can cover larger areas as they have ample fuel reserves.
Quick Refueling: Refueling with diesel is relatively fast, allowing the robot to get back to work quickly.
Adaptability in Harsh Conditions: Diesel robots are better suited to work in adverse weather conditions, such as extreme temperatures or humidity.
Longer Lifespan: Diesel engines generally have a longer lifespan, making the robots more durable.
Multi-Purpose: Diesel robots can be used for various tasks such as water pumping and power generation, adding to their versatility.
Larger Drive Range: Diesel robots can power larger working equipment, such as large pumps or sprayers.
Autonomy: Diesel robots are more autonomous in some scenarios because they don't require frequent charging and can continue tasks uninterrupted.
It's important to note that the choice between diesel and electric fire robots should be based on specific needs and environmental considerations, as each type has its own suitable use cases and limitations.
Chassis Parameters | Fire extinguishing system parameters | ||
Dimension | 2000×1100×1400 include water cannon | Water cannon | Water and foam dual purpose, shooting range ≥95m, flow rate 120L/s, water cannon and robot remote control integrated in one |
Total weight | 1100kg | Flow | 150L/S water，150L/S foam |
Obstacle height | 430mm | Shooting range | 95m water，90m foam |
Ground clearance | 200mm | Pitch angle negative | negative 30°-positive 90 |
Climb ability | slope or stairs | Swivel angle | 340° |
Roll stability angle | 30° | Auxiliary system parameters | |
Remote distance | 1000m（panel control) | Lighting | LED light, front 20Wx2 rear 10Wx2 |
Driving speed | 0-10km/h | Provide traction | 6KN |
Chassis model | ATV hydraulic rubber crawler chassis | Provide hydraulic source | 20L/m，210bar |
Engine | Japan Yanmar turbocharged engine 20Kw@2400RPM | Optional function | Electric winch, pulling force greater than 1 ton |
Self-protection function | Water mist self-protection |
1. Application Scenario: Forest Firefighting
Description: The 4WD Track Firefighting Robot is designed to combat and extinguish forest fires efficiently. Equipped with advanced fire suppression systems, this robot can navigate through rugged terrains and reach remote areas that are difficult to access by humans. It utilizes its powerful water cannons and foam dispensers to suppress flames effectively, preventing the fire from spreading further. Additionally, the robot can collect real-time information about the fire, including its size, location, and intensity, providing crucial data to firefighters for strategic decision-making.
2. Application Scenario: Urban Firefighting
Description: In urban areas, the 4WD Track Firefighting Robot plays a vital role in extinguishing fires in high-rise buildings, industrial complexes, and other urban structures. With its robust mobility and agility, this robot can swiftly navigate through narrow corridors, staircases, and debris-filled environments. It utilizes its water cannons, foam dispensers, and thermal imaging cameras to locate and suppress fires effectively. Moreover, the robot can transmit live video feeds to the command center, enabling firefighters to assess the situation remotely and devise appropriate firefighting strategies.
3. Application Scenario: Search and Rescue Operations
Description: The 4WD Track Firefighting Robot serves as a valuable asset in search and rescue operations during natural disasters or emergencies. Equipped with sensors and cameras, this robot can traverse hazardous terrains, such as collapsed buildings or unstable structures, to locate and rescue trapped individuals. It can transmit real-time audio and video feeds to rescue teams, aiding in decision-making and ensuring the safety of both victims and rescuers. Additionally, the robot's ability to withstand extreme temperatures and adverse conditions makes it an ideal tool for locating survivors in challenging environments.
4. Application Scenario: Industrial Hazard Response
Description: The 4WD Track Firefighting Robot finds extensive use in industrial settings where hazardous materials and potentially dangerous situations are prevalent. It can be deployed to handle incidents involving chemical spills, explosions, or other emergencies. The robot's specialized sensors and detectors enable it to identify and assess hazardous substances, ensuring the safety of human responders. With its fire suppression capabilities, the robot can also control and extinguish fires in industrial facilities, minimizing the risk of further damage and protecting valuable assets.
5. Application Scenario: Military and Defense Operations
Description: The 4WD Track Firefighting Robot plays a crucial role in military and defense operations, particularly in combat situations or during hazardous missions. This robot can be deployed to extinguish fires caused by explosions, combat situations, or accidents, reducing the risk of collateral damage. Its ability to collect real-time information about the incident area, including enemy presence or potential threats, provides valuable intelligence to military personnel. Additionally, the robot's rugged construction and advanced mobility allow it to traverse challenging terrains, making it an asset in various military operations.
Please cleck here to send us message!
The fire robot can effectively serve as a replacement for trailer-mounted and mobile fire monitors, utilizing its own power to remotely control fire monitors or water mist fans and position them precisely where needed.
It can efficiently take the place of human firefighters in performing tasks such as reconnaissance, firefighting, and smoke extraction in close proximity to the fire source and hazardous areas.
Operators can carry out firefighting operations from a safe distance of up to 1000 meters from the fire source, minimizing the risk of unnecessary casualties.
This versatile technology finds application in various scenarios, including but not limited to fires in highway (railway) tunnels, subway stations, underground facilities, freight yards, large-span industrial plants, and petrochemical depots and refineries.
Furthermore, it can be employed for tasks such as target detection, attack, and providing cover during extensive incidents involving toxic gases, smoke, challenging access for personnel, and emergency rescue in perilous situations.
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.
Water mist self-protection
360 degree monitor
430MM obstacle height
40° max climbing
Import TFT cannon
Large Flow 150L/S
Extended Run Time: Diesel robots can typically operate for longer periods without the limitation of battery life.
Greater Power: Diesel engines offer higher torque and power output, making them better suited for emergency situations such as firefighting.
Higher Payload Capacity: Diesel robots can carry more equipment and firefighting tools due to their powerful engines.
Longer Range of Operation: Diesel robots can cover larger areas as they have ample fuel reserves.
Quick Refueling: Refueling with diesel is relatively fast, allowing the robot to get back to work quickly.
Adaptability in Harsh Conditions: Diesel robots are better suited to work in adverse weather conditions, such as extreme temperatures or humidity.
Longer Lifespan: Diesel engines generally have a longer lifespan, making the robots more durable.
Multi-Purpose: Diesel robots can be used for various tasks such as water pumping and power generation, adding to their versatility.
Larger Drive Range: Diesel robots can power larger working equipment, such as large pumps or sprayers.
Autonomy: Diesel robots are more autonomous in some scenarios because they don't require frequent charging and can continue tasks uninterrupted.
It's important to note that the choice between diesel and electric fire robots should be based on specific needs and environmental considerations, as each type has its own suitable use cases and limitations.
Chassis Parameters | Fire extinguishing system parameters | ||
Dimension | 2000×1100×1400 include water cannon | Water cannon | Water and foam dual purpose, shooting range ≥95m, flow rate 120L/s, water cannon and robot remote control integrated in one |
Total weight | 1100kg | Flow | 150L/S water，150L/S foam |
Obstacle height | 430mm | Shooting range | 95m water，90m foam |
Ground clearance | 200mm | Pitch angle negative | negative 30°-positive 90 |
Climb ability | slope or stairs | Swivel angle | 340° |
Roll stability angle | 30° | Auxiliary system parameters | |
Remote distance | 1000m（panel control) | Lighting | LED light, front 20Wx2 rear 10Wx2 |
Driving speed | 0-10km/h | Provide traction | 6KN |
Chassis model | ATV hydraulic rubber crawler chassis | Provide hydraulic source | 20L/m，210bar |
Engine | Japan Yanmar turbocharged engine 20Kw@2400RPM | Optional function | Electric winch, pulling force greater than 1 ton |
Self-protection function | Water mist self-protection |
1. Application Scenario: Forest Firefighting
Description: The 4WD Track Firefighting Robot is designed to combat and extinguish forest fires efficiently. Equipped with advanced fire suppression systems, this robot can navigate through rugged terrains and reach remote areas that are difficult to access by humans. It utilizes its powerful water cannons and foam dispensers to suppress flames effectively, preventing the fire from spreading further. Additionally, the robot can collect real-time information about the fire, including its size, location, and intensity, providing crucial data to firefighters for strategic decision-making.
2. Application Scenario: Urban Firefighting
Description: In urban areas, the 4WD Track Firefighting Robot plays a vital role in extinguishing fires in high-rise buildings, industrial complexes, and other urban structures. With its robust mobility and agility, this robot can swiftly navigate through narrow corridors, staircases, and debris-filled environments. It utilizes its water cannons, foam dispensers, and thermal imaging cameras to locate and suppress fires effectively. Moreover, the robot can transmit live video feeds to the command center, enabling firefighters to assess the situation remotely and devise appropriate firefighting strategies.
3. Application Scenario: Search and Rescue Operations
Description: The 4WD Track Firefighting Robot serves as a valuable asset in search and rescue operations during natural disasters or emergencies. Equipped with sensors and cameras, this robot can traverse hazardous terrains, such as collapsed buildings or unstable structures, to locate and rescue trapped individuals. It can transmit real-time audio and video feeds to rescue teams, aiding in decision-making and ensuring the safety of both victims and rescuers. Additionally, the robot's ability to withstand extreme temperatures and adverse conditions makes it an ideal tool for locating survivors in challenging environments.
4. Application Scenario: Industrial Hazard Response
Description: The 4WD Track Firefighting Robot finds extensive use in industrial settings where hazardous materials and potentially dangerous situations are prevalent. It can be deployed to handle incidents involving chemical spills, explosions, or other emergencies. The robot's specialized sensors and detectors enable it to identify and assess hazardous substances, ensuring the safety of human responders. With its fire suppression capabilities, the robot can also control and extinguish fires in industrial facilities, minimizing the risk of further damage and protecting valuable assets.
5. Application Scenario: Military and Defense Operations
Description: The 4WD Track Firefighting Robot plays a crucial role in military and defense operations, particularly in combat situations or during hazardous missions. This robot can be deployed to extinguish fires caused by explosions, combat situations, or accidents, reducing the risk of collateral damage. Its ability to collect real-time information about the incident area, including enemy presence or potential threats, provides valuable intelligence to military personnel. Additionally, the robot's rugged construction and advanced mobility allow it to traverse challenging terrains, making it an asset in various military operations.
Please cleck here to send us message!
