Keep operators at a safe distance
Remote control helps the team stay away from heat, smoke, toxic gas, and other hazardous conditions during fire response.
Wheeled Fire-fighting Robot
Wheeled Fire-fighting Robot for hazardous industrial fire response
Wheeled fire-fighting robots are built for hazardous industrial scenarios where operators need to keep a safe distance from fire, heat, smoke, or explosive risk.
Product Overview
The intelligent turbine wheeled fire-fighting robot is designed for substations, oil depots, chemical parks, tunnels, and other high-risk environments. It keeps operators at a safe distance while combining remote control, thermal imaging, and turbine-assisted fire suppression in one platform.
- Remote operation helps keep personnel away from toxic, flammable, explosive, or confined danger zones
- Integrated turbine airflow supports fire suppression, cooling, smoke exhaust, and toxic gas dilution
- Infrared thermal imaging improves fire-source tracking and situational awareness
- Configuration can be adapted to the site and fire scenario
Core Advantages
Four core strengths
Built for hazardous fire scenes, this robot helps teams operate from a safer distance, identify hot spots more clearly, and adapt the response method to site conditions.
Track hot spots more clearly
Infrared thermal imaging supports fire-source identification and improves visibility when the scene is smoky or low-light.
Use strong airflow to support fire knockdown
The turbine-assisted system helps push the fire-response medium farther and supports cooling, smoke exhaust, and heat reduction.
Adapt to different fire scenarios
Water, mist, and foam response modes can be selected to match the fire type and the site conditions.
Key Specifications
Product Specifications
These are the core figures customers usually review first, including overall size, travel range, media capacity, and spray reach. Final configuration can be adjusted to the project and application needs.
Overall vehicle size
Driving range
Water tank and foam tank
Rated spraying distance
Application Scenarios
Where this robot fits
Before choosing the final configuration, customers usually check site layout, fire type, and operating route.
Power Facilities
Substations and power yards
Suitable for substations, transformer yards, and similar power facilities where operators need remote fire response and thermal monitoring.
- Keep operators away from high-voltage hazards
- Use remote control with visual feedback
- Fit fenced or open power-site layouts
Industrial Sites
Large industrial plants and storage yards
Suitable for industrial plants, equipment yards, and other open sites where a mobile fire robot can reach the scene quickly.
- Support water, mist, and foam response
- Work with long spray reach and mobile deployment
- Fit large, complex work areas
Project References
Project references in preparation
Confirmed wheeled fire-fighting robot videos or photos can be added here once public project material is available.
Video Reference
Pending Public Material
Operation video reference
When cleared project footage is available, this area will present robot travel, remote control, spray reach, and site background in a video-first format.
Project Photos
Pending Public Material
Project photo reference
When a project has approved photos but no video, this area can show the project background and key configuration in the same concise case format.
Product FAQ
Wheeled Fire-fighting Robot FAQs
What remote-control distance is available?
A normal remote-control distance is about 200 meters, with optional long-distance image-transmission solutions reaching up to 2 kilometers in suitable conditions.
How long can the platform operate in the field?
A common reference configuration uses lithium power for movement and a 48 kW diesel engine for fire-response output, with more than 10 km travel range, over 4 hours standby, and about 8 hours of continuous engine-side operation with a full fuel tank.
What does the thermal imaging module actually do?
The thermal-imaging module helps identify and mark hot spots, provides visible-light and infrared feedback, and supports more precise remote targeting in smoke, heat, or low-visibility conditions.
What protection functions are built into the system?
The system can monitor battery status, engine temperature, and hydraulic pressure, along with alarms or protection logic for issues such as overload, water shortage, abnormal pressure, and motion self-locking when needed.
What lead time should be expected for this product family?
Reference lead time is about 5 to 7 months because this is a customized product family that can include design work, production, commissioning, and road-testing before delivery.
RFQ Checklist
Useful details for robot selection
These points are usually the fastest way to judge whether a wheeled robot is the right fit for the site.
- Fire, smoke, heat, or explosion-risk scenario
- Required remote-control distance and feedback type
- Water, mist, or foam response preference
- Travel environment, slope, and obstacle conditions
- Thermal imaging or camera integration needs
Quick tip: Even a short description of the hazard zone is enough for the first round of recommendation.