Intelligent Firefighting Drone Introduction

In the context of accelerating climate change and urbanization, incidents such as forest fires, industrial fires, and residential fires are occurring more frequently. Traditional firefighting methods are increasingly unable to meet the modern demands for "rapid response, precise firefighting, safety, and efficiency." As a result, intelligent firefighting drones have emerged as an essential component of next-generation smart emergency response systems.

1. Product Positioning: Aerial Intelligent Firefighting Platform

The General Intelligent Firefighting Drone is a high-end aircraft that integrates AI recognition, thermal imaging sensing, Starlink communication, intelligent navigation, and precision payload delivery. It is designed specifically for fire detection, early-stage suppression, and monitoring of hazardous areas. It overcomes the physical limitations of ground-based firefighting, enabling all-weather, all-terrain, and unmanned rapid response.

2. Core Functional Modules

AI Recognition & Fire Monitoring
Combines AI vision models with infrared thermal imaging to accurately identify fire locations, intensity, and spread trends in real time, generating fire scene thermal maps.

Starlink Communication & Remote Command
Supports integration with Starlink satellite internet for global data transmission and remote control, eliminating signal blind spots and enabling deployment in remote mountainous or wild areas.

Intelligent Navigation & Path Planning
Uses high-precision GPS and LiDAR combined with AI path algorithms to autonomously avoid obstacles, dynamically re-plan routes, and achieve autonomous flight and formation coordination.

Multi-Bay Intelligent Payload Delivery System
Equipped with 4–8 fire suppressant bomb bays with adaptive release mechanisms. Capable of precision delivery based on target positioning and wind speed calculations, for early fire suppression or creating firebreaks.

Night & Extreme Environment Operations
Enhanced night vision system, adaptable to low temperatures, high altitudes, and high humidity, ensuring all-weather operational capability.

3. Application Scenarios & Advantages

Main Application Scenarios

• Early suppression and patrol inspection for forest fires

• Intelligent inspection of high-risk industrial areas

• Firefighting in urban hard-to-reach locations

• Fire prevention alerts for oil tanks, power lines, and hazardous chemical warehouses

• Post-disaster fire assessment in earthquake or flood zones

Key Advantages

• Rapid deployment for autonomous firefighting missions

• Precision targeting with an error margin within 1 meter

• Eliminates risk to human firefighters in high-temperature, toxic, or collapsed environments

• Reduces firefighting resource consumption while improving efficiency and accuracy

• Multi-drone collaboration for large-scale fire coverage

4.Future Development & Platform Ecosystem

The General Intelligent Firefighting Drone serves as an entry point into a platform-based ecosystem. It can connect to smart city management systems, integrating with ground-based fire trucks, command centers, and monitoring platforms to build a “air–ground–cloud” unified intelligent firefighting network.