Typical Application Scenario
Forest Firefighting
System Introduction
Forest fire is a natural disaster that is sudden, destructive, and extremely difficult to
extinguish. "Early detection and early treatment" are the most effective countermeasure for
forest firefighting. Normalized manual fire prevention patrol methods and existing ground
firefighting and rescue equipment cannot meet the needs of timely detection, rapid arrival and
efficient fire extinguishing of forest fires in complex terrain environments.
Flightwin has carried out a lot of research and verification work in the field of forest
firefighting, and has accumulated rich practical experience. The FWA-35 VTOL UAV and FWH-1500
heavy-lift unmanned helicopter platform, integrating with payloads such as photoelectric pods,
strong-sound and strong-light pods, fire extinguishing bomb releasing devices, high-efficiency fire
extinguishing agent precision injection devices, cargo lifting devices, etc., together with the
integrated TT&C, storage and transportation vehicles, form a set of unmanned helicopter forest
firefighting system that supports rapid extinguishing of initial forest fires in complex
environments.
System Composition
Forest fire is a natural disaster that is sudden, destructive, and extremely difficult to
extinguish. "Early detection and early treatment" are the most effective countermeasure for
forest firefighting. Normalized manual fire prevention patrol methods and existing ground
firefighting and rescue equipment cannot meet the needs of timely detection, rapid arrival and
efficient fire extinguishing of forest fires in complex terrain environments.
Flightwin has carried out a lot of research and verification work in the field of forest
firefighting, and has accumulated rich practical experience. The FWA-35 VTOL UAV and FWH-1500
heavy-lift unmanned helicopter platform, integrating with payloads such as photoelectric
pods, strong-sound and strong-light pods, fire extinguishing bomb releasing devices,
high-efficiency fire extinguishing agent precision injection devices, cargo lifting devices,
etc., together with the integrated TT&C, storage and transportation vehicles, form a set of
unmanned helicopter forest firefighting system that supports rapid extinguishing of initial
forest fires in complex environments.
01 Early Detection
FWA-35 long-endurance VTOL UAV has a flight endurance of up to 10 hours. In the fire prevention season, the unmanned system can be remotely controlled to carry out autonomous fire patrol missions. The UAV is equipped with airborne EO/IR/laser pods, communication relay modules etc. equipment to accurately identify and locate forest fire, and automatically send the alarming information to the forest fire prevention monitoring center; Meanwhile, it provides communication support for multiple unmanned helicopters that fly to the fire site to perform fire extinguishing missions, and provide one-stop solution for existing challenges.
02 Early Treatment
Forest fires may occur in complex areas such as mountain cliffs, tree canopies, grasses, and high-voltage lines, and it is difficult for a single fire extinguishing method or material to cope with the complex and diverse fire situations. Based on years of practical experience in the industry, Flightwin applies the FWH-1500 heavy-lift unmanned helicopter platform, mounting fire extinguishing bombs/high-efficiency fire extinguishing devices/fire extinguishing buckets, etc., to carry out multi-UAVs collaborative operations, and quickly implement the initial forest firefighting and fire suppression in the early stage. It can also build a fire isolation zone quickly to achieve "early treatment" of forest fires.
03 Early Perception
The situational awareness remote command portal integrates the visual display of all elements (personnel, UAVs, ground equipment, tasks, data, etc.,) of forest fire prevention and extinguishing, to realize the unified management and scheduling with one map. Based on the Al data processing engine, it realizes the centralized and unified control of multiple heterogeneous models, carries out efficient collaborative tasks of multiple UAVs, and supports the connection to the forest fire prevention monitoring center. This provides support for command linkage and decision-making.
