Multipurpose pest control drone using smart DSM 3D autonomous flight
Step 1
Forest forecasting will be conducted using FMWorks' 3D Autonomous Flight Station (FMS). Since FMS flies based on automatic altitude flight using the existing patented DEM, flying in mountainous terrain is safe and convenient.
Step 2
The DSM obtained through forest surveillance is processed into a smart DSM that can support efficient autonomous flight of drones. The smart DSM has a higher relaxation rate than the existing DSM, so the data capacity is lighter and is more precise than the DEM.
Step 3
The completed smart DSM is uploaded back to the 3D autonomous flight system (FMS). The upload method is also simple, equivalent to copying a file, and the same area can be repeatedly treated with a single upload.
Step 4
A forest control drone is operated in the field. Using FMS, you select a pest control target and automatically create a precise low-altitude flight path based on the smart DSM mounted on FMS. Even if connection to the remote controller is lost during flight, all missions are completed safely and return.
Current Status of Forest Control Using Drones
Limitations of Visible Flights
Road Control and Access Limits
Bad flight image reception
Why LEO?
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Accurate 3D Autonomous Flight Support, but very simple
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Savings of up to 50% in forest management and plant pest control
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Increased control efficiency by minimizing scattering of drugs through precise close flight
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It can be used for all missions requiring low-altitude flight, such as forest fire monitoring and control
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Rapid and accurate prevention is possible even in areas where access to the target site and pilot visibility are difficult
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Prevention of secondary accidents such as forest fires caused by drone falls
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Leading role in forest management and plant pest control
Processed DSM acquired through forest forecasting into a smart DSM that can support efficient autonomous flight of drones → Smart DSM is lighter in data capacity than general DSM and allows safer flight than DEM!
Comparison of drug dispersion points using smart DSM
Automatically create a precise 3D autonomous flight path based on the smart DSM when the control target is selected in an autonomous flight system (FMS) equipped with a smart DSM
LEO Comparative Analysis
Existing Control (Manual Control)
Existing Control Methods by Control
LEO
Autonomous Flight
Scope of Forest Control Design
Results of forest control
Scope of Forest Control Design
Results of forest control