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How does mapping drones work in agriculture?

Agricultural drone mapping is the process of using drones to collect data, which is then processed to create accurate maps of areas. This could be done by flying drones over fields, capturing images that could allow farmers to see where there might be weed or pest problems so they can deal with them before they become serious problems with crops or livestock.

Farmers can use agricultural drone mapping to accomplish many things, including:

Map fields and prepare them for planting and harvesting.
Monitor the growth of crops in different seasons.
Compared with the crop growth of previous years.
Minimizes the risk of damage to crops from bugs, pests and diseases.
Plant and soil analysis.
Using drones to map soil moisture.
Irrigation system analysis.

FDG815 small quadcopter drone endurance 60mins with 800g for agriculture mapping

FDG815 small quadcopter drone

Specification

Color: Black and White Material: Carbon Fiber, CNC, PCB
Control Range: 20km
Diagonal Wheelbase: 815mm
Unfolded Dimensions: 670mm*650mm*200mm (excluding propellers/landing gears)
Folded Dimensions: 440mm*210mm*200mm(excluding propellers/landing gears)
Empty Weight: 5.4kg (including battery)
Battery Weight: 2.8kg
Max Take-off Weight: 8kg
Flight Time: 90min (no payload) 68min (800g payload) 45min (2500g payload)
Max Speed: 30m/s Max Lifting Speed: 4m/s
Max Descent Speed: 3m/s
Max Angle of Pitch: 25°
Wind Resistance: 14m/s
Service Ceiling: 6000m
Propeller: 22*8 inch
Working Voltage: 50.4V
Working Temperature: -10℃-55℃
Carrying Case: 68cm*45cm*35cm