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In daily agricultural activities, plant protection drones are used more and more in pest control
.
However, many pilots are still "recruits", and the skills to control drone flight are not yet proficient.
The skills of commanding aircraft to hover and spray drugs at low altitudes are far from "passing the level".
A little carelessness can easily "fail": such as flying over.
The “flying spray” dotted line is beyond the control height, wind direction arc, and the extreme point of spraying.
The program is started at an inadvertent or subconscious moment.
Every “misoperation” will cause trouble or waste to the aircraft passing by.
Pesticides, or drifting in the direction of the target, or causing disasters
.
How to prevent accidents from flying and prevent accidental spraying and leaking sprays is a problem that needs to be seriously considered
.
? Pilot training must be in place
.
The operators of plant protection drones need to be trained through professional and specialized training, and the technical control must be superb to reduce the probability of accidents after the aircraft takes off
.
It is recommended that the state specially train pilots to ensure accurate, safe, fast, and smooth execution of missions
.
? Ground recognition is better
.
There are a lot of preparations for agricultural aircrafts before take-off.
Among them, the delineation of ground work points should be detailed, especially those marked facilities in specific areas, with clear instructions, identifiable borders, and obvious identification
.
Using space and ground to identify together will not leave undesirable blind spots for the "flying jet"
.
? Use the right medicine compatibility
.
Nowadays, flight control is more difficult because of the uneven planting and crop stubble on the ground, and the intermixing of land and water planting and breeding between mountains and paddy fields, and there are many types, which can easily cause "secondary disasters
.
" Therefore, it is necessary to carefully and scientifically formulate the drug compatibility for flight control operations, such as the different growth periods of different crops and organisms, with a protective medication plan to reduce the side effects of flight control
.
? Management control must be complete
.
Owners of agricultural aircraft should abide by the low-altitude management rules, make public announcements before using the aircraft, tell the surrounding villagers to pay attention to the safety of human storage in advance, and inform neighboring growers and breeding units to do the corresponding work.
.
Agricultural technology departments should actively participate in large-scale flying prevention activities, participate in on-site technical guidance, and join the "flying jet" on-site management and safety control.
The "flying jetting" party, related parties, and the "three parties" of agricultural technology release should be integrated.
All-round control of technology, medication, security, and terrain can not only ensure the safety of flight operations, but also ensure the safety of different species in the breeding industry, killing two birds with one stone
.
.
However, many pilots are still "recruits", and the skills to control drone flight are not yet proficient.
The skills of commanding aircraft to hover and spray drugs at low altitudes are far from "passing the level".
A little carelessness can easily "fail": such as flying over.
The “flying spray” dotted line is beyond the control height, wind direction arc, and the extreme point of spraying.
The program is started at an inadvertent or subconscious moment.
Every “misoperation” will cause trouble or waste to the aircraft passing by.
Pesticides, or drifting in the direction of the target, or causing disasters
.
How to prevent accidents from flying and prevent accidental spraying and leaking sprays is a problem that needs to be seriously considered
.
? Pilot training must be in place
.
The operators of plant protection drones need to be trained through professional and specialized training, and the technical control must be superb to reduce the probability of accidents after the aircraft takes off
.
It is recommended that the state specially train pilots to ensure accurate, safe, fast, and smooth execution of missions
.
? Ground recognition is better
.
There are a lot of preparations for agricultural aircrafts before take-off.
Among them, the delineation of ground work points should be detailed, especially those marked facilities in specific areas, with clear instructions, identifiable borders, and obvious identification
.
Using space and ground to identify together will not leave undesirable blind spots for the "flying jet"
.
? Use the right medicine compatibility
.
Nowadays, flight control is more difficult because of the uneven planting and crop stubble on the ground, and the intermixing of land and water planting and breeding between mountains and paddy fields, and there are many types, which can easily cause "secondary disasters
.
" Therefore, it is necessary to carefully and scientifically formulate the drug compatibility for flight control operations, such as the different growth periods of different crops and organisms, with a protective medication plan to reduce the side effects of flight control
.
? Management control must be complete
.
Owners of agricultural aircraft should abide by the low-altitude management rules, make public announcements before using the aircraft, tell the surrounding villagers to pay attention to the safety of human storage in advance, and inform neighboring growers and breeding units to do the corresponding work.
.
Agricultural technology departments should actively participate in large-scale flying prevention activities, participate in on-site technical guidance, and join the "flying jet" on-site management and safety control.
The "flying jetting" party, related parties, and the "three parties" of agricultural technology release should be integrated.
All-round control of technology, medication, security, and terrain can not only ensure the safety of flight operations, but also ensure the safety of different species in the breeding industry, killing two birds with one stone
.