Application
E-FLY Technology’s drones deliver versatile and efficient solutions across key agricultural stages, from sowing, seeding, fertilization, to irrigation. Designed to perform reliably in complex terrain environments such as mountains and terraced fields, they feature a robust structure, flexible takeoff and landing, and extended flight duration. With single-person portable operation and a modular design for easy maintenance, our drones enhance productivity while ensuring practical cost control. E-FLY empowers smarter, more adaptable farming for modern agricultural needs.
spraying pesticides
The operational area per day can reach 10-20 times that of manual labor, and it is not limited by terrain. It can quickly cover mountains, hills, and paddy fields.
Through GPS positioning and constant speed flight, the pesticide droplets are evenly distributed, resulting in a utilization rate increase of over 30%, reducing pesticide and water resource waste.
Operators are kept away from the pesticide spraying area, avoiding the risk of poisoning and reducing mechanical damage to crops.
No need for a large number of laborers, reducing labor costs, and with flexible operation time, it is possible to seize the best window period for pesticide application.
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sowing
● Efficiency doubled: The daily working area can reach 20-30 times that of manual sowing, making it especially suitable for large-scale farmland and shortening the sowing cycle.
● Sowing Precision: By adjusting the seeding rate and height through an intelligent control system, the seeds are evenly distributed and planted at a consistent depth, resulting in a 15%-20% increase in seedling emergence rate.
● Adapt to complex scenarios: It is not limited by terrain or crop growth conditions, and can operate in mountains, hills, under forests, and between rows of sprouted crops without damaging the soil structure.
● Save effort: No need for manual bending and labor, reducing labor costs, while saving seeds (low rates of missed sowing and re-sowing), and reducing material loss.
● Flexible and convenient: The operation time is flexible, allowing for quick response to farming needs. Additionally, the operation is simple, and a single person can complete sowing multiple plots.
fertilization
● Precision and efficiency: Through GPS positioning and intelligent fertilizer control system, the uniformity of fertilizer application is high, avoiding missed and excessive application, and the utilization rate is increased by 20%-30%.
● Labor-saving and cost-effective: The operational area per day is 15-25 times that of manual fertilization, reducing labor input. At the same time, it saves 10%-15% of fertilizer usage and reduces material loss.
● Adapt to complex land parcels: It is not limited by terrain or crop growth conditions, and can operate in mountainous areas, hills, and densely planted crop fields without trampling crops or damaging the soil.
● Safe and convenient: Operators can stay away from the fertilization area, avoiding fertilizer contact and injury, and the operation time is flexible, allowing them to seize the best fertilization window period.
● Protecting soil: No need for agricultural machinery to crush, reducing soil compaction, and avoiding soil pollution caused by concentrated fertilizer accumulation, which is more in line with the needs of green agriculture.
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irrigation
● Precision water saving: Through intelligent control systems, water volume and irrigation range are adjusted, ensuring that water reaches the roots of crops directly, with a utilization rate increased by over 40%. This method saves 50%-70% of water compared to traditional flood irrigation.
● Efficient and flexible: The operational area per day is 15-20 times that of manual irrigation, and it is not limited by the shape or slope of the land. It can quickly cover mountainous areas, hills, and scattered plots.
● Protect crops and soil: No need for agricultural machinery rolling or manual trampling, avoiding crop damage and soil compaction, while reducing soil salinization caused by excessive water.
● Labor-saving and cost-effective: It can be operated by a single person, significantly reducing labor costs. Additionally, the operation time is flexible, allowing for timely response to peak water demand periods of crops (such as during droughts and seedling stages).
● Adaptation to special scenarios: It can be used for closely planted crop fields, under-forest irrigation, or supplementary irrigation for locally arid plots, without the need to lay complex irrigation pipe networks, making it widely applicable.
Terrace farming
No need for road paving, capable of vertically crossing field ridges, not limited by slope or scattered plots, avoiding the problem of traditional machinery being unable to enter.
The daily operation area is 15-30 times that of manual labor, eliminating the need to travel back and forth between fields, and shortening the cycles of spraying, sowing, and fertilizing.
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Through GPS-guided fixed-point flight, the distribution of materials (pesticides, seeds, fertilizers) is uniform, regardless of the elevation differences of the terraces, reducing waste.
Operators stay away from the field to avoid risks such as slipping on the terrace slopes and exposure to pesticides, while also avoiding trampling crops and crushing the field ridges.
No need for extensive manual slope climbing operations, reducing labor input, and no need to build roads for mechanical operations, reducing infrastructure costs.
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mountain agriculture
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Get in touch with us
We are committed to producing the best quality products at the most competitive prices. Therefore, we sincerely invite all interested companies to contact us for more information.
Guangzhou E-FLY Technology Co., Ltd.