DreamEagle Technology - Particle Sowing System Structure
Escort for accurate spreading and provide an efficient spreading platform
Escort for accurate spreading and provide an efficient spreading platform
The X4-20 has a new structural design, equipped with a quick-swappable spreading box battery design, adopts a front and rear folded quadrotor design, is equipped with obstacle avoidance radar and ground defense radar, front FPV first-view angle, strong power, lightweight design of the whole body, and small size , large load, easy to carry operations. The maximum payload volume is 26L
In a new dimension, to meet different sowing needs
Compared with the manpower seeding with high labor cost, low seeding efficiency and high labor intensity,
the Dream Eagle Technology seeding system has low usage cost, high efficiency, and labor-saving.
the Dream Eagle Technology seeding system has low usage cost, high efficiency, and labor-saving.
Taking rice live broadcast as an example, a Dream Eagle seeding system is equipped with a platform,
which can complete more than 80 acres of rice seeding per hour, which is 50 to 60 times more efficient than manual seeding.
which can complete more than 80 acres of rice seeding per hour, which is 50 to 60 times more efficient than manual seeding.
Intelligent control, fully autonomous sowing, and easy operation under natural conditions where ground spreading equipment is difficult to work.
With the stability of the structure of the Dream Eagle Plant Protection UAV, the Dream Eagle technology seeding system can accurately sow seeds and solid particles to the desired location.
The rotary quantitative opening design ensures that the scattered particles do not agglomerate or stick together, and the landing is evenly distributed to meet the needs of precise spreading.
It solves the problems of inaccurate dosage of traditional aerial seeding, low flying precision and uneven seeding.
In a new dimension, to meet different sowing needs
Dream Eagle Technology Plant Protection UAV is compatible with more flight control systems,
and can easily cope with different terrain environments such as plains, hills, and woodlands.
and can easily cope with different terrain environments such as plains, hills, and woodlands.
Realize fully autonomous seeding operations in multiple scenarios; compared with large-scale ground equipment,
aerial operations can avoid crushing crops and destroying the soil microbial environment.
aerial operations can avoid crushing crops and destroying the soil microbial environment.
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