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The A630 agricultural sprayer drone is a powerful advancement in agricultural machinery, designed to enhance efficiency and durability. With a full-load takeoff weight of 59.05 kg (slow charge battery) or 59.25 kg (fast charge battery), this precision agriculture UAV stands out for its reliability in tough farming environments. Its high-capacity system allows it to carry 30 liters of material for spraying, and it can be equipped with an interchangeable granule spreader system, making it an efficient all-rounder for agricultural operations. The frame combines aerospace-grade aluminum and durable injection-molded plastic, balancing structural strength with streamlined design to ensure stability during various agricultural tasks.
The space-saving foldable design enhances portability—when folded, it measures 1192*623*885mm (less than half the fully deployed size), making it easy to transport between sites, an ideal feature for large-scale farming operations. All core components are shielded with IP65 waterproof and dustproof protection, and waterproof connectors ensure reliability in harsh weather conditions. The integrated flight control module, paired with advanced IMU sensors and GPS, supports stable autonomous operation, enhancing usability even for complex field tasks.
Model Number | ZAi-A630 | Dynamic System | maximum power of 42.7 HP |
Unfolded Size | 1192*623*885mm | Spraying System | 8 L/min pump+8/min nozzle |
Wheelbase | 2018mm | Hovering Time | With a 30 L payload, hovering time is 8.19 minutes (fast charge battery) |
Operation Power | 14S1P 30000mAh / 53.2V | ||
Weight | 59.05kg(slow charge battery) | Battery Cycle Life | 650 times |
Farmers And Ranchers: They are the primary users of drones for crop monitoring, field
mapping, and precision agriculture.
users. Drones help them assess crop health, optimize irrigation,and
manage pest control.
Agribusiness: Large agribusinesses use drones for a broader range of
operations, including large-scale crop monitoring, soil health
analysis , and yield prediction, analysis & yield forecasting.
Agri-Tech Companies: Companies developing agricultural technologies often use drones
to test and improve their products, or to provide integrated
solutions that combine drones with other technologies such as
sensors and artificial intelligence.
Government And Research Organizations: These organizations use drones for research purposes, such as
studying crop diseases, soil conditions, and environmental impacts.
They may also use drones to monitor and manage agricultural
policies and subsidies.
Agricultural Consultants And Service Providers: Professionals who offer specialized services to farmers such as
precision farming advice or aerial imaging services often use
drones as part of their toolkit.
Educational institutions: Universities and agricultural colleges
use drones for teaching, research projects, and developing new
agricultural technologies.
Environmental And Conservation Organizations: These organizations use drones to monitor land use, assess
environmental impacts, and manage the impacts of agriculture.