Heavy Payload Agricultural Drone

■ Heavy duty agricultural drones refer to large drones with a maximum takeoff weight exceeding 150 kilograms and a payload capacity of several hundred kilograms. Its technical characteristics are mainly reflected in load capacity, power system, material structure, environmental adaptability, and intelligence.

■ The effective payload of heavy-duty agricultural drones can reach several hundred kilograms, with some models having a payload capacity of over 300 kilograms and a maximum takeoff weight of over 1 ton. Some models have a load capacity of up to 200kg, while others have a load capacity of 50kg.

■ To meet the requirements of long endurance and high load, its power sources include high-energy density fuel engines and high-power electric motor systems. In terms of layout design, some models adopt a dual tail support layout; Some use multi axis multi blade rotors and shaft double blade structures; Some models are equipped with dual axis motors.

■ Widely using lightweight and high-strength materials such as carbon fiber composite materials and aviation aluminum to reduce the weight of the aircraft and improve structural strength. For example, using domestically produced carbon fiber can reduce the weight of large unmanned aerial vehicles by 40%; Some models use carbon fiber composite material and aviation aluminum composite material for the fuselage, and adopt a modular structure

■ It adopts a dual tail support and multi rotor layout, uses composite materials such as carbon fiber to reduce weight, and is equipped with diesel or heavy oil engines to meet long endurance and heavy load requirements. The effective mission load can reach hundreds of kilograms, and some models have the ability to operate in complex environments such as high altitude and high cold

■ Heavy duty drones are suitable for pesticide spraying, fertilizer application, and pest monitoring in large-scale farmland. Through the precise plant protection mode of "inspection+operation", the goal of reducing pesticides by 70%, reducing operating costs by 40%, and improving efficiency by 2-2.5 times can be achieved. Heavy duty agricultural drones can also be used for long-distance transportation of agricultural materials