Product Background

The M620 has a endurance application flight platform with a 15kg load capacity. It can be attached to the bottom, has multiple functions, and is foldable and portable. The modular design structure is composed of carbon fiber, nylon fiber and aluminum alloy materials, which is strong and durable.

Agricultural pest control operation requirements: Under the large-scale farming model in modern agriculture, manual pest control is inefficient, labor-intensive, and there is a risk of pesticide poisoning, making it difficult to meet the pest control needs of large areas of farmland. A 15kg-load unmanned aerial vehicle can carry more pesticides or fertilizers. For example, the multi-rotor pest control unmanned aerial vehicle DL-1501 of Multi-Zero, the pesticide load can reach 15kg, and it can spray 1-2 mu per minute, covering 60-80 mu in an hour, significantly improving operation efficiency and reducing labor costs.
Logistics distribution requirements: With the development of e-commerce, in some remote areas with complex terrain or urban areas with congested traffic, traditional logistics distribution efficiency is low. A 15kg-load unmanned aerial vehicle can undertake short-distance transportation of light and small items, such as the JDX-50 "Jingyan" unmanned aerial vehicle of JD Logistics, with a maximum load of 15 kilograms and a flight radius of 15 kilometers, it can achieve precise delivery in complex terrains such as mountains and hills, and can quickly transport Yantai cherries from the orchard to the collection point, forming an aerial-ground collaborative three-dimensional transportation network with full cargo planes and cold chain vehicles.

Technical development support: In terms of materials technology, the application of lightweight and high-strength materials such as carbon fiber enables unmanned aerial vehicles to reduce their own weight while maintaining structural strength, facilitating the transportation of more cargo. The advancement of flight control technology allows unmanned aerial vehicles to remain stable when carrying a 15kg payload. For example, the Tianying M6-190 tethered unmanned aerial vehicle uses an aerospace carbon fiber integrated molding process, is equipped with advanced flight control systems and advanced processors and positioning systems, and has functions such as low-power return to base and control failure return to base, ensuring the stability and safety of the flight.
Policy environment and industry standards improvement: Local governments have successively introduced policies to support the development of low-altitude economy, delineating unmanned aerial vehicle flight areas, providing space for the application of 15kg medium-sized unmanned aerial vehicles. At the same time, relevant industry standards have gradually improved, regulating the performance and safety of unmanned aerial vehicles, prompting enterprises to develop and produce more reliable and products that better meet market demands, promoting the wide application of such unmanned aerial vehicles in various fields.

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