10km Flight Distance Unmanned Aerial Vehicles for Transportation and Logistics Tasks 21.8kg Maximum Load

Product Description

Product Background

Military logistics requirements: In modern warfare, materials are consumed rapidly, and traditional transportation methods are vulnerable to attacks. The military urgently needs a transportation method that can deliver materials to the front line quickly and safely. A 21.8kg transportation drone can meet this demand to a certain extent. It can transport urgently needed materials such as medicines and ammunition to designated locations relatively covertly, reducing the risk to the lives of logistics support personnel. Therefore, it has attracted the attention of military departments of various countries.
Civilian logistics development: With the prosperity of the e-commerce industry, the demand for logistics distribution is increasing, especially in remote rural areas and mountainous regions with poor transportation. Traditional distribution methods are costly and inefficient. The 21.8kg unmanned aerial vehicle can carry a certain number of packages and directly cross terrain obstacles to achieve point-to-point distribution, improving distribution efficiency and reducing costs. For example, the DJI FlyCart 30 carrying unmanned aerial vehicle can be applied in rural transportation scenarios.
Industrial operation requirements: In industrial fields such as power inspection, forest fire prevention, and remote sensing mapping, unmanned aerial vehicles are required to carry related equipment for operations. For example, in power inspection, high-definition cameras and detection instruments need to be carried; in forest fire prevention, infrared lenses, etc. need to be carried. The 21.8kg load capacity can meet the equipment carrying requirements, helping staff complete tasks more efficiently.

Technological advancement support: The continuous development of drone-related technologies has provided the possibility for it. In terms of power systems, the research and development of high-power, high-efficiency brushless DC motors has enabled drones to have sufficient power to carry a load of 21.8kg. In the field of materials, the wide application of lightweight and high-strength materials such as carbon fiber and aluminum alloy has made the drone body both sturdy and lightweight, thereby improving the load-carrying capacity. Additionally, the maturity of flight control technology has ensured the flight stability and maneuverability of drones in a loaded state.
Policy environment support: Governments of various countries have gradually recognized the potential of drone transportation and have successively introduced policies to support its development. On one hand, they have formulated regulations for drone flight management, standardizing flight airspace and safety standards, providing a legal and compliant operating environment for drone transportation; on the other hand, some regions have also adopted policies such as subsidies and tax incentives to encourage enterprises to research and apply transportation drones, promoting the development of transportation drones with a load capacity of 21.8kg.
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