T/AOPA 0005-2023 Technical specification for light and small-scale aerial drone logistics system
T/AOPA 0005-2023 Technical specification for light and small-scale aerial drone logistics system
Basic Information
Scope
Scope: This document specifies the requirements for the docking and shaping of drones, cargo unloading, power supply systems, materials, security systems, networking, and cargo rotation, as well as emergency response for small and medium-sized end-logistics drone docking systems. This document is applicable to the design and guidance of applications for small and medium-sized end-logistics drone docking systems. Main technical content: The potential of unmanned logistics is enormous. How to apply "high-end and cutting-edge" unmanned logistics technologies on a large scale and form a replicable and easy-to-promote unmanned operation system will be the next step for many logistics enterprises. According to the "2018 World Drone Conference", the global commercial drone industry will continue to develop rapidly in the next five years, and the market value will reach $15 billion by 2022, with enormous market prospects. As unmanned operation systems continue to mature, the three-stage aviation network of "large-scale trunk drones, large-scale branch drones, and small-scale end drones" will gradually improve, and the logistics industry may break through the "last-mile" logistics bottleneck and accelerate the realization of 36-hour nationwide delivery. The application of small and medium-sized end-logistics drone docking systems is a new attempt to apply unmanned technology in logistics transportation scenarios. Traditional manned logistics stations have high requirements for basic supporting facilities such as water, electricity, and communications, which increase the difficulty and cost of logistics transportation. However, drone docking cabinets only need power and signal coverage to operate normally, which can meet the express delivery needs of China's complex terrain and remote rural areas. At the same time, end-logistics drone docking systems can improve the efficiency of end-delivery for specific items such as pharmaceutical cold chain and fresh aquatic products, a