From the perspective of market size, fully autonomous drone airports have a wide range of applications and great market potential. Fields such as power line inspection, oil and gas pipeline monitoring, emergency rescue, and smart cities all require regular inspections and surveillance. Drones offer advantages including speed, efficiency, and all-weather operability, which can significantly improve inspection efficiency and reduce labor costs. The inspection system adopts a modular automated airport collaborative architecture, integrating multi-drone automatic charging, autonomous takeoff/landing, and precise recovery. Compared to traditional charging/swapping devices, it supports 7x24-hour all-weather, high-frequency inspections. Powered by onboard AI processors, drones enable real-time data transmission and customized analysis. The system features two innovative modes: multi-drone collaboration within a single scene or distributed parallel inspection across multiple scenes. The automatic airport in the Dinghaiszhen Fully Autonomous Inspection System serves as a communication base station, enabling real-time communication with drones through IoT and a four-dimensional holographic management platform. During flight, drones collect data and analyze it via an onboard AI processor. The processed data is then transmitted back to the backend big data center, where it is quickly integrated and converted into inspection reports. This result-oriented approach allows staff to monitor the entire operation remotely from one location.The automatic airport in the Dinghaiszhen Fully Autonomous Inspection System adopts a modular design and a layered architecture comprising a bottom layer, an aircraft layer, and a top layer, offering excellent scalability. The top layer integrates communication and weather sensing functions to support real-time data exchange and device collaboration. The middle layer ensures safe takeoffs and landings for drones through a rotating boom structure. The bottom layer is equipped with a closed-loop air conditioning system with constant temperature, achieving uniform cooling through airflow optimization, thus enhancing equipment stability and safety in extreme environments. Furthermore, the automatic airport features temperature and humidity control, with an overall protection rating of IP55, ensuring the normal operation of drones and other internal equipment.Designed under the concept of "Oriental Intelligent Machinery," it blends traditional culture with modern industrial aesthetics. The modular vertical structure allows flexible drone bay expansion, while bionic design reflects the stability of the "Dinghaishenzhen"and the flexible telescoping of the "Ruyi Golden Cudgel." "Dinghaishenzhen" on the device back, it symbolizes reliability and the mission to address low-altitude economic challenges and social pain points through technological innovation.Taking urban scenes as an example, the fully autonomous inspection system of Dinghaishenzhen Needle relies on the low-altitude economy and uses green and low-carbon drone operation methods to fully empower the refined governance of the city. The system can efficiently identify illegal construction, provide real-time early warning of potential safety hazards on construction sites, and assist urban safety management. Through automatic evidence collection and remote linkage, manpower dispatch is reduced and law enforcement efficiency is improved; Automatically link the fire protection system at the first time of fire to achieve rapid response. With a normalized and low-energy intelligent inspection model, it helps urban governance reduce costs and increase efficiency, promote the construction of green and smart cities, and contribute to the realization of the "double carbon" goal.