Drone technology is developing rapidly. Dock Drone solutions with BVLOS flight, remote operation, automation and easy deployment are bringing new changes to various industries.
Drone box solutions are breaking the limits in various fields such as construction, asset management and environmental monitoring. Remote BVLOS operation of drones is a cutting-edge innovation in drone services.
However, as one of the advanced operations, is it legal for drone BVLOS missions?
It is worth mentioning that BVLOS drone missions still require exemptions from aviation safety authorities, especially in the European Union (EU).
Fully understand Dock Drone solutions under BVLOS flight
Docked drone solutions mainly cover drone nests, drones, and command centers. Drone pilots do not need to be on site, and can remotely operate drones at the command base.
Autel Nest can remotely operate Autel Enterprise drones to fly pre-programmed inspection routes or utilize real-time flight control, while capturing visual and radiometric 640x512 thermal images, and built-in charging, data offloading, weather detection, RTK capabilities and redundancy.
Automation and Autonomous Flight
The execution of drone missions and return to the destination requires high-quality drones to ensure safe and reliable missions. Such drones need to have high-precision navigation systems, including GPS, IMU, visual navigation, advanced obstacle avoidance systems, etc. to cope with complex environments and dynamic obstacles.
Docking System
The drone nest dock has a powerful docking mechanism that can accurately land and dock charging or data transmission equipment when the drone returns. And during the execution of the drone mission, the drone nest will calculate whether the drone needs to return based on the actual situation, and the drone will rely on visual markers and GPS positioning to successfully dock the nest.
Communication System
The docking drone system does not require real-time on-site observation by the pilot, and everything depends on the drone's BVLOS remote operation capability. The remote command center issues flight instructions to the drone, and the drone collects data in real time. The docking system can ensure real-time data transmission and backup communication links. Data is unloaded from the drone to the nest, then pushed from the nest to cloud storage, and automatically deleted from the device.
Energy Management
The drone uses a plug-in charging method in the nest, and will return to the nest to charge automatically after each mission. Intelligent battery monitoring is implemented in the nest to optimize battery life and charging cycle.
Regulation and Compliance
The most important thing about Dock Drone solutions under BVLOS is whether it can apply for exemption from the regulations on beyond visual range flight. The entire docking drone system needs to ensure that the design complies with local aviation regulations. Before conducting BVLOS flights, detailed flight plans and safety assessments may also need to be submitted.
Application Scenarios
End-to-end solutions such as docking drone systems have been widely used in industries such as logistics distribution, infrastructure inspection, and energy inspection. Drone In-a-Box Solutions have become a new trend in drone automated inspection.
Safety and Emergency Plans
Dock Drone solutions under BVLOS are used in the field and are out of sight of drone operators. Therefore, it is necessary to develop detailed operation manuals and emergency plans, monitor the status of drones in real time, and ensure that they can respond quickly and take necessary measures when a failure occurs.
Drone In-a-Box Solutions is safe, effective and reliable. Beyond visual range flight brings automation, easy deployment, and repeatable operation of drone tasks to meet a variety of practical application needs.
