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Intelligent drone inspection machine nest

The intelligent drone inspection operation machine nest is a mature combination of software and hardware for transmission line inspection, including multiple components such as automatic elevator nest, drone, intelligent platform management system, auxiliary office and lighting system.



Product Introduction


◆ Intelligent drone inspection machine nest

Users can remotely arrange routes, control unmanned aerial vehicles for fully automatic takeoff and landing, automatic charging, and autonomous patrol missions through dedicated networks and intelligent management systems. No need for flying hands to operate drones on-site, achieving intelligent full automation and improving operational accuracy.

It can be equipped with various intelligent software and hardware to achieve expansion such as AI patrol shooting, intelligent diagnosis and recognition, information cloud archiving, high-definition image retrieval, GPS precise positioning, etc.

The intelligent drone inspection machine has strong maneuverability, superior adaptability to the site, and fast information collection. It can achieve autonomous and precise flight inspection of any section of the jurisdiction line, which is more secure, flexible, and economical compared to the individual drone inspection schemes promoted on the market. Further liberate manpower and make inspection operations more efficient!



◆ Fearless of terrain hazards

Pickups not only have good load-bearing capacity and trafficability, but also have safety and driving comfort. They can calmly face the harsh road surfaces such as hills and gravel encountered during transmission line inspection, making them very suitable as carriers for unmanned aerial vehicle inspection work.



◆ Automatic patrol

After setting or inputting the flight path through the management platform, start the drone with one click and execute the patrol mission according to the set route; When the task is completed or the battery is low, the drone returns to the automatic airport to achieve precise landing and return to the warehouse, and automatically charges to prepare for another operation.



◆ Remote control

Interconnect with the remote control center through a private network or wireless network (4G/5G), and staff can automatically or manually control the aircraft to perform tasks through the remote control terminal; Real time control of task details and drone status through the management platform; The high-definition images on the drone end can be transmitted in real-time to the remote control end.



◆ AI intelligent processing

The drone can be equipped with AI intelligent units, perform real-time calculations and transmit them back to the cloud control center for refined analysis, achieving multi scenario applications; The remote control platform interfaces with cloud computing units to achieve diversified and deep level AI application functions.




1. Drone control: Real time control of drones at each station, with prompts such as task information, drone status, hangar status, weather status, station logs, takeoff readiness checks, warning errors, etc.

2. Flight strategy planning: View flight strategies at various stations, edit route and waypoint parameters, and create new planned flight strategies.

3. Flight History: View the detailed flight history of automatic, manual, and fast tasks.

4. Resource Center: used for drone management, hangar management, and site management, allowing for viewing and modifying various detailed information.

5. Flight task management: Query and create data information for automatic, manual, and rapid tasks.

6. Control side log management: viewing ordinary logs, exception logs, and task logs.

key word:

Intelligent drone inspection

Product Introduction

LD-ZM3.0 Drone lighting device

This product is a series of unmanned aerial vehicle mount products developed based on Dajiang DJI PSDK. It has the characteristics of small size, light weight, and high power. It uses high-quality coated optical lenses to concentrate light, with uniform brightness and high color consistency. It can provide high-quality aerial lighting effects for unmanned aerial vehicle night work. Through the DJISkyPort V2.0 interface, compatible with DJISkyPort M300 RTK and other series of unmanned aerial vehicles, it can meet the needs of night patrol tasks, direction indication, power line patrol, warning evacuation, search and rescue, and other night work needs.


LD - WIND8 is designed specifically for the industry field, with advanced quick disassembly technology and multiple equipment mounted simultaneously, multi task execution, independent flight planning for waypoints, multiple image transmission capabilities, and supporting ground station data link control. The large capacity lithium battery provides long-term protection and protection, with high load and foldable body, providing you with efficient, safe and convenient industry tools.

LD-XF60 Large capacity multi rotor unmanned aerial vehicle

New modular structure, four axis folding design, powerful power redundancy design, ensuring flight safety. It has features such as fast replacement of multiple modules, common use of multiple modules, joint execution of multiple tasks, multiple image transmission, autonomous flight planning for waypoints, and customizable functions for two people and two controls. Four axis and eight propeller high safety layout, strong wind resistance, long endurance, and large load. Support deep software and hardware customization development to meet the personalized needs of various industry applications.

Vehicle mounted drone signal gain antenna

A signal gain antenna for unmanned aerial vehicle remote control designed specifically for car use, with strong signal anti-interference ability and high image transmission stability, greatly improving the signal strength of operating unmanned aerial vehicle remote control in the car, and supporting multiple types of unmanned aerial vehicle 2.4GHz~5.8GHz signal gain.