A1 unmanned aerial vehicle autonomous inspection system

A1 unmanned aerial vehicle autonomous inspection system

The unmanned aerial vehicle autonomous inspection system integrates advanced automation technology, unmanned aerial vehicle management system, and security protection mechanism, aiming to provide a safe and convenient storage and takeoff platform for unmanned aerial vehicles, reduce manual intervention, improve the attendance rate of unmanned aerial vehicles, and ensure their safe storage. Equipped with industrial grade drones, it can achieve remote and automated operation of a complete set of work processes from automatic takeoff, automatic cruise, automatic shooting, automatic nest charging, and data analysis, without the involvement of professional drone pilots, ensuring the stability and consistency of drone flight effects and reducing the overall cost of drone system operation.

SHENGHAO

Quick Deployment
The product design is compact, supports plug and play, and can be deployed on-site and begin inspection tasks within one day.
unattended
Equipped with an automated airport, drones can automatically take off and land, charge, and upload data, achieving all-weather unmanned operation.
Intelligent battery swap
Integrated intelligent battery management system, supports automatic battery replacement, and can depart again after 5 minutes of battery replacement, ensuring continuous operation of the drone during long-term missions.
Intelligent task management
Through an intuitive task management interface, users can easily create, edit, and schedule inspection tasks, optimize flight paths, and improve task execution efficiency.
Intelligent Algorithm Analysis
Utilizing advanced AI algorithms to process and analyze collected data, adapting algorithms for various business types such as electricity, gas, and urban management, to achieve timely warning and disposal.
Industrial grade high reliability
Adopting industrial grade components and protective design to ensure stable operation of drones and their supporting equipment in harsh environments.

Main functions

Intelligent Inspection
Intelligent Jumping
Real-time monitoring
intelligent dispatching
Task Report
data analysis

Technical Parameters

Maximum horizontal flight speed Maximum tolerable wind speed Protection level positioning system Working environment temperature Maximum flight time Dimensions Dimensions weight Maximum inspection range Working environment temperature Temperature control method Meteorological module Emergency use time: 17 m/s 15 m/s IP45 GPS+GLONASS+BeiDou+Galileo -20 ° C to 50 ° C 55 minutes (empty load) 1.3m × 1.1m × 1.2m (closed state) 2.8m × 1.1m × 1.2m (unfolded state) The charging version weighs about 220kg NCC/FCC：15 km -20 ℃ to 50 ℃ Industrial air conditioning with a cooling capacity of no less than 800W Including wind speed, rainfall, temperature, etc 300 minutes

Quick Deployment

The product design is compact, supports plug and play, and can be deployed on-site and begin inspection tasks within one day.

unattended

Equipped with an automated airport, drones can automatically take off and land, charge, and upload data, achieving all-weather unmanned operation.

Intelligent battery swap

Integrated intelligent battery management system, supports automatic battery replacement, and can depart again after 5 minutes of battery replacement, ensuring continuous operation of the drone during long-term missions.

Intelligent task management

Through an intuitive task management interface, users can easily create, edit, and schedule inspection tasks, optimize flight paths, and improve task execution efficiency.

Intelligent Algorithm Analysis

Utilizing advanced AI algorithms to process and analyze collected data, adapting algorithms for various business types such as electricity, gas, and urban management, to achieve timely warning and disposal.

Industrial grade high reliability

Adopting industrial grade components and protective design to ensure stable operation of drones and their supporting equipment in harsh environments.