Airport scheme design concept: remote automation operation platform

A brand new remote homework method

› Unmanned: No personnel need to be stationed on site

› Automatic job: After initial configuration, tasks can be scheduled at specific times

› Remote operation: The drone can be manually controlled remotely through the cloud platform

Lightweight and portable: 34Kg, 0.34m ² footprint; Integrated integration of meteorological station, antenna monitoring camera

Flight platform: M3D and M3TD versions, respectively used for surveying (M3D) and security/inspection (M3TD)

Highly reliable: airport IP55, aircraft IP54, 5-hour backup power supply, visual assisted landing, sliding ramp centering

Efficient homework: 50 minute battery life, 32 minute wireless fast charging, support for fast takeoff, support for automatic detours

Comprehensive functions: automatic operation, command flight, cloud mapping, intelligent operation and maintenance

Capability openness: cloud API, third-party load control, edge computing, cloud collaboration

High cost-effectiveness: Significant reduction in terminal prices, promoting large-scale deployment and normalized use of airports