Environmental protection · Engineering
For inspection and monitoring of coasts, ports, bridges and construction sites, it supports multi-sensor and harsh environment operations.
project
multi-sensor
Integration capabilities
IP54
Environmental protection
complex
Scene adaptation
Industry pain points
Monitoring of coasts, ports and large infrastructure requires simultaneous acquisition of surface images, thermal anomalies and underwater depth information, with multiple data dimensions.
High salt spray, strong winds and narrow spaces place stringent requirements on the platform's protection level, wind resistance and control accuracy.
Solution ideas
DX-H6 is equipped with visible light, infrared and water quality sampling modules to complete patrols of coastlines and port areas.
The DX-X8 redundant architecture is suitable for continuous monitoring of high-risk areas such as bridges, tunnel entrances and construction tower cranes.
Recommended platform
It has three power modules: pure electric, hybrid oil and hydrogen, and hydrogen fuel cell, which can be switched within 15 minutes, achieving both long endurance and mission flexibility.
Coaxial motor redundancy, foldable frame, stable hovering and professional payload integration meet industrial, scientific research and special high-risk deployments.
Typical load
Joint interpretation of surface defects, leakage and thermal anomalies.
Preliminary scanning of nearshore water bodies and underwater structures.
Monitoring of harmful gases at construction and industrial sites.
Work process
01
Determine monitoring indicators, frequency and sensor combination.
02
Payload calibration, data link and ground station configuration.
03
Fly in cycles, mark abnormal points and retest.
04
Time series comparison, report generation and trend analysis.
Related cases
Monitoring of estuary water and shoreline changes, multispectral + visible light joint collection, generating thematic maps of water quality and vegetation index.
Appearance inspection of the bottom surface and cable towers of cross-river bridges, close-range hover photography, and AI-assisted crack identification and archiving.
Describe the monitored objects and environmental conditions, and we will recommend sensor combinations and operation plans.