CHENGDU, China – June 2, 2026 – As transmission lines increasingly traverse mountainous regions, canyons, and other geologically complex areas, they face constant threats from landslides, debris flows, and ground subsidence. To address these challenges, JOUAV has introduced its Large-Area Power Grid Geological Hazard Survey Solution, combining the CW-15 UAV with a miniaturized synthetic aperture radar (MiniSAR) to deliver automated, end-to-end disaster monitoring for power infrastructure.

JOUAV CW-15 equipped with miniSAR

MiniSAR payload unit inside the CW-15 drone cabin

The solution integrates intelligent flight planning, multi-source data fusion, and an all-in-one operational platform, enabling full-process automation from data acquisition to hazard analysis. It is designed to monitor extensive power transmission corridors with round-the-clock, high-precision capabilities.

Rapid Deployment When Every Minute Counts

The lightweight MiniSAR is deeply integrated into the CW-15 drone, allowing a single operator to complete setup and disassembly in under 10 minutes. This rapid-deployment design ensures that emergency response teams can dispatch the system immediately after a disaster strikes, without logistical delays.

Through smart flight route planning, multi-drone coordination, and multi-source data fusion, the solution balances wide-area patrol efficiency with high-precision monitoring of critical zones.

CW-15 drone flying over the private property

One-Station Workflow from Flight to Report

A dedicated software platform consolidates drone navigation, SAR data acquisition, hazard identification, and report generation into a single system. This one-stop workflow—from route planning to data processing and final output—dramatically improves emergency monitoring efficiency.

By fusing SAR imagery, visible-light images, 3D terrain models, DEM data, and historical inspection records, the system can accurately identify geological hazards such as landslides and cracks. This enables early detection, rapid assessment, and timely response—turning days of analysis into hours of actionable intelligence.

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SAR imagery

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RGB imagery

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SAR and visible light fusion imagery

SAR and visible light fusion imagery

Multi-source Data Overlay Visualization

Proven Performance and Broader Applications

In operational deployments, the solution has demonstrated the ability to monitor risk factors along transmission lines at any time of day (day or night). A single flight covers approximately 50 kilometers of power lines, compressing disaster assessment time from several days to just a few hours.

Beyond power grids, the technology is equally effective for natural resource monitoring, transportation infrastructure inspection, and water conservancy project safety management—providing a high-efficiency hazard monitoring solution for diverse challenging environments.

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