Water Flow Rate Measurement Sensor For DJI M350
The DJI Matrice 350 Drone Water Flow Measurement System is a cutting-edge hydrological monitoring solution that integrates dual-core radar technology—Doppler radar and millimeter-wave radar—delivering precise measurements of water flow velocity, water level, and automated river discharge calculation through an intelligent preconfigured system. Tailored to support critical hydrological inspections, flood season early warning, and water resource management, this system provides comprehensive data-driven services, empowering decision-makers to enhance disaster prevention and environmental monitoring capabilities.
Engineered for extreme reliability, the water flow sensor incorporates advanced thermal management technology to maintain stable performance during prolonged operations, while its IP-rated waterproof and dustproof construction ensures robust protection against heavy rain, high humidity, dust, and other harsh environmental conditions. This rugged design enables consistent, accurate data collection in complex hydrological scenarios—from turbulent mountain rivers to large reservoirs—even in adverse weather.
Key to its operational excellence is the integration of intelligent, high-precision monitoring capabilities: equipped with high-sensitivity sensors, the system enables real-time data transmission and instant feedback, allowing operators to dynamically track flow velocity changes, continuously observe water movement patterns, and conduct in-depth analysis of hydrological characteristics. This real-time data stream ensures timely detection of abnormal hydrological changes (e.g., sudden floods or unusual flow fluctuations), providing critical support for flood season early warning systems.
Compatible with the DJI SKYPORT V2.0 interface, the system supports non-destructive, tool-free quick installation—featuring a plug-and-play design that allows direct mounting on DJI Matrice M300 and M350 series drones without modifying the drone’s original structure. This seamless integration minimizes mission downtime, enables rapid deployment, and maximizes operational flexibility for hydrological monitoring tasks.
