• Air-Water Dual Mode

  Takes off from land, cruises in air, lands and sails on water. Carbon fiber body with IP54 corrosion resistance, works from -30°C to 65°C.

• Heavy Payload & Long Endurance

  Max takeoff weight 110 kg, payload 45 kg. Flight time 85–90 min, water navigation 3+ hours.

• Professional Hydrographic Payloads

  Supports multi-beam sonar, side-scan sonar, ADCP, water quality sensors, and sediment samplers. RTK/BDS/GPS positioning, 0.1 m depth accuracy.

• High Stability in Rough Conditions

  Operates safely in Level 7 wind, Level 2 sea state, suitable for rapid rivers, shallow waters, and high-sediment zones.

• Auto-Flight & Real-Time Data

  Fully autonomous missions; 5G real-time video/data transmission; generates 3D underwater terrain models instantly.

• Safe: No personnel in dangerous waters.
• Efficient: Covers 100,000 m² per flight, 30* faster than manual work.
• Accurate: Meets national water industry standards; multi-parameter data in one flight.
• Fast Response: Deployable in 10 minutes for floods, water pollution emergencies.
• Cost-Saving: No boats or large teams needed; lower long-term operational costs.

River/reservoir/lake bathymetry & sediment monitoring; flow/discharge measurement; water quality emergency response; riverbed sampling; waterway dredging & obstacle detection; wetland/estuary ecological surveys.

Intuitively view the real-time status of the electronic bathymetric & current measuring buoy through the management platform, and summarize and analyze the variation rules of flow velocity and direction of different rivers in different time periods, realizing centralized and visual management of hydrological data. With its comprehensive functional design, this system plays an important supporting role in multiple fields such as hydrological survey, water resource management, flood early warning and protection, and river ecological research, providing data guarantee for the scientific development of related work.