SPH Engineering EchoNIMBUS-MBES Multibeam Echosounder Payload

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EchoNIMBUS-MBES – Drone-Based Multibeam Echosounder

The EchoNIMBUS-MBES integrated with SPH Engineering’s UgCS SkyHub system transforms UAVs into efficient bathymetric survey tools. Mounted beneath a drone and operated from the air, the EchoNIMBUS-MBES captures precise 3D bathymetric data over shallow and difficult-to-access waters, such as reservoirs, rivers, ponds, or flooded areas. This drone-based solution eliminates the need for manned boats, providing a safer and faster workflow. Each flight collects dense bathymetric coverage for high-fidelity bottom modeling, making it ideal for engineering, environmental, and hydrographic applications.

SKU: IS-ECHONIMBUS-MBES Categories: , , Tag: Brand:

SPH Engineering EchoNIMBUS-MBES Multibeam Echosounder Payload

Main Features:

  • 240 kHz multibeam sonar with 16 beams for high-definition bathymetry
  • Fully integrated with SkyHub – Drone onboard computer
  • Real-time depth measurements through UgCS Custom Payload Monitor
  • Compact and lightweight design optimized for drone operations
  • Automated data logging and geotagging
  • Rapid deployment
  • Suitable for tailings ponds, stormwater basins, hard-to-access sites, small reservoirs, and coastal areas where survey boat mobilization is too high.

System Components:

  • Surveyor 240/16 MBES sensor
  • SkyHub onboard computer
  • UgCS EXPERT Software License
  • BeamworX software for data processing and point cloud generation
  • Power and data cables, mounting kit, user manual
  • Set of trainings

Best Conditions for Operation:

  • Still and slow-moving waters.
  • Stable conditions are required for accurate readings.
  • Fast-flowing rivers and creeks can be surveyed using the Zig-Zag flight pattern.

Workflow:

Plan & execute flight using UgCS and True Terrain Following.

Collect bathymetric data with EchoNIMBUS-MBES.

Process and visualize results in BeamworX and DroneGIS.

Export results CSV, GeoTIFF, LAZ and many other formats for GIS import.


Applications:

  • Inland water bathymetry (reservoirs, rivers, ponds)
  • Tailings pond and mine water surveys
  • Sediment volume and erosion assessment
  • Environmental and hydro-engineering projects
  • Flood mapping and infrastructure monitoring

 

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