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Highlights

The RUIDE M10 is a compact unmanned surveying vessel equipped with a single-beam echo sounder. It features a centimeter-level high-precision dual GNSS positioning and heading system, an inertial measurement system with attitude accuracy up to 0.25°, and intelligent navigation and measurement software based on the Android platform. It can autonomously navigate accurately along a preset route, collecting precise data even in complex water flow environments.

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Compared to other unmanned surveying vessels in the industry, the M10 is more portable (950mm in length), has better obstacle avoidance performance (40m), a higher maximum speed (7m/s), longer endurance (6 hours on one battery with a cruise speed of 2m/s), a wider operating range (2km on 2.4GHz), and better environmental suitability (only 9cm draft).

 

This newly designed unmanned surveying system is the ideal choice for bathymetric surveys in lakes, inland rivers, and coastal areas.

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Main Features

Fully New Design, Improving Your Productivity

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Accuracy

High-quality outcomes

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Speed

Efficient runtime

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Efficiency

High cost-efficiency

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Intelligence

Tech-driven ease

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Safety

Surveyor protection

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Reliability

Damage prevention

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Durability

Durable construction

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Usability

Multi-mission adaptability

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Hydrometry Evolution:

From Troublesome Manual Operations to Efficient Unmanned Systems

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Application Scenarios

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User Case: from a Lake Dredging Project

Background:This lake is a key water resource site. its bed silt accumulation directly dictates aquatic ecological restoration effectiveness.

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User Demand: Dredge 0.5m on the original riverbed with over-excavation and of -0.2~0.1m. under-excavation tolerance

 

Before: Manual staff gauge acceptance caused large errors with over-excavation and under-excavation values usually 0.4 1m or higher. 2) Using traditional handheld sonar: on-foot shoreline sampling, heavy workload, low efficiency. Reservoir surveys took 1–2 weeks.

 

Now: Integrate side - scan sonar. USV navigates autonomously via planned routes to maximize survey coverage, detects lakebed elevation, achieving dredging error of -0.08~0.02m and meeting requirements.

User Case: from a River Reach Flow Velocity Measurement Project

Background:This river reach’s flow velocity and discharge are critical for water resource regulation, flood control and ecological protection, requiring regular monitoring of cross sectional changes.

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User Demand: Measure the river reach’s flow velocity and discharge every 2 hours to monitor their cross-sectional changes.

 

Before: Measure fixed cross-sections via bridges, or use manned boats for cross-section measurements on the river.

 

Now: Integrate ADCP. No fixed-location limits or manual work. Fully automatic high-precision navigation enables straighter cross-sectional lines, consistent measurements, higher data accuracy, operator safety and no human errors.

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Ecological Environmental Protection Drainage Outlet Investigation Project

Background:This river reach’s flow velocity and discharge are critical for water resource regulation, flood control and ecological protection, requiring regular monitoring of cross sectional changes.

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User Demand: Measure the river reach’s flow velocity and discharge every 2 hours to monitor their cross-sectional changes.

 

Before: Measure fixed cross-sections via bridges, or use manned boats for cross-section measurements on the river.

 

Now: Integrate ADCP. No fixed-location limits or manual work. Fully automatic high-precision navigation enables straighter cross-sectional lines, consistent measurements, higher data accuracy, operator safety and no human errors.

User Case: from a Freshwater Lake Water Quality Monitoring Project

Background:This lake meets residents' drinking water needs. To prevent water contamination, conduct water quality monitoring and support drinking water treatment.

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User Demand: Boost water quality monitoring efficiency.

 

Before: Manual water sampling and monitoring via manned boats had high labor and resource costs. 2) Operations were unfeasible in complex waters, toxic environments or harsh weather, due to personnel and equipment safety.

 

Now: Integrated Water quality sensors. USV reaches narrow/shallow waters, expands data scope, covers more points, gathers more data for comprehensive monitoring and higher efficiency.

Product Parameters

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More Users' Cases

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Address:No.39, SiChen Road,Tianhe

District Guangzhou, China 510663
 

E-mail:export@sandinginstrument.com

Tel:+86-20-23380888  

Fax:+86-20-22139032

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