Water systems · 5 configurations
Explore OMNI UXV observation and work-class ROVs, hull-cleaning platforms, side-scan sonar and underwater imaging instruments.
Category brief
Underwater systems must be matched to depth, current, visibility, tether length, payload, launch method and the work the vehicle is expected to perform. A sonar that excels at search is not automatically the best tool for close inspection.
OMNI UXV combines vehicle, sensing and operator-workflow selection. The reference portfolio spans ROV inspection and cleaning, side-scan search, multibeam bathymetry and close-range acoustic imaging.
Product line
Seabed imaging
The SNR900U provides selectable dual-frequency side-scan imaging. Lower-frequency modes prioritize swath, while higher-frequency modes resolve smaller targets and seabed features.
High-resolution bathymetry
The SNR600C is a compact multibeam sounder for bathymetry and underwater construction survey. Its broad swath and fine range resolution support detailed terrain and obstruction mapping.
Underwater perception
The SNR-C400 integrates with ROVs, UUVs, crewed or uncrewed vessels and fixed monitoring points. It supports target detection and situational awareness when optical visibility is poor.
Modular underwater robot
The G70 combines eight-thruster maneuvering with modular payload interfaces. It supports underwater search, hydroelectric inspection and light intervention with optional sonar, positioning and manipulator payloads.
Underwater cleaning system
The Q180 combines thruster-assisted surface adhesion, an adaptive cleaning disc and wheel odometry. It is intended for controlled underwater cleaning and inspection workflows.
Technology guide
Underwater inspection systems should be selected by the evidence the mission must produce: broad seabed search, a bathymetric surface, close acoustic awareness, visual inspection, measurement, cleaning or intervention. An underwater ROV and sonar supplier should be able to explain how the vehicle, sensor, positioning, tether, topside power and crew form one operating system.
Depth rating alone is not a practical working envelope. Current, turbidity, obstructions, launch height, deck space, tether drag and the ability to relocate a finding often determine whether a technically capable instrument can complete the job.
Last reviewed: July 2026
Side-scan sonar creates acoustic imagery across a swath and is useful for locating anomalies for later classification.
Selection note: Plan tow or vehicle stability, altitude, overlap, positioning and a target-reacquisition method.
Multibeam systems measure depth across a swath and require disciplined calibration, positioning and sound-velocity control.
Selection note: Specify vertical and horizontal uncertainty, coverage, datum and deliverable format rather than beam count alone.
Forward-looking acoustic imagery helps an operator approach and inspect an object when cameras provide limited range.
Selection note: Match frequency, range, field of view, stand-off and update rate to the target and vehicle workflow.
An ROV carries cameras, sonar and tools to a known point of interest while the tether provides power or communications.
Selection note: Evaluate thrust, payload, tether, surface system, launch and recovery and the forces created by tooling or contact.
Define depth, current, salinity, turbidity, temperature and expected obstructions.
Determine whether the mission needs video, acoustic imagery, bathymetry or georeferenced targets.
Plan crew, deck space, power, tether management and safe recovery before selecting vehicle size.
| Model | Primary role | Selected specifications | Details |
|---|---|---|---|
| SNR900U | Seabed imaging | Frequency options: 400/900 kHz or 600/1600 kHz · Reference range: 150 m at 400 kHz; 75 m at 900 kHz | Open → |
| SNR600C | High-resolution bathymetry | Operating frequency: 600 kHz · Depth range: 0.1–100 m | Open → |
| SNR-C400 | Underwater perception | Operating frequency: 400 kHz · Maximum reference range: 200 m | Open → |
| G70 | Modular underwater robot | Weight in air: 70 kg · Operating depth: 0–300 m | Open → |
| Q180 | Underwater cleaning system | Weight in air: 180 kg · Operating depth: 0–100 m | Open → |
Buyer workflow
Use the same decision sequence for every shortlisted product so that published specifications, project assumptions and delivered evidence remain comparable.
Separate search, target marking, reacquisition, close inspection and reporting.
Output: Stage-by-stage mission plan
Record depth, current, visibility, obstructions, launch position, power and deck limits.
Output: Environmental and mobilization envelope
Choose coordinate, time, asset, target and file conventions before collection.
Output: Survey control and evidence structure
Use a known target to test launch, search, marking, repeat approach and data transfer.
Output: Representative system acceptance record
Acceptance evidence
| Acceptance area | Requirement | Evidence |
|---|---|---|
| Coverage | The required search or measurement area is completed without unexplained gaps. | Track plot, coverage map and raw files |
| Reacquisition | A second pass or crew can relocate a marked target within the agreed uncertainty. | Repeat approach and position record |
| Close evidence | Acoustic or visual data resolves the feature needed for the asset decision. | Accepted image, video or measurement set |
| Crew operation | Launch, tether handling, recovery and file handoff work under representative conditions. | Shakedown checklist and incident log |
Solution pathways
Topic cluster
Operational Guide
An operational guide to side-scan search, sonar reacquisition, ROV inspection, positioning and evidence records around port assets.
Engineering Guide
A practical underwater inspection guide to search width, close-range imaging, bathymetry, current, visibility, tether and launch planning.
Before requesting a quotation
Share the site, mission, payload, performance target and destination country. Our team will return a traceable configuration rather than a generic product list.
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