ROV Products
Dual-vision underwater robot for detailed observation, positioning, survey, education and demonstration work.
Review the product gallery, key specifications and configuration notes before sending working depth, payload and delivery requirements.
Configuration Review
Technical ParametersROV body specificationsModelKK-CROV-T6-SLADimensions65 cm x 63.5 cm x 39 cm, +/- 1 cmMaximum working depth300 mFloat materialPVC foam with polyurea coating, density 0.3 g/cm3Input voltageDC300VMaximum
Product Details
Technical Parameters
| Model | KK-CROV-T6-SLA |
|---|---|
| Dimensions | 65 cm x 63.5 cm x 39 cm, +/- 1 cm |
| Maximum working depth | 300 m |
| Float material | PVC foam with polyurea coating, density 0.3 g/cm3 |
| Input voltage | DC300V |
| Maximum power | 3 kW |
| Thruster layout | 4 horizontal thrusters + 2 vertical thrusters |
| Thruster propeller | 100 mm diameter, about 120 N thrust |
| Moored thrust | 11.7 kgf forward, 7.7 kgf reverse; customizable 20-50 kgf |
| Lighting | 1500 lm x 2 |
| Reserved camera interface | Reserved mounting position and interface for additional imaging devices |
| Lighting | 1500 lm x 2 |
| Reserved camera interface | Reserved mounting position and interface for additional imaging devices |
Vision and Control
| Binocular pixel size | 2 um x 2 um |
|---|---|
| Binocular baseline | 120 mm |
| Frame rate | 2688 x 1520 at 30 fps |
| Camera pressure depth | 1000 m |
| Main sealed cabin supply | DC24V |
| Main sealed cabin depth | 300 m |
| Cable outlet | Waterproof connector at tether connection; penetration screws for other outlets |
| Ground power station size | 60 cm x 36 cm x 42 cm, +/- 1 cm |
| Ground power station weight | 15 kg |
| Input / output | AC220V input, DC5-310V adjustable output |
| Maximum output power | 2 kW |
| Network | Ethernet, 100 Mbps |
Key Specifications
Compare working depth, tether, camera, lighting, payload path and export package before requesting a quote.
Fit Decision
Use for research demonstrations, education programs, field survey practice and detailed close-range underwater observation.
Not recommended for heavy tooling, strong current or long-distance subsea work without engineering review.
Ask first if the site has muddy water, sonar navigation, manipulator payload, strong current or OEM documentation needs.
Recommended Package
Dual-vision ROV for schools, research teams and survey users who need clearer visual judgment and training value.
Dual-vision ROV for schools, research teams and survey users who need clearer visual judgment and training value.
. Confirm water visibility, lighting expectations, recording workflow and operation platform before final configuration.
Binocular vision, lighting, recording workflow, training package and light brackets. Manipulator Arm Scanning Sonar Binocular Camera Turbid-Water Camera USBL spare parts, OEM material and export documents can be discussed by project.
Export Buyer Trust
Confirm documents, packing, spare parts, OEM materials and remote support together with the ROV configuration.
Quote Builder
Send the model name with operating depth, visibility, tether length and payload needs so the sales team can recommend a practical configuration.
Export Package
For international orders, confirm the commercial package together with the ROV configuration so quotation, packing and documents are aligned early.
Manual, packing details, commercial invoice and packing list support for export communication.
Discuss propellers, seals, tether accessories, tools and wearing parts for field maintenance.
Logo label, color discussion, product material, catalog support and distributor presentation options.
Operation guidance, troubleshooting communication and configuration review before shipment.
Fit Check
Configuration Options
Optional Payload Modules
Recommended Add-ons by Scenario
These packages help buyers describe the mission clearly before asking for a custom quotation.
Scanning sonar discussion, turbid-water camera, adjustable lighting and stable slow-pass control for muddy water or limited visual range.
Clear camera, practical lighting, tether matched to cage depth, payload bracket and spare parts for routine farm checks.
Manipulator or hook interface, strong lighting, sonar-ready option and portable field case for recovery planning.
Color, label, manual, packaging, catalog material, spare parts and documentation for local market distribution.
Recommended RFQ Setup
| Best for | Dual-camera research, education, training and detailed visual survey |
|---|---|
| Recommended depth | Training and survey depth confirmed by classroom or field deployment workflow |
| Model family | Dual-Vision ROV |
| Configuration Package | |
| Payload support | Binocular vision, lighting, recording workflow, training package and light brackets |
| Quotation basis | Quote by configuration; confirm depth, tether, camera, payload, package and delivery country. |
| OEM readiness | Color, logo, label, manual, package, spare parts and distributor material can be discussed. |
Applications for This Model
Related ROV Applications
Use these solution pages to confirm working depth, visibility, payload needs and export package before requesting a quotation.
ROV Application
Aquaculture ROV Inspection for Fish Farms
Aquaculture ROV inspection solution for fish farm net cages, anchors, feeding systems and routine underwater video checks.
ROV Application
Underwater Structure Inspection Robot
Underwater inspection robot solution for docks, reservoirs, gates, intakes, pipes and submerged industrial structures.
ROV Application
Hull Inspection ROV for Ports and Marine Maintenance
Hull inspection ROV solution for ports, vessels, propeller checks, marine maintenance and selected cleaning workflows.
RFQ Checklist
Sending these details helps us quote faster and recommend the right ROV configuration.
Attach photos, drawings or operation notes if your project needs a mechanical arm, sonar, camera upgrade or custom bracket.
Request Configuration QuoteCompare This Model
If the mission is still changing, compare product families by application, depth, vision package, payload path and OEM readiness.
Check working depth, reserve margin, tether route and launch position against other ROV platforms before choosing the final model.
Review HD video, binocular vision, turbid-water camera, lighting strength and recording needs for the actual water condition.
Confirm manipulator, sonar-ready package, brackets, sensors, spare parts, distributor package and OEM requirements early.
Model Comparison Guide
Use this table to decide whether this model is enough, or whether your project needs a portable, shore-powered, low-visibility or OEM-ready configuration.
| Selection point | Binocular Underwater Robot | Portable ROV | Project / Custom ROV |
|---|---|---|---|
| Best use case | Dual-camera research, education, training and detailed visual survey | Fast field inspection, training, reservoir checks and light-duty observation. | Longer work windows, special payloads, low visibility, sonar-ready work or OEM projects. |
| Depth and tether | Training and survey depth confirmed by classroom or field deployment workflow | Suitable when compact launch and shorter setup time are more important. | Recommended when tether length, power supply or site access needs engineering review. |
| Vision package | Standard HD camera and practical lighting for routine visual inspection. | Binocular vision, turbid-water camera, stronger lighting or sonar-ready discussion. | |
| Payload path | Binocular vision, lighting, recording workflow, training package and light brackets | Light accessories and simple bracket options. | Manipulator, sonar, sensor bracket, custom tooling, spare parts and distributor package. |
| RFQ decision | Choose this model if it matches the application and quotation basis: Quote by configuration. | Choose portable when speed, storage and simple operation are the main priorities. | Choose custom when the site has unclear visibility, special payloads or OEM requirements. |
RFQ FAQ
Please include working depth, water type, target object, visibility, payload needs, quantity and delivery country.
Most ROV123 models can be configured with tether, camera, lighting, console, payload bracket, packaging and OEM options.
Yes. Product material, spare parts, labeling and export documentation can be discussed for distributor cooperation.
Choose tether length from working depth, reserve margin, launch position and cable route. Share the site layout if the route is complex.
For turbid or muddy water, discuss lighting, low-visibility camera options, sonar-ready configuration and slow inspection workflow before ordering.
Sonar-ready packages, payload brackets, light tooling or manipulator discussion depend on model size, power, balance and mission requirements.