ROVs for Hull Inspections
Underwater hull inspections are a crucial part of ship maintenance, but sending divers down every time isn’t always practical or cost-effective. That’s where Remotely Operated Vehicles (ROVs) come in. These advanced underwater drones provide a safer, more efficient way to assess hull conditions, identify damage, and even comply with regulatory inspections—without the downtime of dry docking. But not all ROVs are created equal.
** We strive for accuracy, but details may change, and errors are possible. Please verify specifications with the manufacturer or seller before purchasing. **
| ShipUniverse: Leading ROVs for Hull Inspections | ||||||
|---|---|---|---|---|---|---|
| ROV Model | Depth Rating | Camera & Lighting | Maneuverability | Additional Features | Weight | Request Price |
| Blueye X3 | 305m | Improved camera with larger image sensor; 3300-lumen LED lights. | Three guest ports for integrating various peripherals. | 256GB storage; reinforced frame for durability. | 9 kg | New | Used | Bulk |
| QYSEA FIFISH Pro W6 ROV | 350m | Dual 4K cameras; 12,000-lumen LED lights. | Six Q-Motor thrusters enabling omnidirectional movement. | 5 Q-IF multi-tool extension interfaces; removable battery; robotic arm. | 20 kg | New | Used | Bulk |
| Deep Trekker Revolution ROV | 305m | Enhanced 4K camera with 260-degree rotating head; 8,400 to 11,800-lumen LED lights. | Six thrusters (two vertical, four horizontal) for precise movements. | Quick-swap batteries; advanced stabilization and station-holding capabilities. | 26 kg | New | Used | Bulk |
| Chasing M2 Pro ROV | 150m | 4K/12MP camera with electronic image stabilization; two 2,000-lumen LED lights. | Eight vectored thrusters for omnidirectional movement. | Removable battery; supports multiple accessories like grabber claw and floodlights. | 5.7 kg | New | Used | Bulk |
| Boxfish Alpha ROV | 500m standard; optional up to 1000m. | 4K front camera with 6x optical zoom; two 8,500-lumen adjustable LED lights. | Eight 3D-vectored thrusters providing six degrees of freedom. | Rear 180-degree navigation camera; optional add-ons like sonar and laser scalers. | 23 kg | New | Used | Bulk |
Key Considerations Before Buying
1️⃣ Depth Rating – Choose an ROV rated for at least 50m to 300m to cover most ship inspections. Ensure it can handle pressure without risk of failure.
2️⃣ Camera and Lighting – A 4K camera with optical zoom and 3000+ lumen LED lights improves visibility, especially in murky waters.
3️⃣ Maneuverability – Strong thrusters and stability features like auto-hover and depth lock help navigate currents and inspect hulls smoothly.
4️⃣ Tether Length – A neutrally buoyant, high-durability tether of 100m+ prevents entanglement and allows full hull coverage.
5️⃣ Data & Reporting – Review the sample output. Some models provide AI-assisted analysis, video recording, and real-time overlays streamline inspections and compliance documentation.
What to Watch Out for When Choosing an ROV
When purchasing an ROV for hull inspections, it’s crucial to go beyond the basic specs and consider real-world usability. Here are key factors to evaluate:
1. Power Source: Battery vs. Tethered
- Battery-Powered ROVs: These models offer greater flexibility and freedom of movement, especially when operating in tight spaces. However, they come with limited run times, often ranging from 1 to 4 hours per charge. If your inspections require extended operating periods, you’ll need to consider extra battery packs or quick recharging options.
- Tethered ROVs: These ROVs draw power from the surface unit, allowing for continuous operation. The downside? The tether limits mobility and can be a snag hazard in complex hull structures. Look for a neutrally buoyant, high-durability tether to minimize entanglement risks.
2. Durability & Build Quality
- Marine environments are unforgiving. Your ROV will be exposed to saltwater, potential impacts, and varying temperatures.
- Look for models built with marine-grade aluminum or corrosion-resistant composites.
- Check if the unit is IP-rated for submersion and if it includes replaceable thrusters to extend its lifespan.
3. Camera & Lighting Capabilities
- Since hull inspections often occur in low-light and murky conditions, camera quality is a make-or-break feature. A 4K camera with at least a 120-degree field of view ensures you capture high-resolution images.
- Adjustable lighting is essential. Many ROVs include LED lighting, but make sure it has at least 3000 lumens to penetrate dark waters.
- Some advanced models feature laser scaling to measure hull damage with precision, providing shipowners with actionable data.
4. Software & Data Integration
- A powerful ROV is useless without a good software interface. Look for an intuitive control system with real-time data overlays, video recording, and 3D mapping features.
- Some ROVs come with AI-assisted analysis tools that help automate the detection of biofouling, cracks, and corrosion.
- If you need to comply with classification society requirements (e.g., ABS, DNV, Lloyd’s), check if the software allows easy data export and reporting.
5. User Training & Support
- Some high-end ROVs require extensive training to operate efficiently.
- Consider brands with strong customer support, training programs, and accessible replacement parts.
- If you’re working with a team, multi-user operation modes can allow inspectors and engineers to collaborate during inspections.
Pro Tips for Maximizing ROV Inspections
Even with the best ROV, optimizing your workflow will save time and money.
✅ Plan Your Inspection Route: Before deployment, outline key areas of the hull you need to inspect. Prioritize areas prone to fouling, corrosion, or impact damage.
✅ Check Water Visibility & Current Conditions: If the water is turbid or currents are strong, your ROV’s maneuverability and camera performance will be affected. Consider models with DVL (Doppler Velocity Log) for precise positioning in difficult conditions.
✅ Perform Pre-Inspection Checks: Ensure thrusters, cameras, and lights are functioning correctly before deploying. A simple pre-dive checklist can prevent mid-operation failures.
✅ Capture and Analyze Data Efficiently: Instead of manually reviewing footage for damage, use AI-assisted hull inspection software to automate the process and highlight problem areas faster.
✅ Maintain Your ROV: After each dive, rinse the unit with fresh water, inspect the tether for damage, and store batteries properly to extend lifespan. Regular maintenance will keep your investment running smoothly.
Investing in an ROV for hull inspections is a strategic move that reduces costs, enhances safety, and provides a data-driven approach to ship maintenance. Whether you choose a compact model for quick spot checks or a fully equipped system with sonar and robotic arms, ensuring the right balance of performance, durability, and ease of use will lead to successful inspections.
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