ROV Net & Infrastructure Inspection
Faster inspections. Less diver time. Better records. We deploy portable inspection-class ROVs to survey net pens, moorings, cage structures, hulls and intakes—capturing HD/4K video, laser-scaled imagery, and optional sonar for low-viz work. Crews can spot holes, fouling, or chafe daily without putting a diver in the water, then plan targeted fixes.
What we deliver
- Fit-for-site hardware plan (current, depth, visibility) and pilot day.
- Navigation & sensors: station-hold against current; optional USBL/DVL positioning and imaging sonar for murky pens.
- Repeatable workflow: cage sweeps, perimeter & footrope passes, stanchion & mooring checks, annotated video logs.
- Training & SOPs: boat-side checkout, reporting template, and media archiving.
Why it works
- Daily net checks reduce escapes and catch damage early (holes, abrasion, entanglement risks).
- Cuts diver exposure & cost for routine visuals—use divers when you already know where to work.
- Proven across aquaculture for net & mooring inspections by multiple platforms .
Primary CTA: Book a demo day
Secondary CTA: Download the ROV inspection checklist (PDF)
Typical inspection set
- Net pen survey: inner/outer net, footrope, feed ring, tension points, cage collar; laser-scaled stills of defects.
- Moorings & hardware: shackles, chains, anchors, bridle contact points.
- Low-viz add-ons: multibeam imaging sonar for turbid sites; map & breadcrumb trail via USBL/DVL.
How a rollout works
- Site review (currents, depth, viz) → select platform & sensors.
- Dockside fit-up → pilot training, mission plan, naming and media workflow.
- Sea trial → full cage sweep + mooring spot-checks, adjust camera/sonar settings.
- SOP handoff → cadence (daily/weekly), defect tagging, video archive structure.
FAQs
Will ROVs replace divers?
No—ROVs reduce routine dive hours and make dives more targeted. You still use divers for repairs and complex tasks; ROVs de-risk frequent visuals.
How do you handle current and poor visibility?
Inspection-class ROVs offer station-hold/stabilization, and we can add USBL/DVL for position tracking and imaging sonar to “see” structure in turbid water.
