Deep Ocean Prospector – 6,000 m Dredge ROV with Hyperspectral Imaging System

The Deep Ocean Prospector is the world’s first fully integrated, deep-rated dredge ROV platform that delivers real-time, AI-processed underwater hyperspectral imagery with an onboard, at-depth, classifier.

Instead of costly and time-intensive multi-phase exploration involving acoustic surveys, visual scouting, selective dredging, and surface-based sample analysis, a single deployment with the Deep Ocean Prospector delivers targeted, in-situ identification and verified physical sampling of seafloor resources: polymetallic nodules, cobalt-rich crusts, hydrothermal vent deposits, and other minerals classified and geo-referenced on-site with high accuracy, combined with precise collection via Venturi dredge and powerful manipulator for laboratory confirmation.

Key Features & Capabilities

• Venturi Dredge – Efficient, low-disturbance suction system for bulk sediment removal and sample collection.
• Specimen Sample Collector Tray – Secure storage and retrieval of targeted samples during operations.
• Sediment Classification System – Onboard processing tank for real-time separation and analysis of dredged materials.
• Hyperspectral Imaging System with AI-Assisted Learning – Advanced spectral analysis for precise material identification and mapping.
• Still and Video Cameras – High-resolution imaging for documentation and navigation.
• Electromagnetic Conductivity – Detection of metallic anomalies and ore bodies.
• Photogrammetry – 3D modeling of seafloor features and resource deposits.
• Scanning Sonar – Wide-area search and obstacle avoidance.
• Schilling Conan 7F Manipulator – 250 lb extended horizontal lift capacity with interchangeable grips for delicate or heavy sample handling.
• Proprietary 2700K - 6500K Lighting Array – Tunable illumination optimized for hyperspectral and visual imaging in deep-sea conditions.

We build to specification, contact our sales team today at info@benthicspectral.com for a custom quote and delivery estimate.