Modular AI ROV Solutions for Reliable Subsea Operations
E-MASTER ROV Serie is a revolutionary industrial AI underwater robot, engineered for high-precision measurements, inspections, and surveys in complex marine environments. With advanced sensors and sonars, it ensures unmatched accuracy and reliability. Its modular design allows for quick and efficient component changes, including accessory swaps and power replacements.
Industries
Underwater Construction & Inspection
Shipping & Maritime
Tank & Pipeline Inspections
Offshore Energy
SAR
Professions
Surveyors & Inspectors
Engineers & Technicians
Environmental Scientists
Marine Researchers
• Reliable in inspections strong currents • Easy-to-repair tool for extended inspections • Hassle-free subsea measuring, surveying, navigation capability
• Daily/ weekly monitoring solution
Smart, Compact, AI ROV E-Master for Subsea Operations
Why E-Master ROV?
Zero-emission electric propulsion reduces environmental impact and lowers operational costs compared with hydraulic systems.
Modular architecture lets you configure tooling, sensors, and payloads quickly to match inspection, intervention, survey, and light-construction tasks.
Compact, high-thrust design provides exceptional maneuverability in confined and complex subsea environments, improving access and reducing mobilization time.
Fully integrated control suite with intuitive operator interface shortens training time and increases mission reliability.
Robust build meets industry standards for durability and long service intervals, minimizing downtime and lifecycle costs.
Key benefits for operators and end-users
Lower total cost of ownership: fewer moving parts, lower maintenance, and simplified topside equipment reduce operating expenses.
Faster deployment and tooling swaps: modular frames and standardized interfaces enable rapid task switching between inspections, sampling, and tooling.
Enhanced data quality: industry-grade sensors and high-bandwidth telemetry deliver clearer video, precise positioning, and reliable sensor integration for better decision-making.
Safer operations: electric systems reduce fire and leak risks associated with hydraulic fluids, and advanced control stability minimizes collision risk around sensitive assets.
Scalable for projects
DVL - Dynamic & Steady Hovering
The E-MASTER features forward and downward Q-DVLs for stable hovering and strong omnidirectional flow resistance of up to 3 knots. It remains stable in turbulent conditions and supports functions like collision avoidance, distance measurement, and altitude maintenance. The system automatically prevents collisions with obstacles, ensuring safety during underwater operations while maintaining distance from objects and height from the seabed.
DVL - Dynamic & Steady Hovering
