Oceanographic survey underwater drone FIFISH E-MASTER
for environmental measurementsphotographyfor scientific research

Oceanographic survey underwater drone - FIFISH E-MASTER - Shenzhen Qi Yuan Science - for environmental measurements / photography / for scientific research
Oceanographic survey underwater drone - FIFISH E-MASTER - Shenzhen Qi Yuan Science - for environmental measurements / photography / for scientific research
Oceanographic survey underwater drone - FIFISH E-MASTER - Shenzhen Qi Yuan Science - for environmental measurements / photography / for scientific research - image - 2
Oceanographic survey underwater drone - FIFISH E-MASTER - Shenzhen Qi Yuan Science - for environmental measurements / photography / for scientific research - image - 3
Oceanographic survey underwater drone - FIFISH E-MASTER - Shenzhen Qi Yuan Science - for environmental measurements / photography / for scientific research - image - 4
Oceanographic survey underwater drone - FIFISH E-MASTER - Shenzhen Qi Yuan Science - for environmental measurements / photography / for scientific research - image - 5
Oceanographic survey underwater drone - FIFISH E-MASTER - Shenzhen Qi Yuan Science - for environmental measurements / photography / for scientific research - image - 6
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Characteristics

Applications
for scientific research, photography, for oceanographic surveys, for environmental measurements

Description

The FIFISH E-MASTER 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 Professions • Surveyors & Inspectors • Engineers & Technicians • Environmental Scientists • Marine Researchers Requirements • Reliable in inspections strong currents • Easy-to-repair tool for extended inspections • Hassle-free subsea measuring, surveying, navigation capability • Daily/ weekly monitoring solution High Costs Traditional engineering divers have high operational costs andare limited by the number of times they can go underwater atgreat depths.Traditional large underwater robots are costly to operate anddifficult to deploy High Risk Complex water conditions, including strong currents and deepwater pressure, pose significant threats to the safety of divers. Engineering divers are constrained by water depth conditions, limiting the number of deep dives they can make each day. Traditional manual underwater measurements are prone to errors due to environmental influences. 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.

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