FIFISH E-Master
Inspection . Measurement . Survey
The FIFISH E-MASTER series are revolutionary industrial AI underwater ROVs, 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.
Fifish E-Master Series
There are 3 varients in the series to suit the user: E-Master (standard) E-Master Plus and E-Master Navi
Macro Focus Precision
Supporting a 10cm extreme close-up focus underwater, FIFISH E-MASTER ensures precise imaging even in murky waters. It’s automatic focusing capabilities allow for close-range observation, capturing accurate images and preserving every detail.
Fluid Modular Design
The E-MASTER’s modular architecture integrates essential components of the robot – including the motor, imaging, lighting, and battery – enabling rapid assembly, disassembly, and precise troubleshooting. Battery and accessory removal is achieved within seconds, while spare part replacement can be completed within 5 minutes, delivering a major boost to operational efficiency.
- Underwater Construction & Inspection
- Search & Rescue
- Shipping & Maritime
- Tank & Pipeline Inspections
- Offshore Energy
- Surveyors & Inspectors
- Engineers & Technicians
- Emergency Services
- Environmental Scientists
- Marine Researchers
Q-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. Full Q-DVL dependant on model please see comparison table.
QY-MT - Real-time & Offline Smart Measurement
The QY-MT system offers advanced AI-powered underwater measurement capabilities. Utilizing the Forward Q-DVL and laser, along with proprietary AI algorithms, operators can analyze and measure underwater objects, fractures, and damage with 99.7% accuracy. The system provides users with dynamic, adaptive, and precise multi-angled measurements, real-time data visualization, and customizable displays for comprehensive and non-destructive assessments.
QY-BT - 2D & 3D Seabed Mapping
The *integrated Q-DVL and Echosounder on the E-MASTER enables automated, precise underwater data collection. Users can survey seabeds, riverbeds, and reservoirs, and create customizable 2D/3D topographic maps, estimate reservoir capacities, and generate data reports with a single click. The system streamlines the mapping process and allows for efficient data collection, customizable map outputs, and seamless export and upload of data. *Dependant on model please see comparison table.
Powerful Propulsion
The FIFISH E-MASTER features an innovative ring-wing motor system, achieving speeds of 3 knots and demonstrates strong resistance in challenging waters. It incorporates six high-performance metal wing propellers with an expanded blade area, resulting in a 30%* power increase while ensuring remarkable reliability, wear resistance, and corrosion protection.
Vivid Lighting System
Boasting multi-lamp LED lights, FIFISH E-MASTER provides up to 10,000 lumens of brightness and a 160° beam angle with adjustable intensity across three levels.
Expansive View & Focus
Featuring an innovative ultra-wide-angle camera lens, FIFISH E-MASTER provides a 176° super-wide surface view and a 146° underwater panoramic perspective, enabling operators to capture the entire underwater scene. The E-MASTER is equipped with a 1/1.8-inch CMOS sensor for 4K UHD filming and RAW format image capture.
AI Dehazing Algorithms
Enhance image clarity and improve decision-making efficiency for underwater operations by identifying and filtering out the snowflake effects caused by suspended underwater particles.
FIFISH E-MASTER
Inspection . Measurement . Survey
The FIFISH E-MASTER series are revolutionary industrial AI underwater ROVs, 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.
Fifish E-Master Series
There are 3 varients in the series to suit the user: E-Master (standard) E-Master Plus and E-Master Navi
Macro Focus Precision
Supporting a 10cm extreme close-up focus underwater, FIFISH E-MASTER ensures precise imaging even in murky waters. It’s automatic focusing capabilities allow for close-range observation, capturing accurate images and preserving every detail.
Fluid Modular Design
The E-MASTER’s modular architecture integrates essential components of the robot – including the motor, imaging, lighting, and battery – enabling rapid assembly, disassembly, and precise troubleshooting. Battery and accessory removal is achieved within seconds, while spare part replacement can be completed within 5 minutes, delivering a major boost to operational efficiency.
- Underwater Construction & Inspection
- Search & Rescue
- Shipping & Maritime
- Tank & Pipeline Inspections
- Offshore Energy
- Surveyors & Inspectors
- Engineers & Technicians
- Emergency Services
- Environmental Scientists
- Marine Researchers
Q-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. Full Q-DVL dependant on model please see comparison table.
QY-MT - Real-time & Offline Smart Measurement
The QY-MT system offers advanced AI-powered underwater measurement capabilities. Utilizing the Forward Q-DVL and laser, along with proprietary AI algorithms, operators can analyze and measure underwater objects, fractures, and damage with 99.7% accuracy. The system provides users with dynamic, adaptive, and precise multi-angled measurements, real-time data visualization, and customizable displays for comprehensive and non-destructive assessments.
QY-BT - 2D & 3D Seabed Mapping
The *integrated Q-DVL and Echosounder on the E-MASTER enables automated, precise underwater data collection. Users can survey seabeds, riverbeds, and reservoirs, and create customizable 2D/3D topographic maps, estimate reservoir capacities, and generate data reports with a single click. The system streamlines the mapping process and allows for efficient data collection, customizable map outputs, and seamless export and upload of data. *Dependant on model please see comparison table.
Powerful Propulsion
The FIFISH E-MASTER features an innovative ring-wing motor system, achieving speeds of 3 knots and demonstrates strong resistance in challenging waters. It incorporates six high-performance metal wing propellers with an expanded blade area, resulting in a 30%* power increase while ensuring remarkable reliability, wear resistance, and corrosion protection.
Vivid Lighting System
Boasting multi-lamp LED lights, FIFISH E-MASTER provides up to 10,000 lumens of brightness and a 160° beam angle with adjustable intensity across three levels.
Expansive View & Focus
Featuring an innovative ultra-wide-angle camera lens, FIFISH E-MASTER provides a 176° super-wide surface view and a 146° underwater panoramic perspective, enabling operators to capture the entire underwater scene. The E-MASTER is equipped with a 1/1.8-inch CMOS sensor for 4K UHD filming and RAW format image capture.
AI Dehazing Algorithms
Enhance image clarity and improve decision-making efficiency for underwater operations by identifying and filtering out the snowflake effects caused by suspended underwater particles.